faculty

Leo Pallanck

pallanck@uw.edu
Professor

University of Washington

Genome Sciences

Developmental Biology, Stem Cells & Aging

Genetics, Genomics & Evolution

Neuroscience

3720 15th Ave NE

Faculty Contact Information

Building: WH Foege Room: S-443 Box: 355065 Phone: 206-616-5997 Alt Phone: 206-616-5996

Research Summary

Mitochondrial dysfunction and protein aggregation are common neuropathological features of aging and neurodegenerative disease. My laboratory uses Drosophila to study these matters. In particular, we are interested in how damaged mitochondria are detected and degraded, whether there is selection against harmful mtDNA mutations, and how protein aggregates spread between tissues. We use genetic, genomic, proteomic and computational approaches to study these matters, thus offering multidisciplinary training opportunities for students interested in these problems.

https://eutils.ncbi.nlm.nih.gov/entrez/eutils/esummary.fcgi?db=pubmed&query_key=1&WebEnv=NCID_1_168369472_130.14.18.97_9001_1569066065_1892964296_0MetA0_S_MegaStore&retmode=json
Resource id #550 -- array(2) { ["header"]=> array(2) { ["type"]=> string(8) "esummary" ["version"]=> string(3) "0.3" } ["result"]=> array(43) { ["uids"]=> array(42) { [0]=> string(8) "31337756" [1]=> string(8) "30865561" [2]=> string(8) "30452458" [3]=> string(8) "30374414" [4]=> string(8) "30256786" [5]=> string(8) "29467464" [6]=> string(8) "27481326" [7]=> string(8) "27019408" [8]=> string(8) "25085991" [9]=> string(8) "24874806" [10]=> string(8) "24516391" [11]=> string(8) "23509287" [12]=> string(8) "23498974" [13]=> string(8) "22691499" [14]=> string(8) "20620870" [15]=> string(8) "20410106" [16]=> string(8) "20383334" [17]=> string(8) "18309789" [18]=> string(8) "18230723" [19]=> string(8) "18184789" [20]=> string(8) "17339027" [21]=> string(8) "16835262" [22]=> string(8) "16810237" [23]=> string(8) "16533709" [24]=> string(8) "16139213" [25]=> string(8) "16079224" [26]=> string(8) "15911761" [27]=> string(8) "15715978" [28]=> string(8) "15689351" [29]=> string(8) "15102912" [30]=> string(8) "14504225" [31]=> string(8) "12642658" [32]=> string(8) "12524342" [33]=> string(8) "11585558" [34]=> string(8) "11333235" [35]=> string(8) "10218158" [36]=> string(7) "9852562" [37]=> string(7) "7642522" [38]=> string(7) "7596428" [39]=> string(7) "7846761" [40]=> string(7) "7987297" [41]=> string(7) "8202553" } [31337756]=> array(43) { ["uid"]=> string(8) "31337756" ["pubdate"]=> string(11) "2019 Jul 23" ["epubdate"]=> string(11) "2019 Jul 23" ["source"]=> string(10) "Nat Commun" ["authors"]=> array(16) { [0]=> array(3) { ["name"]=> string(11) "Andreazza S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Samstag CL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(18) "Sanchez-Martinez A" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(19) "Fernandez-Vizarra E" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(13) "Gomez-Duran A" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(6) "Lee JJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(6) "Tufi R" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(7) "Hipp MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(10) "Schmidt EK" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [9]=> array(3) { ["name"]=> string(11) "Nicholls TJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [10]=> array(3) { ["name"]=> string(10) "Gammage PA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [11]=> array(3) { ["name"]=> string(11) "Chinnery PF" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [12]=> array(3) { ["name"]=> string(9) "Minczuk M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [13]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [14]=> array(3) { ["name"]=> string(10) "Kennedy SR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [15]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(12) "Whitworth AJ" ["title"]=> string(129) "Mitochondrially-targeted APOBEC1 is a potent mtDNA mutator affecting mitochondrial function and organismal fitness in Drosophila." ["sorttitle"]=> string(128) "mitochondrially targeted apobec1 is a potent mtdna mutator affecting mitochondrial function and organismal fitness in drosophila" ["volume"]=> string(2) "10" ["issue"]=> string(1) "1" ["pages"]=> string(4) "3280" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101528555" ["issn"]=> string(0) "" ["essn"]=> string(9) "2041-1723" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(19) "PubMed - in process" ["pubstatus"]=> string(1) "3" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "31337756" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(26) "10.1038/s41467-019-10857-y" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(26) "10.1038/s41467-019-10857-y" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6650417" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "31337756" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "31337756" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6650417;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2018/09/20 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2019/06/06 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2019/07/25 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2019/07/25 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2019/07/25 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> string(0) "" ["fulljournalname"]=> string(21) "Nature communications" ["elocationid"]=> string(31) "doi: 10.1038/s41467-019-10857-y" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2019/07/23 00:00" ["sortfirstauthor"]=> string(11) "Andreazza S" ["vernaculartitle"]=> string(0) "" } [30865561]=> array(43) { ["uid"]=> string(8) "30865561" ["pubdate"]=> string(8) "2019 Sep" ["epubdate"]=> string(11) "2019 Mar 21" ["source"]=> string(9) "Autophagy" ["authors"]=> array(8) { [0]=> array(3) { ["name"]=> string(9) "Vincow ES" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Merrihew GE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "Shulman NJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(10) "Bammler TK" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(12) "MacDonald JW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(10) "MacCoss MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(106) "Autophagy accounts for approximately one-third of mitochondrial protein turnover and is protein selective." ["sorttitle"]=> string(105) "autophagy accounts for approximately one third of mitochondrial protein turnover and is protein selective" ["volume"]=> string(2) "15" ["issue"]=> string(1) "9" ["pages"]=> string(9) "1592-1605" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101265188" ["issn"]=> string(9) "1554-8627" ["essn"]=> string(9) "1554-8635" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(19) "PubMed - in process" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(6) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "30865561" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(29) "10.1080/15548627.2019.1586258" } [2]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6693455" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "30865561" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "30865561" } [5]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(44) "pmc-id: PMC6693455;embargo-date: 2020/03/21;" } } ["history"]=> array(4) { [0]=> array(2) { ["pubstatus"]=> string(11) "pmc-release" ["date"]=> string(16) "2020/03/21 00:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2019/03/14 06:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2019/03/14 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2019/03/14 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> string(0) "" ["fulljournalname"]=> string(9) "Autophagy" ["elocationid"]=> string(34) "doi: 10.1080/15548627.2019.1586258" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2019/09/01 00:00" ["sortfirstauthor"]=> string(9) "Vincow ES" ["vernaculartitle"]=> string(0) "" } [30452458]=> array(43) { ["uid"]=> string(8) "30452458" ["pubdate"]=> string(8) "2018 Nov" ["epubdate"]=> string(11) "2018 Nov 19" ["source"]=> string(10) "PLoS Genet" ["authors"]=> array(7) { [0]=> array(3) { ["name"]=> string(10) "Samstag CL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(11) "Hoekstra JG" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(8) "Huang CH" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(11) "Chaisson MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(8) "Youle RJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(10) "Kennedy SR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(134) "Deleterious mitochondrial DNA point mutations are overrepresented in Drosophila expressing a proofreading-defective DNA polymerase γ." ["sorttitle"]=> string(130) "deleterious mitochondrial dna point mutations are overrepresented in drosophila expressing a proofreading defective dna polymerase" ["volume"]=> string(2) "14" ["issue"]=> string(2) "11" ["pages"]=> string(8) "e1007805" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101239074" ["issn"]=> string(9) "1553-7390" ["essn"]=> string(9) "1553-7404" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "30452458" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pgen.1007805" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "PGENETICS-D-18-01445" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6289449" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "30452458" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "30452458" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6289449;" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2018/07/18 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2018/11/01 00:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2018/12/11 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2018/11/20 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2019/02/27 06:00" } [5]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2018/11/20 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(2) ["fulljournalname"]=> string(13) "PLoS genetics" ["elocationid"]=> string(33) "doi: 10.1371/journal.pgen.1007805" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2018/11/19 00:00" ["sortfirstauthor"]=> string(10) "Samstag CL" ["vernaculartitle"]=> string(0) "" } [30374414]=> array(43) { ["uid"]=> string(8) "30374414" ["pubdate"]=> string(4) "2018" ["epubdate"]=> string(11) "2018 Oct 22" ["source"]=> string(17) "Cell Death Discov" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(8) "Pareek G" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Vincow ES" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(9) "Morris DR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(134) "Lon protease inactivation in <i>Drosophila</i> causes unfolded protein stress and inhibition of mitochondrial translation." ["sorttitle"]=> string(118) "lon protease inactivation in i drosophila i causes unfolded protein stress and inhibition of mitochondrial translation" ["volume"]=> string(1) "4" ["issue"]=> string(0) "" ["pages"]=> string(2) "51" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101665035" ["issn"]=> string(0) "" ["essn"]=> string(9) "2058-7716" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(6) "PubMed" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "30374414" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(25) "10.1038/s41420-018-0110-1" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(3) "110" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6197249" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "30374414" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "30374414" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6197249;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2018/09/07 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2018/09/11 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2018/10/31 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2018/10/31 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2018/10/31 06:01" } } ["references"]=> array(1) { [0]=> array(4) { ["refsource"]=> string(36) "Cell Death Discov. 2019 Jul 10;5:116" ["reftype"]=> string(10) "Erratum in" ["pmid"]=> int(31312525) ["note"]=> string(0) "" } } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(2) ["fulljournalname"]=> string(20) "Cell death discovery" ["elocationid"]=> string(30) "doi: 10.1038/s41420-018-0110-1" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2018/10/22 00:00" ["sortfirstauthor"]=> string(8) "Pareek G" ["vernaculartitle"]=> string(0) "" } [30256786]=> array(43) { ["uid"]=> string(8) "30256786" ["pubdate"]=> string(8) "2018 Sep" ["epubdate"]=> string(11) "2018 Sep 26" ["source"]=> string(10) "PLoS Genet" ["authors"]=> array(6) { [0]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Vincow ES" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Merrihew GE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "MacCoss MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(8) "Davis MY" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(107) "Glucocerebrosidase deficiency promotes protein aggregation through dysregulation of extracellular vesicles." ["sorttitle"]=> string(106) "glucocerebrosidase deficiency promotes protein aggregation through dysregulation of extracellular vesicles" ["volume"]=> string(2) "14" ["issue"]=> string(1) "9" ["pages"]=> string(8) "e1007694" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101239074" ["issn"]=> string(9) "1553-7390" ["essn"]=> string(9) "1553-7404" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "30256786" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pgen.1007694" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "PGENETICS-D-18-01154" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6175534" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "30256786" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "30256786" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6175534;" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2018/06/05 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2018/09/13 00:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2018/10/08 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2018/09/27 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2019/01/17 06:00" } [5]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2018/09/27 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(3) ["fulljournalname"]=> string(13) "PLoS genetics" ["elocationid"]=> string(33) "doi: 10.1371/journal.pgen.1007694" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2018/09/26 00:00" ["sortfirstauthor"]=> string(9) "Thomas RE" ["vernaculartitle"]=> string(0) "" } [29467464]=> array(43) { ["uid"]=> string(8) "29467464" ["pubdate"]=> string(11) "2018 Feb 21" ["epubdate"]=> string(11) "2018 Feb 21" ["source"]=> string(14) "Cell Death Dis" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(8) "Pareek G" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(160) "Loss of the Drosophila m-AAA mitochondrial protease paraplegin results in mitochondrial dysfunction, shortened lifespan, and neuronal and muscular degeneration." ["sorttitle"]=> string(157) "loss of the drosophila m aaa mitochondrial protease paraplegin results in mitochondrial dysfunction shortened lifespan and neuronal and muscular degeneration" ["volume"]=> string(1) "9" ["issue"]=> string(1) "3" ["pages"]=> string(3) "304" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101524092" ["issn"]=> string(0) "" ["essn"]=> string(9) "2041-4889" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(19) "PubMed - in process" ["pubstatus"]=> string(1) "3" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "29467464" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(25) "10.1038/s41419-018-0365-8" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(25) "10.1038/s41419-018-0365-8" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC5833341" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "29467464" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "29467464" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC5833341;" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2017/08/22 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2018/01/04 00:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2017/12/30 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2018/02/23 06:00" } [4]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2018/02/23 06:00" } [5]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2018/02/23 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(5) ["fulljournalname"]=> string(24) "Cell death & disease" ["elocationid"]=> string(30) "doi: 10.1038/s41419-018-0365-8" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2018/02/21 00:00" ["sortfirstauthor"]=> string(8) "Pareek G" ["vernaculartitle"]=> string(0) "" } [27481326]=> array(43) { ["uid"]=> string(8) "27481326" ["pubdate"]=> string(10) "2016 Aug 2" ["epubdate"]=> string(10) "2016 Aug 2" ["source"]=> string(5) "Elife" ["authors"]=> array(10) { [0]=> array(3) { ["name"]=> string(8) "Patel MR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(11) "Miriyala GK" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(12) "Littleton AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(6) "Yang H" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(7) "Trinh K" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(8) "Young JM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(10) "Kennedy SR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(12) "Yamashita YM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [9]=> array(3) { ["name"]=> string(8) "Malik HS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(8) "Malik HS" ["title"]=> string(115) "A mitochondrial DNA hypomorph of cytochrome oxidase specifically impairs male fertility in Drosophila melanogaster." ["sorttitle"]=> string(112) "mitochondrial dna hypomorph of cytochrome oxidase specifically impairs male fertility in drosophila melanogaster" ["volume"]=> string(1) "5" ["issue"]=> string(0) "" ["pages"]=> string(0) "" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101579614" ["issn"]=> string(0) "" ["essn"]=> string(9) "2050-084X" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "3" ["articleids"]=> array(6) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "27481326" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(19) "10.7554/eLife.16923" } [2]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC4970871" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "27481326" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "27481326" } [5]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC4970871;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2016/04/14 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2016/06/30 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2016/08/03 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2016/08/03 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2017/10/19 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(21) ["fulljournalname"]=> string(5) "eLife" ["elocationid"]=> string(37) "pii: e16923. doi: 10.7554/eLife.16923" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2016/08/02 00:00" ["sortfirstauthor"]=> string(8) "Patel MR" ["vernaculartitle"]=> string(0) "" } [27019408]=> array(43) { ["uid"]=> string(8) "27019408" ["pubdate"]=> string(8) "2016 Mar" ["epubdate"]=> string(11) "2016 Mar 28" ["source"]=> string(10) "PLoS Genet" ["authors"]=> array(9) { [0]=> array(3) { ["name"]=> string(8) "Davis MY" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(7) "Trinh K" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(4) "Yu S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Germanos AA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(10) "Whitley BN" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(8) "Sardi SP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(10) "Montine TJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(122) "Glucocerebrosidase Deficiency in Drosophila Results in α-Synuclein-Independent Protein Aggregation and Neurodegeneration." ["sorttitle"]=> string(118) "glucocerebrosidase deficiency in drosophila results in synuclein independent protein aggregation and neurodegeneration" ["volume"]=> string(2) "12" ["issue"]=> string(1) "3" ["pages"]=> string(8) "e1005944" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101239074" ["issn"]=> string(9) "1553-7390" ["essn"]=> string(9) "1553-7404" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "27019408" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pgen.1005944" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "PGENETICS-D-15-02010" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC4809718" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "27019408" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "27019408" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC4809718;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2015/08/12 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2016/02/25 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2016/03/29 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2016/03/29 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2016/08/09 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(17) ["fulljournalname"]=> string(13) "PLoS genetics" ["elocationid"]=> string(33) "doi: 10.1371/journal.pgen.1005944" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2016/03/28 00:00" ["sortfirstauthor"]=> string(8) "Davis MY" ["vernaculartitle"]=> string(0) "" } [25085991]=> array(43) { ["uid"]=> string(8) "25085991" ["pubdate"]=> string(8) "2014 Oct" ["epubdate"]=> string(10) "2014 Aug 1" ["source"]=> string(14) "Dis Model Mech" ["authors"]=> array(9) { [0]=> array(3) { ["name"]=> string(9) "Burman JL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Itsara LS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Kayser EB" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(13) "Suthammarak W" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(7) "Wang AM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(12) "Kaeberlein M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "Sedensky MM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(9) "Morgan PG" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(128) "A Drosophila model of mitochondrial disease caused by a complex I mutation that uncouples proton pumping from electron transfer." ["sorttitle"]=> string(125) "drosophila model of mitochondrial disease caused by a complex i mutation that uncouples proton pumping from electron transfer" ["volume"]=> string(1) "7" ["issue"]=> string(2) "10" ["pages"]=> string(7) "1165-74" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101483332" ["issn"]=> string(9) "1754-8403" ["essn"]=> string(9) "1754-8411" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "25085991" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "dmm.015321" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(18) "10.1242/dmm.015321" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC4174527" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "25085991" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "25085991" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC4174527;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2014/08/03 06:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2014/08/03 06:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2015/05/21 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(19) ["fulljournalname"]=> string(31) "Disease models & mechanisms" ["elocationid"]=> string(23) "doi: 10.1242/dmm.015321" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2014/10/01 00:00" ["sortfirstauthor"]=> string(9) "Burman JL" ["vernaculartitle"]=> string(0) "" } [24874806]=> array(43) { ["uid"]=> string(8) "24874806" ["pubdate"]=> string(4) "2014" ["epubdate"]=> string(11) "2014 May 29" ["source"]=> string(10) "PLoS Genet" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Andrews LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Burman JL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(6) "Lin WY" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(95) "PINK1-Parkin pathway activity is regulated by degradation of PINK1 in the mitochondrial matrix." ["sorttitle"]=> string(94) "pink1 parkin pathway activity is regulated by degradation of pink1 in the mitochondrial matrix" ["volume"]=> string(2) "10" ["issue"]=> string(1) "5" ["pages"]=> string(8) "e1004279" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101239074" ["issn"]=> string(9) "1553-7390" ["essn"]=> string(9) "1553-7404" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "24874806" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pgen.1004279" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "PGENETICS-D-13-00535" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC4038460" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "24874806" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "24874806" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC4038460;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2013/02/25 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2014/02/20 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2014/05/31 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2014/05/31 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2014/12/17 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(30) ["fulljournalname"]=> string(13) "PLoS genetics" ["elocationid"]=> string(33) "doi: 10.1371/journal.pgen.1004279" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2014/05/29 00:00" ["sortfirstauthor"]=> string(9) "Thomas RE" ["vernaculartitle"]=> string(0) "" } [24516391]=> array(43) { ["uid"]=> string(8) "24516391" ["pubdate"]=> string(8) "2014 Feb" ["epubdate"]=> string(10) "2014 Feb 6" ["source"]=> string(10) "PLoS Genet" ["authors"]=> array(8) { [0]=> array(3) { ["name"]=> string(9) "Itsara LS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Kennedy SR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(6) "Fox EJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(4) "Yu S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(9) "Hewitt JJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(19) "Sanchez-Contreras M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(16) "Cardozo-Pelaez F" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(83) "Oxidative stress is not a major contributor to somatic mitochondrial DNA mutations." ["sorttitle"]=> string(82) "oxidative stress is not a major contributor to somatic mitochondrial dna mutations" ["volume"]=> string(2) "10" ["issue"]=> string(1) "2" ["pages"]=> string(8) "e1003974" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101239074" ["issn"]=> string(9) "1553-7390" ["essn"]=> string(9) "1553-7404" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "258" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "24516391" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pgen.1003974" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "PGENETICS-D-13-00754" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3916223" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "24516391" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "24516391" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC3916223;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2013/03/22 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2013/10/09 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2014/02/12 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2014/02/12 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2014/12/17 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(47) ["fulljournalname"]=> string(13) "PLoS genetics" ["elocationid"]=> string(33) "doi: 10.1371/journal.pgen.1003974" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2014/02/06 00:00" ["sortfirstauthor"]=> string(9) "Itsara LS" ["vernaculartitle"]=> string(0) "" } [23509287]=> array(43) { ["uid"]=> string(8) "23509287" ["pubdate"]=> string(11) "2013 Apr 16" ["epubdate"]=> string(11) "2013 Mar 18" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(7) { [0]=> array(3) { ["name"]=> string(9) "Vincow ES" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Merrihew G" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "Shulman NJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(8) "Beyer RP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(10) "MacCoss MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(98) "The PINK1-Parkin pathway promotes both mitophagy and selective respiratory chain turnover in vivo." ["sorttitle"]=> string(93) "pink1 parkin pathway promotes both mitophagy and selective respiratory chain turnover in vivo" ["volume"]=> string(3) "110" ["issue"]=> string(2) "16" ["pages"]=> string(6) "6400-5" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "23509287" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "1221132110" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.1221132110" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3631677" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "23509287" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "23509287" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC3631677;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2013/03/20 06:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2013/03/20 06:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2013/06/20 06:00" } } ["references"]=> array(1) { [0]=> array(4) { ["refsource"]=> string(52) "Proc Natl Acad Sci U S A. 2013 Apr 16;110(16):6252-3" ["reftype"]=> string(10) "Comment in" ["pmid"]=> int(23569251) ["note"]=> string(0) "" } } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(147) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(28) "doi: 10.1073/pnas.1221132110" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2013/04/16 00:00" ["sortfirstauthor"]=> string(9) "Vincow ES" ["vernaculartitle"]=> string(0) "" } [23498974]=> array(43) { ["uid"]=> string(8) "23498974" ["pubdate"]=> string(11) "2013 Apr 10" ["epubdate"]=> string(11) "2013 Mar 14" ["source"]=> string(6) "Neuron" ["authors"]=> array(17) { [0]=> array(3) { ["name"]=> string(6) "Kim NC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(8) "Tresse E" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Kolaitis RM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(9) "Molliex A" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(8) "Alami NH" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(6) "Wang B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(7) "Joshi A" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(8) "Smith RB" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [9]=> array(3) { ["name"]=> string(9) "Ritson GP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [10]=> array(3) { ["name"]=> string(10) "Winborn BJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [11]=> array(3) { ["name"]=> string(7) "Moore J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [12]=> array(3) { ["name"]=> string(6) "Lee JY" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [13]=> array(3) { ["name"]=> string(6) "Yao TP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [14]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [15]=> array(3) { ["name"]=> string(7) "Kundu M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [16]=> array(3) { ["name"]=> string(9) "Taylor JP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(9) "Taylor JP" ["title"]=> string(114) "VCP is essential for mitochondrial quality control by PINK1/Parkin and this function is impaired by VCP mutations." ["sorttitle"]=> string(113) "vcp is essential for mitochondrial quality control by pink1 parkin and this function is impaired by vcp mutations" ["volume"]=> string(2) "78" ["issue"]=> string(1) "1" ["pages"]=> string(5) "65-80" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8809320" ["issn"]=> string(9) "0896-6273" ["essn"]=> string(9) "1097-4199" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(8) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "23498974" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S0896-6273(13)00187-6" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1016/j.neuron.2013.02.029" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3683300" } [4]=> array(3) { ["idtype"]=> string(3) "mid" ["idtypen"]=> int(8) ["value"]=> string(11) "NIHMS458883" } [5]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "23498974" } [6]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "23498974" } [7]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(46) "pmc-id: PMC3683300;manuscript-id: NIHMS458883;" } } ["history"]=> array(4) { [0]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2013/02/19 00:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2013/03/19 06:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2013/03/19 06:00" } [3]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2013/06/08 06:00" } } ["references"]=> array(2) { [0]=> array(4) { ["refsource"]=> string(29) "Neuron. 2013 Apr 24;78(2):403" ["reftype"]=> string(10) "Erratum in" ["pmid"]=> string(0) "" ["note"]=> string(0) "" } [1]=> array(4) { ["refsource"]=> string(33) "Nat Rev Neurol. 2013 May;9(5):239" ["reftype"]=> string(10) "Comment in" ["pmid"]=> int(23567333) ["note"]=> string(0) "" } } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(74) ["fulljournalname"]=> string(6) "Neuron" ["elocationid"]=> string(33) "doi: 10.1016/j.neuron.2013.02.029" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2013/04/10 00:00" ["sortfirstauthor"]=> string(6) "Kim NC" ["vernaculartitle"]=> string(0) "" } [22691499]=> array(43) { ["uid"]=> string(8) "22691499" ["pubdate"]=> string(11) "2012 Jun 26" ["epubdate"]=> string(11) "2012 Jun 12" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(9) "Burman JL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(4) "Yu S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(8) "Poole AC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(8) "Decal RB" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(116) "Analysis of neural subtypes reveals selective mitochondrial dysfunction in dopaminergic neurons from parkin mutants." ["sorttitle"]=> string(115) "analysis of neural subtypes reveals selective mitochondrial dysfunction in dopaminergic neurons from parkin mutants" ["volume"]=> string(3) "109" ["issue"]=> string(2) "26" ["pages"]=> string(8) "10438-43" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "22691499" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "1120688109" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.1120688109" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3387060" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "22691499" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "22691499" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC3387060;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2012/06/14 06:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2012/06/14 06:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2012/09/19 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(25) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(28) "doi: 10.1073/pnas.1120688109" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2012/06/26 00:00" ["sortfirstauthor"]=> string(9) "Burman JL" ["vernaculartitle"]=> string(0) "" } [20620870]=> array(43) { ["uid"]=> string(8) "20620870" ["pubdate"]=> string(11) "2010 Jun 24" ["epubdate"]=> string(0) "" ["source"]=> string(6) "Neuron" ["authors"]=> array(19) { [0]=> array(3) { ["name"]=> string(13) "Chakrabarti L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(7) "Zahra R" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Jackson SM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(18) "Kazemi-Esfarjani P" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(9) "Sopher BL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(8) "Mason AG" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(8) "Toneff T" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(5) "Ryu S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [8]=> array(3) { ["name"]=> string(9) "Shaffer S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [9]=> array(3) { ["name"]=> string(8) "Kansy JW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [10]=> array(3) { ["name"]=> string(5) "Eng J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [11]=> array(3) { ["name"]=> string(10) "Merrihew G" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [12]=> array(3) { ["name"]=> string(10) "MacCoss MJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [13]=> array(3) { ["name"]=> string(8) "Murphy A" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [14]=> array(3) { ["name"]=> string(11) "Goodlett DR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [15]=> array(3) { ["name"]=> string(6) "Hook V" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [16]=> array(3) { ["name"]=> string(10) "Bennett CL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [17]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [18]=> array(3) { ["name"]=> string(11) "La Spada AR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "La Spada AR" ["title"]=> string(141) "Mitochondrial dysfunction in NnaD mutant flies and Purkinje cell degeneration mice reveals a role for Nna proteins in neuronal bioenergetics." ["sorttitle"]=> string(140) "mitochondrial dysfunction in nnad mutant flies and purkinje cell degeneration mice reveals a role for nna proteins in neuronal bioenergetics" ["volume"]=> string(2) "66" ["issue"]=> string(1) "6" ["pages"]=> string(6) "835-47" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8809320" ["issn"]=> string(9) "0896-6273" ["essn"]=> string(9) "1097-4199" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(8) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "20620870" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S0896-6273(10)00420-4" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1016/j.neuron.2010.05.024" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3101252" } [4]=> array(3) { ["idtype"]=> string(3) "mid" ["idtypen"]=> int(8) ["value"]=> string(11) "NIHMS290490" } [5]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "20620870" } [6]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "20620870" } [7]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(46) "pmc-id: PMC3101252;manuscript-id: NIHMS290490;" } } ["history"]=> array(4) { [0]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2010/05/19 00:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2010/07/13 06:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2010/07/14 06:00" } [3]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2010/08/07 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(21) ["fulljournalname"]=> string(6) "Neuron" ["elocationid"]=> string(33) "doi: 10.1016/j.neuron.2010.05.024" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2010/06/24 00:00" ["sortfirstauthor"]=> string(13) "Chakrabarti L" ["vernaculartitle"]=> string(0) "" } [20410106]=> array(43) { ["uid"]=> string(8) "20410106" ["pubdate"]=> string(11) "2010 Apr 21" ["epubdate"]=> string(0) "" ["source"]=> string(10) "J Neurosci" ["authors"]=> array(7) { [0]=> array(3) { ["name"]=> string(7) "Trinh K" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Andrews L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(8) "Krause J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(7) "Hanak T" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(5) "Lee D" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(6) "Gelb M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(151) "Decaffeinated coffee and nicotine-free tobacco provide neuroprotection in Drosophila models of Parkinson's disease through an NRF2-dependent mechanism." ["sorttitle"]=> string(150) "decaffeinated coffee and nicotine free tobacco provide neuroprotection in drosophila models of parkinson s disease through an nrf2 dependent mechanism" ["volume"]=> string(2) "30" ["issue"]=> string(2) "16" ["pages"]=> string(7) "5525-32" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8102140" ["issn"]=> string(9) "0270-6474" ["essn"]=> string(9) "1529-2401" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "20410106" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "30/16/5525" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(30) "10.1523/JNEUROSCI.4777-09.2010" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC3842467" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "20410106" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "20410106" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC3842467;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2010/04/23 06:00" } [1]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2010/04/23 06:00" } [2]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2010/05/05 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(23) ["fulljournalname"]=> string(82) "The Journal of neuroscience : the official journal of the Society for Neuroscience" ["elocationid"]=> string(35) "doi: 10.1523/JNEUROSCI.4777-09.2010" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2010/04/21 00:00" ["sortfirstauthor"]=> string(7) "Trinh K" ["vernaculartitle"]=> string(0) "" } [20383334]=> array(43) { ["uid"]=> string(8) "20383334" ["pubdate"]=> string(10) "2010 Apr 7" ["epubdate"]=> string(10) "2010 Apr 7" ["source"]=> string(8) "PLoS One" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(8) "Poole AC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(4) "Yu S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(9) "Vincow ES" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(95) "The mitochondrial fusion-promoting factor mitofusin is a substrate of the PINK1/parkin pathway." ["sorttitle"]=> string(90) "mitochondrial fusion promoting factor mitofusin is a substrate of the pink1 parkin pathway" ["volume"]=> string(1) "5" ["issue"]=> string(1) "4" ["pages"]=> string(6) "e10054" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101285081" ["issn"]=> string(0) "" ["essn"]=> string(9) "1932-6203" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "3" ["articleids"]=> array(6) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "20383334" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1371/journal.pone.0010054" } [2]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC2850930" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "20383334" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "20383334" } [5]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC2850930;" } } ["history"]=> array(5) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2009/12/19 00:00" } [1]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2010/03/15 00:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2010/04/13 06:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2010/04/13 06:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2011/06/17 06:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(177) ["fulljournalname"]=> string(8) "PloS one" ["elocationid"]=> string(33) "doi: 10.1371/journal.pone.0010054" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2010/04/07 00:00" ["sortfirstauthor"]=> string(8) "Poole AC" ["vernaculartitle"]=> string(0) "" } [18309789]=> array(43) { ["uid"]=> string(8) "18309789" ["pubdate"]=> string(4) "2008" ["epubdate"]=> string(0) "" ["source"]=> string(16) "SEB Exp Biol Ser" ["authors"]=> array(2) { [0]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(64) "Genetic models of Parkinson's disease: mechanisms and therapies." ["sorttitle"]=> string(62) "genetic models of parkinson s disease mechanisms and therapies" ["volume"]=> string(2) "60" ["issue"]=> string(0) "" ["pages"]=> string(6) "93-113" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101308820" ["issn"]=> string(9) "1946-4959" ["essn"]=> string(0) "" ["pubtype"]=> array(2) { [0]=> string(15) "Journal Article" [1]=> string(6) "Review" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(3) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "18309789" } [1]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "18309789" } [2]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "18309789" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2008/03/04 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2011/07/20 06:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2008/03/04 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(0) { } ["pmcrefcount"]=> int(3) ["fulljournalname"]=> string(31) "SEB experimental biology series" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2008/01/01 00:00" ["sortfirstauthor"]=> string(12) "Whitworth AJ" ["vernaculartitle"]=> string(0) "" } [18230723]=> array(43) { ["uid"]=> string(8) "18230723" ["pubdate"]=> string(10) "2008 Feb 5" ["epubdate"]=> string(11) "2008 Jan 29" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(6) { [0]=> array(3) { ["name"]=> string(8) "Poole AC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Thomas RE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Andrews LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "McBride HM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(60) "The PINK1/Parkin pathway regulates mitochondrial morphology." ["sorttitle"]=> string(55) "pink1 parkin pathway regulates mitochondrial morphology" ["volume"]=> string(3) "105" ["issue"]=> string(1) "5" ["pages"]=> string(7) "1638-43" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "18230723" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "0709336105" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.0709336105" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC2234197" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "18230723" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "18230723" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC2234197;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2008/01/31 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2008/03/08 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2008/01/31 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(342) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(28) "doi: 10.1073/pnas.0709336105" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2008/02/05 00:00" ["sortfirstauthor"]=> string(8) "Poole AC" ["vernaculartitle"]=> string(0) "" } [18184789]=> array(43) { ["uid"]=> string(8) "18184789" ["pubdate"]=> string(10) "2008 Jan 9" ["epubdate"]=> string(0) "" ["source"]=> string(10) "J Neurosci" ["authors"]=> array(7) { [0]=> array(3) { ["name"]=> string(7) "Trinh K" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(7) "Moore K" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(6) "Wes PD" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(12) "Muchowski PJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(5) "Dey J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(9) "Andrews L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(116) "Induction of the phase II detoxification pathway suppresses neuron loss in Drosophila models of Parkinson's disease." ["sorttitle"]=> string(115) "induction of the phase ii detoxification pathway suppresses neuron loss in drosophila models of parkinson s disease" ["volume"]=> string(2) "28" ["issue"]=> string(1) "2" ["pages"]=> string(6) "465-72" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8102140" ["issn"]=> string(9) "0270-6474" ["essn"]=> string(9) "1529-2401" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "18184789" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(8) "28/2/465" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(30) "10.1523/JNEUROSCI.4778-07.2008" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6670551" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "18184789" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "18184789" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6670551;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2008/01/11 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2008/02/09 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2008/01/11 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(54) ["fulljournalname"]=> string(82) "The Journal of neuroscience : the official journal of the Society for Neuroscience" ["elocationid"]=> string(35) "doi: 10.1523/JNEUROSCI.4778-07.2008" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2008/01/09 00:00" ["sortfirstauthor"]=> string(7) "Trinh K" ["vernaculartitle"]=> string(0) "" } [17339027]=> array(43) { ["uid"]=> string(8) "17339027" ["pubdate"]=> string(8) "2007 Mar" ["epubdate"]=> string(0) "" ["source"]=> string(10) "Cell Metab" ["authors"]=> array(4) { [0]=> array(3) { ["name"]=> string(8) "Voght SP" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Fluegel ML" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Andrews LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(88) "Drosophila NPC1b promotes an early step in sterol absorption from the midgut epithelium." ["sorttitle"]=> string(87) "drosophila npc1b promotes an early step in sterol absorption from the midgut epithelium" ["volume"]=> string(1) "5" ["issue"]=> string(1) "3" ["pages"]=> string(7) "195-205" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(9) "101233170" ["issn"]=> string(9) "1550-4131" ["essn"]=> string(9) "1932-7420" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "17339027" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S1550-4131(07)00012-5" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(26) "10.1016/j.cmet.2007.01.011" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "17339027" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "17339027" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2006/08/08 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2006/12/04 00:00" } [2]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2007/01/23 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2007/03/07 09:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2007/05/23 09:00" } [5]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2007/03/07 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(27) ["fulljournalname"]=> string(15) "Cell metabolism" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2007/03/01 00:00" ["sortfirstauthor"]=> string(8) "Voght SP" ["vernaculartitle"]=> string(0) "" } [16835262]=> array(43) { ["uid"]=> string(8) "16835262" ["pubdate"]=> string(11) "2006 Aug 15" ["epubdate"]=> string(11) "2006 Jul 11" ["source"]=> string(13) "Hum Mol Genet" ["authors"]=> array(2) { [0]=> array(3) { ["name"]=> string(14) "Satterfield TF" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(82) "Ataxin-2 and its Drosophila homolog, ATX2, physically assemble with polyribosomes." ["sorttitle"]=> string(79) "ataxin 2 and its drosophila homolog atx2 physically assemble with polyribosomes" ["volume"]=> string(2) "15" ["issue"]=> string(2) "16" ["pages"]=> string(7) "2523-32" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "9208958" ["issn"]=> string(9) "0964-6906" ["essn"]=> string(9) "1460-2083" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "16835262" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(6) "ddl173" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(18) "10.1093/hmg/ddl173" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "16835262" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "16835262" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2006/07/13 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2006/11/14 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2006/07/13 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(60) ["fulljournalname"]=> string(24) "Human molecular genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2006/08/15 00:00" ["sortfirstauthor"]=> string(14) "Satterfield TF" ["vernaculartitle"]=> string(0) "" } [16810237]=> array(43) { ["uid"]=> string(8) "16810237" ["pubdate"]=> string(11) "2006 Jun 29" ["epubdate"]=> string(0) "" ["source"]=> string(6) "Nature" ["authors"]=> array(2) { [0]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(13) "Greenamyre JT" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(13) "Greenamyre JT" ["title"]=> string(54) "Neurodegenerative disease: pink, parkin and the brain." ["sorttitle"]=> string(51) "neurodegenerative disease pink parkin and the brain" ["volume"]=> string(3) "441" ["issue"]=> string(4) "7097" ["pages"]=> string(4) "1058" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0410462" ["issn"]=> string(9) "0028-0836" ["essn"]=> string(9) "1476-4687" ["pubtype"]=> array(2) { [0]=> string(7) "Comment" [1]=> string(4) "News" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "16810237" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(8) "4411058a" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(16) "10.1038/4411058a" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "16810237" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "16810237" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2006/07/01 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2006/08/01 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2006/07/01 09:00" } } ["references"]=> array(2) { [0]=> array(4) { ["refsource"]=> string(37) "Nature. 2006 Jun 29;441(7097):1157-61" ["reftype"]=> string(10) "Comment on" ["pmid"]=> int(16672980) ["note"]=> string(0) "" } [1]=> array(4) { ["refsource"]=> string(36) "Nature. 2006 Jun 29;441(7097):1162-6" ["reftype"]=> string(10) "Comment on" ["pmid"]=> int(16672981) ["note"]=> string(0) "" } } ["attributes"]=> array(0) { } ["pmcrefcount"]=> int(7) ["fulljournalname"]=> string(6) "Nature" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2006/06/29 00:00" ["sortfirstauthor"]=> string(10) "Pallanck L" ["vernaculartitle"]=> string(0) "" } [16533709]=> array(43) { ["uid"]=> string(8) "16533709" ["pubdate"]=> string(8) "2006 Feb" ["epubdate"]=> string(0) "" ["source"]=> string(17) "Drug Discov Today" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(6) "Wes PD" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(83) "Drosophila models pioneer a new approach to drug discovery for Parkinson's disease." ["sorttitle"]=> string(82) "drosophila models pioneer a new approach to drug discovery for parkinson s disease" ["volume"]=> string(2) "11" ["issue"]=> string(3) "3-4" ["pages"]=> string(6) "119-26" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "9604391" ["issn"]=> string(9) "1359-6446" ["essn"]=> string(9) "1878-5832" ["pubtype"]=> array(2) { [0]=> string(15) "Journal Article" [1]=> string(6) "Review" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "16533709" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S1359-6446(05)03693-7" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(29) "10.1016/S1359-6446(05)03693-7" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "16533709" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "16533709" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2006/03/15 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2006/04/25 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2006/03/15 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(22) ["fulljournalname"]=> string(20) "Drug discovery today" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2006/02/01 00:00" ["sortfirstauthor"]=> string(12) "Whitworth AJ" ["vernaculartitle"]=> string(0) "" } [16139213]=> array(43) { ["uid"]=> string(8) "16139213" ["pubdate"]=> string(10) "2005 Sep 6" ["epubdate"]=> string(0) "" ["source"]=> string(9) "Curr Biol" ["authors"]=> array(8) { [0]=> array(3) { ["name"]=> string(10) "Meulener M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(17) "Armstrong-Gold CE" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(7) "Rizzu P" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(9) "Heutink P" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(6) "Wes PD" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [7]=> array(3) { ["name"]=> string(9) "Bonini NM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(9) "Bonini NM" ["title"]=> string(110) "Drosophila DJ-1 mutants are selectively sensitive to environmental toxins associated with Parkinson's disease." ["sorttitle"]=> string(109) "drosophila dj 1 mutants are selectively sensitive to environmental toxins associated with parkinson s disease" ["volume"]=> string(2) "15" ["issue"]=> string(2) "17" ["pages"]=> string(6) "1572-7" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "9107782" ["issn"]=> string(9) "0960-9822" ["essn"]=> string(9) "1879-0445" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "16139213" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S0960-9822(05)00848-1" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(25) "10.1016/j.cub.2005.07.064" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "16139213" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "16139213" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2005/04/28 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2005/07/14 00:00" } [2]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2005/07/18 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2005/09/06 09:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2006/03/24 09:00" } [5]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2005/09/06 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(120) ["fulljournalname"]=> string(20) "Current biology : CB" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2005/09/06 00:00" ["sortfirstauthor"]=> string(10) "Meulener M" ["vernaculartitle"]=> string(0) "" } [16079224]=> array(43) { ["uid"]=> string(8) "16079224" ["pubdate"]=> string(8) "2006 Jan" ["epubdate"]=> string(10) "2005 Aug 3" ["source"]=> string(8) "Genetics" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(10) "Fluegel ML" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Parker TJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(81) "Mutations of a Drosophila NPC1 gene confer sterol and ecdysone metabolic defects." ["sorttitle"]=> string(80) "mutations of a drosophila npc1 gene confer sterol and ecdysone metabolic defects" ["volume"]=> string(3) "172" ["issue"]=> string(1) "1" ["pages"]=> string(6) "185-96" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0374636" ["issn"]=> string(9) "0016-6731" ["essn"]=> string(9) "1943-2631" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "16079224" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(19) "genetics.105.046565" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(27) "10.1534/genetics.105.046565" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC1456146" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "16079224" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "16079224" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC1456146;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2005/08/05 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2006/04/18 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2005/08/05 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(28) ["fulljournalname"]=> string(8) "Genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2006/01/01 00:00" ["sortfirstauthor"]=> string(10) "Fluegel ML" ["vernaculartitle"]=> string(0) "" } [15911761]=> array(43) { ["uid"]=> string(8) "15911761" ["pubdate"]=> string(11) "2005 May 31" ["epubdate"]=> string(11) "2005 May 23" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(6) { [0]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(11) "Theodore DA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Greene JC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(7) "Benes H" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(6) "Wes PD" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(123) "Increased glutathione S-transferase activity rescues dopaminergic neuron loss in a Drosophila model of Parkinson's disease." ["sorttitle"]=> string(122) "increased glutathione s transferase activity rescues dopaminergic neuron loss in a drosophila model of parkinson s disease" ["volume"]=> string(3) "102" ["issue"]=> string(2) "22" ["pages"]=> string(6) "8024-9" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "15911761" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "0501078102" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.0501078102" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC1142368" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "15911761" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "15911761" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC1142368;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2005/05/25 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2005/08/17 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2005/05/25 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(133) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2005/05/31 00:00" ["sortfirstauthor"]=> string(12) "Whitworth AJ" ["vernaculartitle"]=> string(0) "" } [15715978]=> array(43) { ["uid"]=> string(8) "15715978" ["pubdate"]=> string(11) "2005 Feb 28" ["epubdate"]=> string(0) "" ["source"]=> string(4) "Gene" ["authors"]=> array(7) { [0]=> array(3) { ["name"]=> string(10) "Jackson SM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Greene JC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(8) "Libby RT" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(9) "Baccam SL" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [6]=> array(3) { ["name"]=> string(11) "La Spada AR" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "La Spada AR" ["title"]=> string(123) "A SCA7 CAG/CTG repeat expansion is stable in Drosophila melanogaster despite modulation of genomic context and gene dosage." ["sorttitle"]=> string(120) "sca7 cag ctg repeat expansion is stable in drosophila melanogaster despite modulation of genomic context and gene dosage" ["volume"]=> string(3) "347" ["issue"]=> string(1) "1" ["pages"]=> string(5) "35-41" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7706761" ["issn"]=> string(9) "0378-1119" ["essn"]=> string(9) "1879-0038" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "15715978" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S0378-1119(04)00738-3" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(26) "10.1016/j.gene.2004.12.008" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "15715978" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "15715978" } } ["history"]=> array(6) { [0]=> array(2) { ["pubstatus"]=> string(8) "received" ["date"]=> string(16) "2004/09/13 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "revised" ["date"]=> string(16) "2004/11/13 00:00" } [2]=> array(2) { ["pubstatus"]=> string(8) "accepted" ["date"]=> string(16) "2004/12/06 00:00" } [3]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2005/02/18 09:00" } [4]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2005/06/04 09:00" } [5]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2005/02/18 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(7) ["fulljournalname"]=> string(4) "Gene" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2005/02/28 00:00" ["sortfirstauthor"]=> string(10) "Jackson SM" ["vernaculartitle"]=> string(0) "" } [15689351]=> array(43) { ["uid"]=> string(8) "15689351" ["pubdate"]=> string(11) "2005 Mar 15" ["epubdate"]=> string(10) "2005 Feb 2" ["source"]=> string(13) "Hum Mol Genet" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(9) "Greene JC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Andrews LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(9) "Parker TJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(128) "Genetic and genomic studies of Drosophila parkin mutants implicate oxidative stress and innate immune responses in pathogenesis." ["sorttitle"]=> string(127) "genetic and genomic studies of drosophila parkin mutants implicate oxidative stress and innate immune responses in pathogenesis" ["volume"]=> string(2) "14" ["issue"]=> string(1) "6" ["pages"]=> string(7) "799-811" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "9208958" ["issn"]=> string(9) "0964-6906" ["essn"]=> string(9) "1460-2083" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "15689351" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(6) "ddi074" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(18) "10.1093/hmg/ddi074" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "15689351" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "15689351" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2005/02/04 09:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2005/07/29 09:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2005/02/04 09:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(55) ["fulljournalname"]=> string(24) "Human molecular genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2005/03/15 00:00" ["sortfirstauthor"]=> string(9) "Greene JC" ["vernaculartitle"]=> string(0) "" } [15102912]=> array(43) { ["uid"]=> string(8) "15102912" ["pubdate"]=> string(11) "2004 Apr 21" ["epubdate"]=> string(0) "" ["source"]=> string(10) "J Neurosci" ["authors"]=> array(4) { [0]=> array(3) { ["name"]=> string(9) "Babcock M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Macleod GT" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Leither J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(150) "Genetic analysis of soluble N-ethylmaleimide-sensitive factor attachment protein function in Drosophila reveals positive and negative secretory roles." ["sorttitle"]=> string(149) "genetic analysis of soluble n ethylmaleimide sensitive factor attachment protein function in drosophila reveals positive and negative secretory roles" ["volume"]=> string(2) "24" ["issue"]=> string(2) "16" ["pages"]=> string(7) "3964-73" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8102140" ["issn"]=> string(9) "0270-6474" ["essn"]=> string(9) "1529-2401" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "15102912" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(30) "10.1523/JNEUROSCI.5259-03.2004" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "24/16/3964" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC6729412" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "15102912" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "15102912" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC6729412;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2004/04/23 05:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2004/08/04 05:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2004/04/23 05:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(20) ["fulljournalname"]=> string(82) "The Journal of neuroscience : the official journal of the Society for Neuroscience" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2004/04/21 00:00" ["sortfirstauthor"]=> string(9) "Babcock M" ["vernaculartitle"]=> string(0) "" } [14504225]=> array(43) { ["uid"]=> string(8) "14504225" ["pubdate"]=> string(8) "2003 Sep" ["epubdate"]=> string(0) "" ["source"]=> string(8) "Genetics" ["authors"]=> array(5) { [0]=> array(3) { ["name"]=> string(10) "Babcock MC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Stowers RS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(9) "Leither J" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "Goodman CS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(106) "A genetic screen for synaptic transmission mutants mapping to the right arm of chromosome 3 in Drosophila." ["sorttitle"]=> string(103) "genetic screen for synaptic transmission mutants mapping to the right arm of chromosome 3 in drosophila" ["volume"]=> string(3) "165" ["issue"]=> string(1) "1" ["pages"]=> string(6) "171-83" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0374636" ["issn"]=> string(9) "0016-6731" ["essn"]=> string(9) "1943-2631" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "14504225" } [1]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC1462763" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "14504225" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "14504225" } [4]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC1462763;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2003/09/25 05:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2004/06/03 05:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2003/09/25 05:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(6) ["fulljournalname"]=> string(8) "Genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2003/09/01 00:00" ["sortfirstauthor"]=> string(10) "Babcock MC" ["vernaculartitle"]=> string(0) "" } [12642658]=> array(43) { ["uid"]=> string(8) "12642658" ["pubdate"]=> string(10) "2003 Apr 1" ["epubdate"]=> string(11) "2003 Mar 17" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(6) { [0]=> array(3) { ["name"]=> string(9) "Greene JC" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(12) "Whitworth AJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(5) "Kuo I" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(10) "Andrews LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(8) "Feany MB" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(87) "Mitochondrial pathology and apoptotic muscle degeneration in Drosophila parkin mutants." ["sorttitle"]=> string(86) "mitochondrial pathology and apoptotic muscle degeneration in drosophila parkin mutants" ["volume"]=> string(3) "100" ["issue"]=> string(1) "7" ["pages"]=> string(7) "4078-83" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(3) "256" ["articleids"]=> array(7) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "12642658" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.0737556100" } [2]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(10) "0737556100" } [3]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(9) "PMC153051" } [4]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "12642658" } [5]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "12642658" } [6]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(18) "pmc-id: PMC153051;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2003/03/19 04:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2003/05/23 05:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2003/03/19 04:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(404) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2003/04/01 00:00" ["sortfirstauthor"]=> string(9) "Greene JC" ["vernaculartitle"]=> string(0) "" } [12524342]=> array(43) { ["uid"]=> string(8) "12524342" ["pubdate"]=> string(8) "2002 Dec" ["epubdate"]=> string(0) "" ["source"]=> string(8) "Genetics" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(14) "Satterfield TF" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Jackson SM" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Pallanck LJ" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Pallanck LJ" ["title"]=> string(120) "A Drosophila homolog of the polyglutamine disease gene SCA2 is a dosage-sensitive regulator of actin filament formation." ["sorttitle"]=> string(117) "drosophila homolog of the polyglutamine disease gene sca2 is a dosage sensitive regulator of actin filament formation" ["volume"]=> string(3) "162" ["issue"]=> string(1) "4" ["pages"]=> string(8) "1687-702" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0374636" ["issn"]=> string(9) "0016-6731" ["essn"]=> string(9) "1943-2631" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "12524342" } [1]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC1462369" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "12524342" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "12524342" } [4]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC1462369;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2003/01/14 04:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2003/07/23 05:00" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2003/01/14 04:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(39) ["fulljournalname"]=> string(8) "Genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2002/12/01 00:00" ["sortfirstauthor"]=> string(14) "Satterfield TF" ["vernaculartitle"]=> string(0) "" } [11585558]=> array(43) { ["uid"]=> string(8) "11585558" ["pubdate"]=> string(11) "2001 Sep 21" ["epubdate"]=> string(0) "" ["source"]=> string(13) "Neurosci Lett" ["authors"]=> array(4) { [0]=> array(3) { ["name"]=> string(8) "Sanyal S" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(8) "Tolar LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(11) "Krishnan KS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(11) "Krishnan KS" ["title"]=> string(183) "Genetic interaction between shibire and comatose mutations in Drosophila suggest a role for snap-receptor complex assembly and disassembly for maintenance of synaptic vesicle cycling." ["sorttitle"]=> string(182) "genetic interaction between shibire and comatose mutations in drosophila suggest a role for snap receptor complex assembly and disassembly for maintenance of synaptic vesicle cycling" ["volume"]=> string(3) "311" ["issue"]=> string(1) "1" ["pages"]=> string(4) "21-4" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7600130" ["issn"]=> string(9) "0304-3940" ["essn"]=> string(9) "1872-7972" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "11585558" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(21) "S0304-3940(01)02125-5" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(29) "10.1016/s0304-3940(01)02125-5" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "11585558" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "11585558" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2001/10/05 10:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2002/01/05 10:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2001/10/05 10:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(9) ["fulljournalname"]=> string(20) "Neuroscience letters" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2001/09/21 00:00" ["sortfirstauthor"]=> string(8) "Sanyal S" ["vernaculartitle"]=> string(0) "" } [11333235]=> array(43) { ["uid"]=> string(8) "11333235" ["pubdate"]=> string(8) "2001 May" ["epubdate"]=> string(0) "" ["source"]=> string(8) "Genetics" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(8) "Golby JA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(8) "Tolar LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(176) "Partitioning of N-ethylmaleimide-sensitive fusion (NSF) protein function in Drosophila melanogaster: dNSF1 is required in the nervous system, and dNSF2 is required in mesoderm." ["sorttitle"]=> string(171) "partitioning of n ethylmaleimide sensitive fusion nsf protein function in drosophila melanogaster dnsf1 is required in the nervous system and dnsf2 is required in mesoderm" ["volume"]=> string(3) "158" ["issue"]=> string(1) "1" ["pages"]=> string(6) "265-78" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0374636" ["issn"]=> string(9) "0016-6731" ["essn"]=> string(9) "1943-2631" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "11333235" } [1]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(10) "PMC1461639" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "11333235" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "11333235" } [4]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(19) "pmc-id: PMC1461639;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "2001/05/03 10:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "2001/07/13 10:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "2001/05/03 10:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(19) ["fulljournalname"]=> string(8) "Genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "2001/05/01 00:00" ["sortfirstauthor"]=> string(8) "Golby JA" ["vernaculartitle"]=> string(0) "" } [10218158]=> array(43) { ["uid"]=> string(8) "10218158" ["pubdate"]=> string(4) "1999" ["epubdate"]=> string(0) "" ["source"]=> string(17) "Int Rev Neurobiol" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(12) "Littleton JT" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(39) "Mechanisms of neurotransmitter release." ["sorttitle"]=> string(38) "mechanisms of neurotransmitter release" ["volume"]=> string(2) "43" ["issue"]=> string(0) "" ["pages"]=> string(6) "139-61" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0374740" ["issn"]=> string(9) "0074-7742" ["essn"]=> string(9) "2162-5514" ["pubtype"]=> array(2) { [0]=> string(15) "Journal Article" [1]=> string(6) "Review" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(3) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(8) "10218158" } [1]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(8) "10218158" } [2]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(8) "10218158" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1999/04/28 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1999/04/28 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1999/04/28 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(0) { } ["pmcrefcount"]=> int(4) ["fulljournalname"]=> string(36) "International review of neurobiology" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1999/01/01 00:00" ["sortfirstauthor"]=> string(12) "Littleton JT" ["vernaculartitle"]=> string(0) "" } [9852562]=> array(43) { ["uid"]=> string(7) "9852562" ["pubdate"]=> string(11) "1998 Dec 15" ["epubdate"]=> string(0) "" ["source"]=> string(10) "J Neurosci" ["authors"]=> array(2) { [0]=> array(3) { ["name"]=> string(8) "Tolar LA" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Pallanck L" ["title"]=> string(124) "NSF function in neurotransmitter release involves rearrangement of the SNARE complex downstream of synaptic vesicle docking." ["sorttitle"]=> string(123) "nsf function in neurotransmitter release involves rearrangement of the snare complex downstream of synaptic vesicle docking" ["volume"]=> string(2) "18" ["issue"]=> string(2) "24" ["pages"]=> string(7) "10250-6" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "8102140" ["issn"]=> string(9) "0270-6474" ["essn"]=> string(9) "1529-2401" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(3) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "9852562" } [1]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "9852562" } [2]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "9852562" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1998/12/16 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1998/12/16 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1998/12/16 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(34) ["fulljournalname"]=> string(82) "The Journal of neuroscience : the official journal of the Society for Neuroscience" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1998/12/15 00:00" ["sortfirstauthor"]=> string(8) "Tolar LA" ["vernaculartitle"]=> string(0) "" } [7642522]=> array(43) { ["uid"]=> string(7) "7642522" ["pubdate"]=> string(11) "1995 Aug 11" ["epubdate"]=> string(0) "" ["source"]=> string(11) "J Biol Chem" ["authors"]=> array(6) { [0]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Ordway RW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(11) "Ramaswami M" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [3]=> array(3) { ["name"]=> string(6) "Chi WY" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [4]=> array(3) { ["name"]=> string(11) "Krishnan KS" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [5]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(134) "Distinct roles for N-ethylmaleimide-sensitive fusion protein (NSF) suggested by the identification of a second Drosophila NSF homolog." ["sorttitle"]=> string(131) "distinct roles for n ethylmaleimide sensitive fusion protein nsf suggested by the identification of a second drosophila nsf homolog" ["volume"]=> string(3) "270" ["issue"]=> string(2) "32" ["pages"]=> string(7) "18742-4" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(8) "2985121R" ["issn"]=> string(9) "0021-9258" ["essn"]=> string(9) "1083-351X" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(4) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "7642522" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(24) "10.1074/jbc.270.32.18742" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "7642522" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "7642522" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1995/08/11 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1995/08/11 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1995/08/11 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(15) ["fulljournalname"]=> string(35) "The Journal of biological chemistry" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1995/08/11 00:00" ["sortfirstauthor"]=> string(10) "Pallanck L" ["vernaculartitle"]=> string(0) "" } [7596428]=> array(43) { ["uid"]=> string(7) "7596428" ["pubdate"]=> string(10) "1995 Jul 6" ["epubdate"]=> string(0) "" ["source"]=> string(6) "Nature" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(9) "Ordway RW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(24) "A Drosophila NSF mutant." ["sorttitle"]=> string(21) "drosophila nsf mutant" ["volume"]=> string(3) "376" ["issue"]=> string(4) "6535" ["pages"]=> string(2) "25" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "0410462" ["issn"]=> string(9) "0028-0836" ["essn"]=> string(9) "1476-4687" ["pubtype"]=> array(1) { [0]=> string(6) "Letter" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(4) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "7596428" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(16) "10.1038/376025a0" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "7596428" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "7596428" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1995/07/06 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1995/07/06 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1995/07/06 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(0) { } ["pmcrefcount"]=> int(20) ["fulljournalname"]=> string(6) "Nature" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1995/07/06 00:00" ["sortfirstauthor"]=> string(10) "Pallanck L" ["vernaculartitle"]=> string(0) "" } [7846761]=> array(43) { ["uid"]=> string(7) "7846761" ["pubdate"]=> string(8) "1994 Dec" ["epubdate"]=> string(0) "" ["source"]=> string(18) "Trends Biochem Sci" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(9) "Ordway RW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(44) "A TPR domain in the SNAP secretory proteins." ["sorttitle"]=> string(41) "tpr domain in the snap secretory proteins" ["volume"]=> string(2) "19" ["issue"]=> string(2) "12" ["pages"]=> string(5) "530-1" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7610674" ["issn"]=> string(9) "0968-0004" ["essn"]=> string(0) "" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(5) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "7846761" } [1]=> array(3) { ["idtype"]=> string(3) "pii" ["idtypen"]=> int(4) ["value"]=> string(20) "0968-0004(94)90052-3" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(28) "10.1016/0968-0004(94)90052-3" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "7846761" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "7846761" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1994/12/01 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1994/12/01 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1994/12/01 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(0) { } ["pmcrefcount"]=> int(3) ["fulljournalname"]=> string(30) "Trends in biochemical sciences" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1994/12/01 00:00" ["sortfirstauthor"]=> string(9) "Ordway RW" ["vernaculartitle"]=> string(0) "" } [7987297]=> array(43) { ["uid"]=> string(7) "7987297" ["pubdate"]=> string(8) "1994 Aug" ["epubdate"]=> string(0) "" ["source"]=> string(13) "Hum Mol Genet" ["authors"]=> array(2) { [0]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(126) "Cloning and characterization of human and mouse homologs of the Drosophila calcium-activated potassium channel gene, slowpoke." ["sorttitle"]=> string(124) "cloning and characterization of human and mouse homologs of the drosophila calcium activated potassium channel gene slowpoke" ["volume"]=> string(1) "3" ["issue"]=> string(1) "8" ["pages"]=> string(7) "1239-43" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "9208958" ["issn"]=> string(9) "0964-6906" ["essn"]=> string(9) "1460-2083" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(4) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "7987297" } [1]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(20) "10.1093/hmg/3.8.1239" } [2]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "7987297" } [3]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "7987297" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1994/08/01 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1994/08/01 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1994/08/01 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(65) ["fulljournalname"]=> string(24) "Human molecular genetics" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1994/08/01 00:00" ["sortfirstauthor"]=> string(10) "Pallanck L" ["vernaculartitle"]=> string(0) "" } [8202553]=> array(43) { ["uid"]=> string(7) "8202553" ["pubdate"]=> string(10) "1994 Jun 7" ["epubdate"]=> string(0) "" ["source"]=> string(24) "Proc Natl Acad Sci U S A" ["authors"]=> array(3) { [0]=> array(3) { ["name"]=> string(9) "Ordway RW" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [1]=> array(3) { ["name"]=> string(10) "Pallanck L" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } [2]=> array(3) { ["name"]=> string(10) "Ganetzky B" ["authtype"]=> string(6) "Author" ["clusterid"]=> string(0) "" } } ["lastauthor"]=> string(10) "Ganetzky B" ["title"]=> string(93) "Neurally expressed Drosophila genes encoding homologs of the NSF and SNAP secretory proteins." ["sorttitle"]=> string(92) "neurally expressed drosophila genes encoding homologs of the nsf and snap secretory proteins" ["volume"]=> string(2) "91" ["issue"]=> string(2) "12" ["pages"]=> string(6) "5715-9" ["lang"]=> array(1) { [0]=> string(3) "eng" } ["nlmuniqueid"]=> string(7) "7505876" ["issn"]=> string(9) "0027-8424" ["essn"]=> string(9) "1091-6490" ["pubtype"]=> array(1) { [0]=> string(15) "Journal Article" } ["recordstatus"]=> string(28) "PubMed - indexed for MEDLINE" ["pubstatus"]=> string(1) "4" ["articleids"]=> array(6) { [0]=> array(3) { ["idtype"]=> string(6) "pubmed" ["idtypen"]=> int(1) ["value"]=> string(7) "8202553" } [1]=> array(3) { ["idtype"]=> string(3) "pmc" ["idtypen"]=> int(8) ["value"]=> string(8) "PMC44067" } [2]=> array(3) { ["idtype"]=> string(3) "doi" ["idtypen"]=> int(3) ["value"]=> string(23) "10.1073/pnas.91.12.5715" } [3]=> array(3) { ["idtype"]=> string(3) "rid" ["idtypen"]=> int(8) ["value"]=> string(7) "8202553" } [4]=> array(3) { ["idtype"]=> string(3) "eid" ["idtypen"]=> int(8) ["value"]=> string(7) "8202553" } [5]=> array(3) { ["idtype"]=> string(5) "pmcid" ["idtypen"]=> int(5) ["value"]=> string(17) "pmc-id: PMC44067;" } } ["history"]=> array(3) { [0]=> array(2) { ["pubstatus"]=> string(6) "pubmed" ["date"]=> string(16) "1994/06/07 00:00" } [1]=> array(2) { ["pubstatus"]=> string(7) "medline" ["date"]=> string(16) "1994/06/07 00:01" } [2]=> array(2) { ["pubstatus"]=> string(6) "entrez" ["date"]=> string(16) "1994/06/07 00:00" } } ["references"]=> array(0) { } ["attributes"]=> array(1) { [0]=> string(12) "Has Abstract" } ["pmcrefcount"]=> int(14) ["fulljournalname"]=> string(79) "Proceedings of the National Academy of Sciences of the United States of America" ["elocationid"]=> string(0) "" ["doctype"]=> string(8) "citation" ["srccontriblist"]=> array(0) { } ["booktitle"]=> string(0) "" ["medium"]=> string(0) "" ["edition"]=> string(0) "" ["publisherlocation"]=> string(0) "" ["publishername"]=> string(0) "" ["srcdate"]=> string(0) "" ["reportnumber"]=> string(0) "" ["availablefromurl"]=> string(0) "" ["locationlabel"]=> string(0) "" ["doccontriblist"]=> array(0) { } ["docdate"]=> string(0) "" ["bookname"]=> string(0) "" ["chapter"]=> string(0) "" ["sortpubdate"]=> string(16) "1994/06/07 00:00" ["sortfirstauthor"]=> string(9) "Ordway RW" ["vernaculartitle"]=> string(0) "" } } }

Publications

The following publications were retrieved from PubMed:

Mitochondrially-targeted APOBEC1 is a potent mtDNA mutator affecting mitochondrial function and organismal fitness in Drosophila.

Andreazza S, Samstag CL, Sanchez-Martinez A, Fernandez-Vizarra E, Gomez-Duran A, Lee JJ, Tufi R, Hipp MJ, Schmidt EK, Nicholls TJ, Gammage PA, Chinnery PF, Minczuk M, Pallanck LJ, Kennedy SR, Whitworth AJ.

Nat Commun. 2019 Jul 23; 1(10)3280

Autophagy accounts for approximately one-third of mitochondrial protein turnover and is protein selective.

Vincow ES, Thomas RE, Merrihew GE, Shulman NJ, Bammler TK, MacDonald JW, MacCoss MJ, Pallanck LJ.

Autophagy. 2019 Sep; 9(15)1592-1605

Deleterious mitochondrial DNA point mutations are overrepresented in Drosophila expressing a proofreading-defective DNA polymerase γ.

Samstag CL, Hoekstra JG, Huang CH, Chaisson MJ, Youle RJ, Kennedy SR, Pallanck LJ.

PLoS Genet. 2018 Nov; 11(14)e1007805

Lon protease inactivation in <i>Drosophila</i> causes unfolded protein stress and inhibition of mitochondrial translation.

Pareek G, Thomas RE, Vincow ES, Morris DR, Pallanck LJ.

Cell Death Discov. 2018; (4)51

Glucocerebrosidase deficiency promotes protein aggregation through dysregulation of extracellular vesicles.

Thomas RE, Vincow ES, Merrihew GE, MacCoss MJ, Davis MY, Pallanck LJ.

PLoS Genet. 2018 Sep; 9(14)e1007694

Accepting Students For:

Rotation, Autumn
Rotation, Spring
Rotation, Summer
Rotation, Winter
Permanent

Lab Information

Location: University of Washington
Building: WH Foege
Room: s-443
Box: 355065
Phone: 206-616-5996