faculty
Michelle Reniere
reniere@uw.edu
Assistant Professor
University of Washington
,Microbiology
Microbiology, Infection & Immunity
Host-pathogen interaction of Listeria monocytogenes
Faculty Contact Information
Building: SLU F
Room: F551
Box: 358070
Phone: 206-221-6543
Research Summary
We use genetic and biochemical approaches to dissect host-pathogen interactions. Specifically, we are interested in identifying the mechanisms by which bacterial pathogens sense and adapt to their hosts.
https://eutils.ncbi.nlm.nih.gov/entrez/eutils/esummary.fcgi?db=pubmed&query_key=1&WebEnv=MCID_60ff664e7724f12b1748ceea&retmode=json
Resource id #561 -- array(2) {
["header"]=>
array(2) {
["type"]=>
string(8) "esummary"
["version"]=>
string(3) "0.3"
}
["result"]=>
array(22) {
["uids"]=>
array(21) {
[0]=>
string(8) "34287055"
[1]=>
string(8) "32255216"
[2]=>
string(8) "32253340"
[3]=>
string(8) "30412828"
[4]=>
string(8) "29891640"
[5]=>
string(8) "28193635"
[6]=>
string(8) "28138025"
[7]=>
string(8) "27414028"
[8]=>
string(8) "25743475"
[9]=>
string(8) "25567281"
[10]=>
string(8) "24867981"
[11]=>
string(8) "24302255"
[12]=>
string(8) "23995637"
[13]=>
string(8) "23900169"
[14]=>
string(8) "21728357"
[15]=>
string(8) "21347352"
[16]=>
string(8) "20180905"
[17]=>
string(8) "18713745"
[18]=>
string(8) "18643935"
[19]=>
string(8) "18097052"
[20]=>
string(8) "17387580"
}
[34287055]=>
array(43) {
["uid"]=>
string(8) "34287055"
["pubdate"]=>
string(11) "2021 Jul 21"
["epubdate"]=>
string(11) "2021 Jul 21"
["source"]=>
string(16) "Microbiol Spectr"
["authors"]=>
array(5) {
[0]=>
array(3) {
["name"]=>
string(11) "Cesinger MR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(11) "Schwardt NH"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(9) "Halsey CR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(11) "Thomason MK"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(86) "Investigating the Roles of Listeria monocytogenes Peroxidases in Growth and Virulence."
["sorttitle"]=>
string(85) "investigating the roles of listeria monocytogenes peroxidases in growth and virulence"
["volume"]=>
string(0) ""
["issue"]=>
string(0) ""
["pages"]=>
string(8) "e0044021"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101634614"
["issn"]=>
string(0) ""
["essn"]=>
string(9) "2165-0497"
["pubtype"]=>
array(1) {
[0]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(33) "PubMed - as supplied by publisher"
["pubstatus"]=>
string(2) "10"
["articleids"]=>
array(4) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "34287055"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(25) "10.1128/Spectrum.00440-21"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "34287055"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "34287055"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2021/07/21 12:35"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2021/07/22 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2021/07/22 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
string(0) ""
["fulljournalname"]=>
string(21) "Microbiology spectrum"
["elocationid"]=>
string(30) "doi: 10.1128/Spectrum.00440-21"
["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) "2021/07/21 00:00"
["sortfirstauthor"]=>
string(11) "Cesinger MR"
["vernaculartitle"]=>
string(0) ""
}
[32255216]=>
array(43) {
["uid"]=>
string(8) "32255216"
["pubdate"]=>
string(8) "2020 Aug"
["epubdate"]=>
string(11) "2020 Apr 22"
["source"]=>
string(13) "Mol Microbiol"
["authors"]=>
array(5) {
[0]=>
array(3) {
["name"]=>
string(11) "Cesinger MR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(11) "Thomason MK"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(9) "Edrozo MB"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(9) "Halsey CR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(145) "Listeria monocytogenes SpxA1 is a global regulator required to activate genes encoding catalase and heme biosynthesis enzymes for aerobic growth."
["sorttitle"]=>
string(144) "listeria monocytogenes spxa1 is a global regulator required to activate genes encoding catalase and heme biosynthesis enzymes for aerobic growth"
["volume"]=>
string(3) "114"
["issue"]=>
string(1) "2"
["pages"]=>
string(7) "230-243"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "8712028"
["issn"]=>
string(9) "0950-382X"
["essn"]=>
string(9) "1365-2958"
["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) "32255216"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(17) "10.1111/mmi.14508"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC7496741"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(12) "NIHMS1589541"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "32255216"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "32255216"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(47) "pmc-id: PMC7496741;manuscript-id: NIHMS1589541;"
}
}
["history"]=>
array(6) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2019/10/18 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "revised"
["date"]=>
string(16) "2020/03/23 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2020/03/25 00:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2020/04/08 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2021/07/15 06:00"
}
[5]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2020/04/08 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(2)
["fulljournalname"]=>
string(22) "Molecular microbiology"
["elocationid"]=>
string(22) "doi: 10.1111/mmi.14508"
["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) "2020/08/01 00:00"
["sortfirstauthor"]=>
string(11) "Cesinger MR"
["vernaculartitle"]=>
string(0) ""
}
[32253340]=>
array(43) {
["uid"]=>
string(8) "32253340"
["pubdate"]=>
string(11) "2020 May 27"
["epubdate"]=>
string(11) "2020 May 27"
["source"]=>
string(11) "J Bacteriol"
["authors"]=>
array(2) {
[0]=>
array(3) {
["name"]=>
string(10) "Ruhland BR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(160) "YjbH Requires Its Thioredoxin Active Motif for the Nitrosative Stress Response, Cell-to-Cell Spread, and Protein-Protein Interactions in Listeria monocytogenes."
["sorttitle"]=>
string(157) "yjbh requires its thioredoxin active motif for the nitrosative stress response cell to cell spread and protein protein interactions in listeria monocytogenes"
["volume"]=>
string(3) "202"
["issue"]=>
string(2) "12"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(8) "2985120R"
["issn"]=>
string(9) "0021-9193"
["essn"]=>
string(9) "1098-5530"
["pubtype"]=>
array(1) {
[0]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(3) "257"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "32253340"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(11) "JB.00099-20"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(19) "10.1128/JB.00099-20"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC7253607"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "32253340"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "32253340"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC7253607;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2020/02/21 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2020/03/28 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2020/04/08 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2021/02/17 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2020/04/08 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(1)
["fulljournalname"]=>
string(23) "Journal of bacteriology"
["elocationid"]=>
string(40) "pii: e00099-20. doi: 10.1128/JB.00099-20"
["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) "2020/05/27 00:00"
["sortfirstauthor"]=>
string(10) "Ruhland BR"
["vernaculartitle"]=>
string(0) ""
}
[30412828]=>
array(43) {
["uid"]=>
string(8) "30412828"
["pubdate"]=>
string(8) "2019 Feb"
["epubdate"]=>
string(10) "2018 Nov 6"
["source"]=>
string(19) "Curr Opin Microbiol"
["authors"]=>
array(2) {
[0]=>
array(3) {
["name"]=>
string(10) "Ruhland BR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(80) "Sense and sensor ability: redox-responsive regulators in Listeria monocytogenes."
["sorttitle"]=>
string(78) "sense and sensor ability redox responsive regulators in listeria monocytogenes"
["volume"]=>
string(2) "47"
["issue"]=>
string(0) ""
["pages"]=>
string(5) "20-25"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "9815056"
["issn"]=>
string(9) "1369-5274"
["essn"]=>
string(9) "1879-0364"
["pubtype"]=>
array(2) {
[0]=>
string(15) "Journal Article"
[1]=>
string(6) "Review"
}
["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) "30412828"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(21) "S1369-5274(18)30064-X"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(25) "10.1016/j.mib.2018.10.006"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC6502700"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(12) "NIHMS1510791"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "30412828"
}
[6]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "30412828"
}
[7]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(47) "pmc-id: PMC6502700;manuscript-id: NIHMS1510791;"
}
}
["history"]=>
array(6) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2018/08/29 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "revised"
["date"]=>
string(16) "2018/10/18 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2018/10/19 00:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2018/11/10 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2020/02/06 06:00"
}
[5]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2018/11/10 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(6)
["fulljournalname"]=>
string(31) "Current opinion in microbiology"
["elocationid"]=>
string(30) "doi: 10.1016/j.mib.2018.10.006"
["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) "2019/02/01 00:00"
["sortfirstauthor"]=>
string(10) "Ruhland BR"
["vernaculartitle"]=>
string(0) ""
}
[29891640]=>
array(43) {
["uid"]=>
string(8) "29891640"
["pubdate"]=>
string(10) "2018 Sep 1"
["epubdate"]=>
string(11) "2018 Aug 10"
["source"]=>
string(11) "J Bacteriol"
["authors"]=>
array(1) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(68) "Reduce, Induce, Thrive: Bacterial Redox Sensing during Pathogenesis."
["sorttitle"]=>
string(64) "reduce induce thrive bacterial redox sensing during pathogenesis"
["volume"]=>
string(3) "200"
["issue"]=>
string(2) "17"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(8) "2985120R"
["issn"]=>
string(9) "0021-9193"
["essn"]=>
string(9) "1098-5530"
["pubtype"]=>
array(2) {
[0]=>
string(15) "Journal Article"
[1]=>
string(6) "Review"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(3) "257"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "29891640"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(11) "JB.00128-18"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(19) "10.1128/JB.00128-18"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC6088161"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "29891640"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "29891640"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC6088161;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2018/06/13 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2019/09/19 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2018/06/13 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(19)
["fulljournalname"]=>
string(23) "Journal of bacteriology"
["elocationid"]=>
string(40) "pii: e00128-18. doi: 10.1128/JB.00128-18"
["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) "2018/08/10 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[28193635]=>
array(43) {
["uid"]=>
string(8) "28193635"
["pubdate"]=>
string(8) "2017 May"
["epubdate"]=>
string(11) "2017 Apr 21"
["source"]=>
string(12) "Infect Immun"
["authors"]=>
array(4) {
[0]=>
array(3) {
["name"]=>
string(11) "Whiteley AT"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Ruhland BR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(9) "Edrozo MB"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Reniere ML"
["title"]=>
string(114) "A Redox-Responsive Transcription Factor Is Critical for Pathogenesis and Aerobic Growth of Listeria monocytogenes."
["sorttitle"]=>
string(111) "redox responsive transcription factor is critical for pathogenesis and aerobic growth of listeria monocytogenes"
["volume"]=>
string(2) "85"
["issue"]=>
string(1) "5"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "0246127"
["issn"]=>
string(9) "0019-9567"
["essn"]=>
string(9) "1098-5522"
["pubtype"]=>
array(1) {
[0]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(3) "257"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "28193635"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(12) "IAI.00978-16"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(20) "10.1128/IAI.00978-16"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC5400837"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "28193635"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "28193635"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC5400837;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2016/11/22 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2017/02/07 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2017/02/15 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2017/06/16 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2017/02/15 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(12)
["fulljournalname"]=>
string(22) "Infection and immunity"
["elocationid"]=>
string(41) "pii: e00978-16. doi: 10.1128/IAI.00978-16"
["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) "2017/04/21 00:00"
["sortfirstauthor"]=>
string(11) "Whiteley AT"
["vernaculartitle"]=>
string(0) ""
}
[28138025]=>
array(43) {
["uid"]=>
string(8) "28138025"
["pubdate"]=>
string(8) "2017 Apr"
["epubdate"]=>
string(11) "2017 Mar 23"
["source"]=>
string(12) "Infect Immun"
["authors"]=>
array(5) {
[0]=>
array(3) {
["name"]=>
string(10) "Portman JL"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(7) "Huang Q"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(11) "Iavarone AT"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(10) "Portnoy DA"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Portnoy DA"
["title"]=>
string(129) "Activity of the Pore-Forming Virulence Factor Listeriolysin O Is Reversibly Inhibited by Naturally Occurring S-Glutathionylation."
["sorttitle"]=>
string(128) "activity of the pore forming virulence factor listeriolysin o is reversibly inhibited by naturally occurring s glutathionylation"
["volume"]=>
string(2) "85"
["issue"]=>
string(1) "4"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "0246127"
["issn"]=>
string(9) "0019-9567"
["essn"]=>
string(9) "1098-5522"
["pubtype"]=>
array(1) {
[0]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(3) "257"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "28138025"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(12) "IAI.00959-16"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(20) "10.1128/IAI.00959-16"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC5364301"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "28138025"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "28138025"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC5364301;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2016/11/16 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2017/01/25 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2017/02/01 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2017/05/19 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2017/02/01 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(13)
["fulljournalname"]=>
string(22) "Infection and immunity"
["elocationid"]=>
string(41) "pii: e00959-16. doi: 10.1128/IAI.00959-16"
["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) "2017/03/23 00:00"
["sortfirstauthor"]=>
string(10) "Portman JL"
["vernaculartitle"]=>
string(0) ""
}
[27414028]=>
array(43) {
["uid"]=>
string(8) "27414028"
["pubdate"]=>
string(8) "2016 Jul"
["epubdate"]=>
string(11) "2016 Jul 14"
["source"]=>
string(11) "PLoS Pathog"
["authors"]=>
array(3) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(11) "Whiteley AT"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(10) "Portnoy DA"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Portnoy DA"
["title"]=>
string(150) "An In Vivo Selection Identifies Listeria monocytogenes Genes Required to Sense the Intracellular Environment and Activate Virulence Factor Expression."
["sorttitle"]=>
string(146) "in vivo selection identifies listeria monocytogenes genes required to sense the intracellular environment and activate virulence factor expression"
["volume"]=>
string(2) "12"
["issue"]=>
string(1) "7"
["pages"]=>
string(8) "e1005741"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101238921"
["issn"]=>
string(9) "1553-7366"
["essn"]=>
string(9) "1553-7374"
["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) "27414028"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(28) "10.1371/journal.ppat.1005741"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(21) "PPATHOGENS-D-16-00296"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC4945081"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "27414028"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "27414028"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC4945081;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2016/02/08 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2016/06/14 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2016/07/15 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2016/07/16 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2017/06/03 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(31)
["fulljournalname"]=>
string(14) "PLoS pathogens"
["elocationid"]=>
string(33) "doi: 10.1371/journal.ppat.1005741"
["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) "2016/07/14 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[25743475]=>
array(43) {
["uid"]=>
string(8) "25743475"
["pubdate"]=>
string(8) "2015 Apr"
["epubdate"]=>
string(11) "2015 Jan 20"
["source"]=>
string(10) "Pathog Dis"
["authors"]=>
array(6) {
[0]=>
array(3) {
["name"]=>
string(10) "Farrand AJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(11) "Friedman DB"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(8) "Ingmer H"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(7) "Frees D"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(86) "Proteomic analyses of iron-responsive, Clp-dependent changes in Staphylococcus aureus."
["sorttitle"]=>
string(84) "proteomic analyses of iron responsive clp dependent changes in staphylococcus aureus"
["volume"]=>
string(2) "73"
["issue"]=>
string(1) "3"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101595366"
["issn"]=>
string(0) ""
["essn"]=>
string(9) "2049-632X"
["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) "25743475"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(6) "ftv004"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(21) "10.1093/femspd/ftv004"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC4542840"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "25743475"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "25743475"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC4542840;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2015/03/07 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2015/03/07 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2015/11/13 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(3)
["fulljournalname"]=>
string(21) "Pathogens and disease"
["elocationid"]=>
string(39) "pii: ftv004. doi: 10.1093/femspd/ftv004"
["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) "2015/04/01 00:00"
["sortfirstauthor"]=>
string(10) "Farrand AJ"
["vernaculartitle"]=>
string(0) ""
}
[25567281]=>
array(43) {
["uid"]=>
string(8) "25567281"
["pubdate"]=>
string(10) "2015 Jan 8"
["epubdate"]=>
string(0) ""
["source"]=>
string(6) "Nature"
["authors"]=>
array(7) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(11) "Whiteley AT"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(11) "Hamilton KL"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(7) "John SM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(7) "Lauer P"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(10) "Brennan RG"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(10) "Portnoy DA"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(10) "Portnoy DA"
["title"]=>
string(77) "Glutathione activates virulence gene expression of an intracellular pathogen."
["sorttitle"]=>
string(76) "glutathione activates virulence gene expression of an intracellular pathogen"
["volume"]=>
string(3) "517"
["issue"]=>
string(4) "7533"
["pages"]=>
string(5) "170-3"
["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(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) "25567281"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(11) "nature14029"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(19) "10.1038/nature14029"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC4305340"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(11) "NIHMS654523"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "25567281"
}
[6]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "25567281"
}
[7]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(46) "pmc-id: PMC4305340;manuscript-id: NIHMS654523;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2014/06/25 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2014/11/03 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2015/01/09 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2015/01/09 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2015/02/20 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(91)
["fulljournalname"]=>
string(6) "Nature"
["elocationid"]=>
string(24) "doi: 10.1038/nature14029"
["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) "2015/01/08 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[24867981]=>
array(43) {
["uid"]=>
string(8) "24867981"
["pubdate"]=>
string(8) "2014 Aug"
["epubdate"]=>
string(11) "2014 May 27"
["source"]=>
string(27) "Antimicrob Agents Chemother"
["authors"]=>
array(10) {
[0]=>
array(3) {
["name"]=>
string(12) "Pensinger DA"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(9) "Aliota MT"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(12) "Schaenzer AJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(9) "Boldon KM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(9) "Ansari IU"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(10) "Vincent WJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(8) "Knight B"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[7]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[8]=>
array(3) {
["name"]=>
string(9) "Striker R"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[9]=>
array(3) {
["name"]=>
string(8) "Sauer JD"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Sauer JD"
["title"]=>
string(126) "Selective pharmacologic inhibition of a PASTA kinase increases Listeria monocytogenes susceptibility to β-lactam antibiotics."
["sorttitle"]=>
string(122) "selective pharmacologic inhibition of a pasta kinase increases listeria monocytogenes susceptibility to lactam antibiotics"
["volume"]=>
string(2) "58"
["issue"]=>
string(1) "8"
["pages"]=>
string(7) "4486-94"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "0315061"
["issn"]=>
string(9) "0066-4804"
["essn"]=>
string(9) "1098-6596"
["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) "24867981"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(12) "AAC.02396-14"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(20) "10.1128/AAC.02396-14"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC4135996"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "24867981"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "24867981"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC4135996;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2014/05/29 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2014/05/29 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2015/09/05 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(24)
["fulljournalname"]=>
string(37) "Antimicrobial agents and chemotherapy"
["elocationid"]=>
string(25) "doi: 10.1128/AAC.02396-14"
["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) "2014/08/01 00:00"
["sortfirstauthor"]=>
string(12) "Pensinger DA"
["vernaculartitle"]=>
string(0) ""
}
[24302255]=>
array(43) {
["uid"]=>
string(8) "24302255"
["pubdate"]=>
string(10) "2013 Dec 3"
["epubdate"]=>
string(10) "2013 Dec 3"
["source"]=>
string(4) "mBio"
["authors"]=>
array(2) {
[0]=>
array(3) {
["name"]=>
string(7) "Götz F"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(7) "Mayer S"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(7) "Mayer S"
["title"]=>
string(116) "Both terminal oxidases contribute to fitness and virulence during organ-specific Staphylococcus aureus colonization."
["sorttitle"]=>
string(115) "both terminal oxidases contribute to fitness and virulence during organ specific staphylococcus aureus colonization"
["volume"]=>
string(1) "4"
["issue"]=>
string(1) "6"
["pages"]=>
string(9) "e00976-13"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101519231"
["issn"]=>
string(0) ""
["essn"]=>
string(9) "2150-7511"
["pubtype"]=>
array(2) {
[0]=>
string(7) "Comment"
[1]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(1) "3"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "24302255"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(13) "mBio.00976-13"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(21) "10.1128/mBio.00976-13"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3870253"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "24302255"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "24302255"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC3870253;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2013/12/05 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2013/12/05 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2014/07/01 06:00"
}
}
["references"]=>
array(1) {
[0]=>
array(4) {
["refsource"]=>
string(59) "MBio. 2013;4(4). pii: e00241-13. doi: 10.1128/mBio.00241-13"
["reftype"]=>
string(10) "Comment on"
["pmid"]=>
int(23900169)
["note"]=>
string(0) ""
}
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(12)
["fulljournalname"]=>
string(4) "mBio"
["elocationid"]=>
string(26) "doi: 10.1128/mBio.00976-13"
["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) "2013/12/03 00:00"
["sortfirstauthor"]=>
string(7) "Götz F"
["vernaculartitle"]=>
string(0) ""
}
[23995637]=>
array(43) {
["uid"]=>
string(8) "23995637"
["pubdate"]=>
string(8) "2013 Nov"
["epubdate"]=>
string(11) "2013 Aug 30"
["source"]=>
string(11) "J Bacteriol"
["authors"]=>
array(5) {
[0]=>
array(3) {
["name"]=>
string(10) "Farrand AJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(8) "Ingmer H"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(7) "Frees D"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(90) "Regulation of host hemoglobin binding by the Staphylococcus aureus Clp proteolytic system."
["sorttitle"]=>
string(89) "regulation of host hemoglobin binding by the staphylococcus aureus clp proteolytic system"
["volume"]=>
string(3) "195"
["issue"]=>
string(2) "22"
["pages"]=>
string(7) "5041-50"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(8) "2985120R"
["issn"]=>
string(9) "0021-9193"
["essn"]=>
string(9) "1098-5530"
["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) "23995637"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(11) "JB.00505-13"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(19) "10.1128/JB.00505-13"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3811588"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "23995637"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "23995637"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC3811588;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2013/09/03 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2013/09/03 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2013/12/24 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(21)
["fulljournalname"]=>
string(23) "Journal of bacteriology"
["elocationid"]=>
string(24) "doi: 10.1128/JB.00505-13"
["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) "2013/11/01 00:00"
["sortfirstauthor"]=>
string(10) "Farrand AJ"
["vernaculartitle"]=>
string(0) ""
}
[23900169]=>
array(43) {
["uid"]=>
string(8) "23900169"
["pubdate"]=>
string(11) "2013 Jul 30"
["epubdate"]=>
string(11) "2013 Jul 30"
["source"]=>
string(4) "mBio"
["authors"]=>
array(7) {
[0]=>
array(3) {
["name"]=>
string(9) "Hammer ND"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(9) "Cassat JE"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(7) "Zhang Y"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(9) "Hirsch AO"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(15) "Indriati Hood M"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(116) "Two heme-dependent terminal oxidases power Staphylococcus aureus organ-specific colonization of the vertebrate host."
["sorttitle"]=>
string(115) "two heme dependent terminal oxidases power staphylococcus aureus organ specific colonization of the vertebrate host"
["volume"]=>
string(1) "4"
["issue"]=>
string(1) "4"
["pages"]=>
string(0) ""
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101519231"
["issn"]=>
string(0) ""
["essn"]=>
string(9) "2150-7511"
["pubtype"]=>
array(1) {
[0]=>
string(15) "Journal Article"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(1) "3"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "23900169"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(13) "mBio.00241-13"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(21) "10.1128/mBio.00241-13"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3735196"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "23900169"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "23900169"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC3735196;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2013/08/01 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2013/08/01 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2014/01/23 06:00"
}
}
["references"]=>
array(1) {
[0]=>
array(4) {
["refsource"]=>
string(25) "MBio. 2013;4(6):e00976-13"
["reftype"]=>
string(10) "Comment in"
["pmid"]=>
int(24302255)
["note"]=>
string(0) ""
}
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(65)
["fulljournalname"]=>
string(4) "mBio"
["elocationid"]=>
string(42) "pii: e00241-13. doi: 10.1128/mBio.00241-13"
["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) "2013/07/30 00:00"
["sortfirstauthor"]=>
string(9) "Hammer ND"
["vernaculartitle"]=>
string(0) ""
}
[21728357]=>
array(43) {
["uid"]=>
string(8) "21728357"
["pubdate"]=>
string(10) "2011 Aug 9"
["epubdate"]=>
string(11) "2011 Jul 11"
["source"]=>
string(12) "Biochemistry"
["authors"]=>
array(3) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(8) "Haley KP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(103) "The flexible loop of Staphylococcus aureus IsdG is required for its degradation in the absence of heme."
["sorttitle"]=>
string(98) "flexible loop of staphylococcus aureus isdg is required for its degradation in the absence of heme"
["volume"]=>
string(2) "50"
["issue"]=>
string(2) "31"
["pages"]=>
string(6) "6730-7"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "0370623"
["issn"]=>
string(9) "0006-2960"
["essn"]=>
string(9) "1520-4995"
["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) "21728357"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(17) "10.1021/bi200999q"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3149779"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(11) "NIHMS312898"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "21728357"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "21728357"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(46) "pmc-id: PMC3149779;manuscript-id: NIHMS312898;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2011/07/07 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2011/07/07 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2011/12/13 00:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(10)
["fulljournalname"]=>
string(12) "Biochemistry"
["elocationid"]=>
string(22) "doi: 10.1021/bi200999q"
["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) "2011/08/09 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[21347352]=>
array(43) {
["uid"]=>
string(8) "21347352"
["pubdate"]=>
string(11) "2011 Feb 10"
["epubdate"]=>
string(11) "2011 Feb 10"
["source"]=>
string(11) "PLoS Pathog"
["authors"]=>
array(18) {
[0]=>
array(3) {
["name"]=>
string(8) "Olson PD"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(17) "Kuechenmeister LJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(11) "Anderson KL"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(7) "Daily S"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(10) "Beenken KE"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(7) "Roux CM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[7]=>
array(3) {
["name"]=>
string(8) "Lewis TL"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[8]=>
array(3) {
["name"]=>
string(8) "Weiss WJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[9]=>
array(3) {
["name"]=>
string(7) "Pulse M"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[10]=>
array(3) {
["name"]=>
string(8) "Nguyen P"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[11]=>
array(3) {
["name"]=>
string(10) "Simecka JW"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[12]=>
array(3) {
["name"]=>
string(11) "Morrison JM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[13]=>
array(3) {
["name"]=>
string(8) "Sayood K"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[14]=>
array(3) {
["name"]=>
string(8) "Asojo OA"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[15]=>
array(3) {
["name"]=>
string(11) "Smeltzer MS"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[16]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[17]=>
array(3) {
["name"]=>
string(9) "Dunman PM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(9) "Dunman PM"
["title"]=>
string(145) "Small molecule inhibitors of Staphylococcus aureus RnpA alter cellular mRNA turnover, exhibit antimicrobial activity, and attenuate pathogenesis."
["sorttitle"]=>
string(142) "small molecule inhibitors of staphylococcus aureus rnpa alter cellular mrna turnover exhibit antimicrobial activity and attenuate pathogenesis"
["volume"]=>
string(1) "7"
["issue"]=>
string(1) "2"
["pages"]=>
string(8) "e1001287"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(9) "101238921"
["issn"]=>
string(9) "1553-7366"
["essn"]=>
string(9) "1553-7374"
["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) "21347352"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(28) "10.1371/journal.ppat.1001287"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3037362"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "21347352"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "21347352"
}
[5]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC3037362;"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2010/03/05 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2011/01/10 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2011/02/25 06:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2011/02/25 06:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2011/06/11 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(34)
["fulljournalname"]=>
string(14) "PLoS pathogens"
["elocationid"]=>
string(33) "doi: 10.1371/journal.ppat.1001287"
["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) "2011/02/10 00:00"
["sortfirstauthor"]=>
string(8) "Olson PD"
["vernaculartitle"]=>
string(0) ""
}
[20180905]=>
array(43) {
["uid"]=>
string(8) "20180905"
["pubdate"]=>
string(8) "2010 Mar"
["epubdate"]=>
string(11) "2010 Feb 17"
["source"]=>
string(13) "Mol Microbiol"
["authors"]=>
array(9) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(9) "Ukpabi GN"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(8) "Harry SR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(7) "Stec DF"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(7) "Krull R"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(9) "Wright DW"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(11) "Bachmann BO"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[7]=>
array(3) {
["name"]=>
string(9) "Murphy ME"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[8]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(72) "The IsdG-family of haem oxygenases degrades haem to a novel chromophore."
["sorttitle"]=>
string(67) "isdg family of haem oxygenases degrades haem to a novel chromophore"
["volume"]=>
string(2) "75"
["issue"]=>
string(1) "6"
["pages"]=>
string(7) "1529-38"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "8712028"
["issn"]=>
string(9) "0950-382X"
["essn"]=>
string(9) "1365-2958"
["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) "20180905"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(7) "MMI7076"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(32) "10.1111/j.1365-2958.2010.07076.x"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC3800195"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(11) "NIHMS520256"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "20180905"
}
[6]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "20180905"
}
[7]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(46) "pmc-id: PMC3800195;manuscript-id: NIHMS520256;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2010/02/26 06:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2010/02/26 06:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2010/10/13 06:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(64)
["fulljournalname"]=>
string(22) "Molecular microbiology"
["elocationid"]=>
string(37) "doi: 10.1111/j.1365-2958.2010.07076.x"
["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) "2010/03/01 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[18713745]=>
array(43) {
["uid"]=>
string(8) "18713745"
["pubdate"]=>
string(10) "2008 Nov 7"
["epubdate"]=>
string(11) "2008 Aug 19"
["source"]=>
string(11) "J Biol Chem"
["authors"]=>
array(4) {
[0]=>
array(3) {
["name"]=>
string(6) "Lee WC"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(9) "Murphy ME"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(9) "Murphy ME"
["title"]=>
string(106) "Ruffling of metalloporphyrins bound to IsdG and IsdI, two heme-degrading enzymes in Staphylococcus aureus."
["sorttitle"]=>
string(104) "ruffling of metalloporphyrins bound to isdg and isdi two heme degrading enzymes in staphylococcus aureus"
["volume"]=>
string(3) "283"
["issue"]=>
string(2) "45"
["pages"]=>
string(8) "30957-63"
["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(3) "256"
["articleids"]=>
array(7) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "18713745"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(21) "S0021-9258(20)64670-1"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(22) "10.1074/jbc.M709486200"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC2576546"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18713745"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18713745"
}
[6]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(19) "pmc-id: PMC2576546;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2008/08/21 09:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2008/12/24 09:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2008/08/21 09:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(55)
["fulljournalname"]=>
string(35) "The Journal of biological chemistry"
["elocationid"]=>
string(27) "doi: 10.1074/jbc.M709486200"
["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) "2008/11/07 00:00"
["sortfirstauthor"]=>
string(6) "Lee WC"
["vernaculartitle"]=>
string(0) ""
}
[18643935]=>
array(43) {
["uid"]=>
string(8) "18643935"
["pubdate"]=>
string(8) "2008 Sep"
["epubdate"]=>
string(11) "2008 Jul 10"
["source"]=>
string(13) "Mol Microbiol"
["authors"]=>
array(2) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(84) "Staphylococcus aureus haem oxygenases are differentially regulated by iron and haem."
["sorttitle"]=>
string(83) "staphylococcus aureus haem oxygenases are differentially regulated by iron and haem"
["volume"]=>
string(2) "69"
["issue"]=>
string(1) "5"
["pages"]=>
string(7) "1304-15"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "8712028"
["issn"]=>
string(9) "0950-382X"
["essn"]=>
string(9) "1365-2958"
["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) "18643935"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(7) "MMI6363"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(32) "10.1111/j.1365-2958.2008.06363.x"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "pmc"
["idtypen"]=>
int(8)
["value"]=>
string(10) "PMC2597461"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "mid"
["idtypen"]=>
int(8)
["value"]=>
string(10) "NIHMS65549"
}
[5]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18643935"
}
[6]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18643935"
}
[7]=>
array(3) {
["idtype"]=>
string(5) "pmcid"
["idtypen"]=>
int(5)
["value"]=>
string(45) "pmc-id: PMC2597461;manuscript-id: NIHMS65549;"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2008/07/23 09:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2008/09/24 09:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2008/07/23 09:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(43)
["fulljournalname"]=>
string(22) "Molecular microbiology"
["elocationid"]=>
string(37) "doi: 10.1111/j.1365-2958.2008.06363.x"
["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) "2008/09/01 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
[18097052]=>
array(43) {
["uid"]=>
string(8) "18097052"
["pubdate"]=>
string(10) "2008 Jan 1"
["epubdate"]=>
string(0) ""
["source"]=>
string(9) "J Immunol"
["authors"]=>
array(8) {
[0]=>
array(3) {
["name"]=>
string(21) "Palazzolo-Ballance AM"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(12) "Braughton KR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[3]=>
array(3) {
["name"]=>
string(13) "Sturdevant DE"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[4]=>
array(3) {
["name"]=>
string(6) "Otto M"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[5]=>
array(3) {
["name"]=>
string(13) "Kreiswirth BN"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[6]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[7]=>
array(3) {
["name"]=>
string(8) "DeLeo FR"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "DeLeo FR"
["title"]=>
string(128) "Neutrophil microbicides induce a pathogen survival response in community-associated methicillin-resistant Staphylococcus aureus."
["sorttitle"]=>
string(127) "neutrophil microbicides induce a pathogen survival response in community associated methicillin resistant staphylococcus aureus"
["volume"]=>
string(3) "180"
["issue"]=>
string(1) "1"
["pages"]=>
string(5) "500-9"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(8) "2985117R"
["issn"]=>
string(9) "0022-1767"
["essn"]=>
string(9) "1550-6606"
["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) "18097052"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "pii"
["idtypen"]=>
int(4)
["value"]=>
string(9) "180/1/500"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(26) "10.4049/jimmunol.180.1.500"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18097052"
}
[4]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "18097052"
}
}
["history"]=>
array(3) {
[0]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2007/12/22 09:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2008/03/11 09:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2007/12/22 09:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(81)
["fulljournalname"]=>
string(45) "Journal of immunology (Baltimore, Md. : 1950)"
["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(21) "Palazzolo-Ballance AM"
["vernaculartitle"]=>
string(0) ""
}
[17387580]=>
array(43) {
["uid"]=>
string(8) "17387580"
["pubdate"]=>
string(8) "2007 Jun"
["epubdate"]=>
string(11) "2007 Mar 27"
["source"]=>
string(9) "Biometals"
["authors"]=>
array(3) {
[0]=>
array(3) {
["name"]=>
string(10) "Reniere ML"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[1]=>
array(3) {
["name"]=>
string(9) "Torres VJ"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
[2]=>
array(3) {
["name"]=>
string(8) "Skaar EP"
["authtype"]=>
string(6) "Author"
["clusterid"]=>
string(0) ""
}
}
["lastauthor"]=>
string(8) "Skaar EP"
["title"]=>
string(67) "Intracellular metalloporphyrin metabolism in Staphylococcus aureus."
["sorttitle"]=>
string(66) "intracellular metalloporphyrin metabolism in staphylococcus aureus"
["volume"]=>
string(2) "20"
["issue"]=>
string(3) "3-4"
["pages"]=>
string(6) "333-45"
["lang"]=>
array(1) {
[0]=>
string(3) "eng"
}
["nlmuniqueid"]=>
string(7) "9208478"
["issn"]=>
string(9) "0966-0844"
["essn"]=>
string(9) "1572-8773"
["pubtype"]=>
array(2) {
[0]=>
string(15) "Journal Article"
[1]=>
string(6) "Review"
}
["recordstatus"]=>
string(28) "PubMed - indexed for MEDLINE"
["pubstatus"]=>
string(3) "256"
["articleids"]=>
array(4) {
[0]=>
array(3) {
["idtype"]=>
string(6) "pubmed"
["idtypen"]=>
int(1)
["value"]=>
string(8) "17387580"
}
[1]=>
array(3) {
["idtype"]=>
string(3) "doi"
["idtypen"]=>
int(3)
["value"]=>
string(25) "10.1007/s10534-006-9032-0"
}
[2]=>
array(3) {
["idtype"]=>
string(3) "rid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "17387580"
}
[3]=>
array(3) {
["idtype"]=>
string(3) "eid"
["idtypen"]=>
int(8)
["value"]=>
string(8) "17387580"
}
}
["history"]=>
array(5) {
[0]=>
array(2) {
["pubstatus"]=>
string(8) "received"
["date"]=>
string(16) "2006/06/30 00:00"
}
[1]=>
array(2) {
["pubstatus"]=>
string(8) "accepted"
["date"]=>
string(16) "2006/07/20 00:00"
}
[2]=>
array(2) {
["pubstatus"]=>
string(6) "pubmed"
["date"]=>
string(16) "2007/03/28 09:00"
}
[3]=>
array(2) {
["pubstatus"]=>
string(7) "medline"
["date"]=>
string(16) "2007/08/29 09:00"
}
[4]=>
array(2) {
["pubstatus"]=>
string(6) "entrez"
["date"]=>
string(16) "2007/03/28 09:00"
}
}
["references"]=>
array(0) {
}
["attributes"]=>
array(1) {
[0]=>
string(12) "Has Abstract"
}
["pmcrefcount"]=>
int(60)
["fulljournalname"]=>
string(101) "Biometals : an international journal on the role of metal ions in biology, biochemistry, and medicine"
["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) "2007/06/01 00:00"
["sortfirstauthor"]=>
string(10) "Reniere ML"
["vernaculartitle"]=>
string(0) ""
}
}
}
Publications
The following publications were retrieved from PubMed:
Investigating the Roles of Listeria monocytogenes Peroxidases in Growth and Virulence.
Cesinger MR, Schwardt NH, Halsey CR, Thomason MK, Reniere ML.
Microbiol Spectr. 2021 Jul 21; e0044021
Cesinger MR, Thomason MK, Edrozo MB, Halsey CR, Reniere ML.
Mol Microbiol. 2020 Aug; 2(114)230-243
Ruhland BR, Reniere ML.
J Bacteriol. 2020 May 27; 12(202)
Sense and sensor ability: redox-responsive regulators in Listeria monocytogenes.
Ruhland BR, Reniere ML.
Curr Opin Microbiol. 2019 Feb; (47)20-25
Reduce, Induce, Thrive: Bacterial Redox Sensing during Pathogenesis.
Reniere ML
J Bacteriol. 2018 Sep 1; 17(200)
Whiteley AT, Ruhland BR, Edrozo MB, Reniere ML.
Infect Immun. 2017 May; 5(85)
Portman JL, Huang Q, Reniere ML, Iavarone AT, Portnoy DA.
Infect Immun. 2017 Apr; 4(85)
Reniere ML, Whiteley AT, Portnoy DA.
PLoS Pathog. 2016 Jul; 7(12)e1005741
Proteomic analyses of iron-responsive, Clp-dependent changes in Staphylococcus aureus.
Farrand AJ, Friedman DB, Reniere ML, Ingmer H, Frees D, Skaar EP.
Pathog Dis. 2015 Apr; 3(73)
Glutathione activates virulence gene expression of an intracellular pathogen.
Reniere ML, Whiteley AT, Hamilton KL, John SM, Lauer P, Brennan RG, Portnoy DA.
Nature. 2015 Jan 8; 7533(517)170-3
Pensinger DA, Aliota MT, Schaenzer AJ, Boldon KM, Ansari IU, Vincent WJ, Knight B, Reniere ML, Striker R, Sauer JD.
Antimicrob Agents Chemother. 2014 Aug; 8(58)4486-94
Götz F, Mayer S.
mBio. 2013 Dec 3; 6(4)e00976-13
Regulation of host hemoglobin binding by the Staphylococcus aureus Clp proteolytic system.
Farrand AJ, Reniere ML, Ingmer H, Frees D, Skaar EP.
J Bacteriol. 2013 Nov; 22(195)5041-50
Hammer ND, Reniere ML, Cassat JE, Zhang Y, Hirsch AO, Indriati Hood M, Skaar EP.
mBio. 2013 Jul 30; 4(4)
Reniere ML, Haley KP, Skaar EP.
Biochemistry. 2011 Aug 9; 31(50)6730-7
Olson PD, Kuechenmeister LJ, Anderson KL, Daily S, Beenken KE, Roux CM, Reniere ML, Lewis TL, Weiss WJ, Pulse M, Nguyen P, Simecka JW, Morrison JM, Sayood K, Asojo OA, Smeltzer MS, Skaar EP, Dunman PM.
PLoS Pathog. 2011 Feb 10; 2(7)e1001287
The IsdG-family of haem oxygenases degrades haem to a novel chromophore.
Reniere ML, Ukpabi GN, Harry SR, Stec DF, Krull R, Wright DW, Bachmann BO, Murphy ME, Skaar EP.
Mol Microbiol. 2010 Mar; 6(75)1529-38
Lee WC, Reniere ML, Skaar EP, Murphy ME.
J Biol Chem. 2008 Nov 7; 45(283)30957-63
Staphylococcus aureus haem oxygenases are differentially regulated by iron and haem.
Reniere ML, Skaar EP.
Mol Microbiol. 2008 Sep; 5(69)1304-15
Palazzolo-Ballance AM, Reniere ML, Braughton KR, Sturdevant DE, Otto M, Kreiswirth BN, Skaar EP, DeLeo FR.
J Immunol. 2008 Jan 1; 1(180)500-9
Intracellular metalloporphyrin metabolism in Staphylococcus aureus.
Reniere ML, Torres VJ, Skaar EP.
Biometals. 2007 Jun; 3-4(20)333-45
Accepting Students For:
Rotation, Spring
Rotation, Summer
Rotation, Winter
Permanent
Lab Information
Location: UW
Building: SLU-F
Room: F540
Phone: 206-221-0756
http://michellereniere.wixsite.com/renierelab
Building: SLU-F
Room: F540
Phone: 206-221-0756
http://michellereniere.wixsite.com/renierelab