Summary

attribute	value
Target	YPO0112
Species	Yersinia pestis CO92
Annotation	conserved hypothetical protein
Publication
PMID
in vitro stress survival
B. abortus macrophage infection
B. abortus mouse infection
B. abortus Biolog
Y. pestis biofilm assay
Y. pestis flea colonization assay
Y. pestis biofilm assay
Y. pestis Ca2+ growth assay	YPO0112
Y. pestis T3 secretion assay	YPO0112
category	protein (cat. 1)
deletions	Tn disrupted
PDB
CSGID	IDP96017
PDB
MCSG	APC114146
PDB
SEGUID	68e7a3c221b6fdb87eaec8ec265331f5
imac	0
clones	5
protein
Homology models	68e7

trexpid	original_target_id	seguid.clone	exp	imac	target	parent_md5	trexpid	local_clone_id	target_protein	target_dna
39351	YPO0112	68e7a3c221b6fdb87eaec8ec265331f5.2-151.P(151)..pMCSG68	40	0	IDP96017	68e7a3c221b6fdb87eaec8ec265331f5	39351	IDP96017.106	NPNYAKPSAAFTAASWSALLGGFVIFLIGLWNADMQLNERGYYFAVLILGLFSAVSLQKTVRDKLEGLAITSIYYGLCWVAFIVAVLLLCIGLWNATLALSEKGFYGVTFFMTLFGAIAVQKNTRDSAMSSDTESASLFKKVRDQLKAED	AACCCAAATTATGCGAAACCTTCCGCCGCTTTTACCGCAGCCTCTTGGTCAGCGCTATTAGGTGGTTTTGTTATCTTCCTGATTGGTCTGTGGAATGCAGATATGCAATTAAACGAGCGAGGTTATTATTTCGCGGTATTGATACTCGGCCTGTTCTCCGCCGTTTCTTTGCAAAAAACCGTCCGTGACAAGCTAGAAGGCCTGGCAATCACTTCAATTTATTACGGTTTATGTTGGGTTGCTTTTATCGTCGCCGTTCTGTTGCTGTGTATCGGCCTATGGAATGCCACTTTAGCACTGAGTGAAAAAGGCTTTTATGGGGTGACGTTCTTTATGACCCTGTTTGGTGCTATTGCCGTACAAAAGAATACCCGCGACAGTGCAATGTCTTCAGATACTGAATCTGCTTCATTGTTCAAAAAAGTAAGAGATCAATTGAAAGCTGAAGAT
39255	YPO0112	68e7a3c221b6fdb87eaec8ec265331f5.2-151.P(151)..pMCSG73	90	0	IDP96017	68e7a3c221b6fdb87eaec8ec265331f5	39255	IDP96017.105	NPNYAKPSAAFTAASWSALLGGFVIFLIGLWNADMQLNERGYYFAVLILGLFSAVSLQKTVRDKLEGLAITSIYYGLCWVAFIVAVLLLCIGLWNATLALSEKGFYGVTFFMTLFGAIAVQKNTRDSAMSSDTESASLFKKVRDQLKAED	AACCCAAATTATGCGAAACCTTCCGCCGCTTTTACCGCAGCCTCTTGGTCAGCGCTATTAGGTGGTTTTGTTATCTTCCTGATTGGTCTGTGGAATGCAGATATGCAATTAAACGAGCGAGGTTATTATTTCGCGGTATTGATACTCGGCCTGTTCTCCGCCGTTTCTTTGCAAAAAACCGTCCGTGACAAGCTAGAAGGCCTGGCAATCACTTCAATTTATTACGGTTTATGTTGGGTTGCTTTTATCGTCGCCGTTCTGTTGCTGTGTATCGGCCTATGGAATGCCACTTTAGCACTGAGTGAAAAAGGCTTTTATGGGGTGACGTTCTTTATGACCCTGTTTGGTGCTATTGCCGTACAAAAGAATACCCGCGACAGTGCAATGTCTTCAGATACTGAATCTGCTTCATTGTTCAAAAAAGTAAGAGATCAATTGAAAGCTGAAGAT