KEGG   Thioploca ingrica: THII_1009
Entry
THII_1009         CDS       T03616                                 
Name
(GenBank) hypothetical protein
  KO
K11891  type VI secretion system protein ImpL
Organism
tig  Thioploca ingrica
Pathway
tig03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:tig00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    THII_1009
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:tig02044]
    THII_1009
Secretion system [BR:tig02044]
 Type VI secretion system
  Imp/Vas secretion system core components
   THII_1009
SSDB
Motif
Pfam: IcmF-related_N AAA_29 DUF4381
Other DBs
NCBI-ProteinID: BAP55306
UniProt: A0A090BUL3
Position
1210335..1214999
AA seq 1554 aa
MDIVNKILDIFAKLFGTQGLRWVYILIAITVLLVVIYKAYQLYQHKKRKPAALAPTTETP
TTASPPEKPKDVSSRLLEKACEELLKKLRTHVVGRNLRAQVAGRSYLYQIPWLMMIGESE
SGKSTLLAHTQLSLPLGKPKSSEHGCDAWLFDKGIVLDIKGKYVLQPESITADEKGWLTL
LRLLRQYRPSCPLDSIILTIPCGDLLEPQQHLSGHSEQLVKKADHLYHKLWQAQKELGIR
FPVFILVTQCDRLRGFTSFSAALPEQLRHNILGWSNPYNLDTVYESRFIEEAFQKIYQGI
NELQIELVTLASTEAIAQKDDFLVFPHQFRTVFKQLKIYLDSLFQPSVYHEPFFLRGIYF
CGDVAEETPAGTYQATISSDKIEFEPQWAKITAPKQPIFLAHLFRDKLFREVDLARPVLE
ALYRQKQILRRRQAIVATAAVGISFGQWWDFNQLKRSKAAVLPVLEQLSQDLNYVQEART
NASLHGEGIGEVHRLQFEGAEHLLAGMSKMQNENFLSFFLPASWLSSVNNHIVKALALGY
DQFFLKWIYQKLFDKADNLLFQYNITEEVAVANQEYRQDYIVSTAEFRLFKSFVSDFRQL
QENVDFYNGLKTTDFSQLSEEEMKKISFLVQYLGGNLKFNLDTWRFYGKILASIRNDVRF
TQFDLVSYLPKIHNKITDLANQWFSRVFTQNRVYLEVASLVKELEKIEVTADLNQWVASV
FNTVKLIGEVEKYLGRNSEWNWIAHSELEFTEPHFTQLLLDIDNTTSLKYLKNELQRLGD
KYYRLFRKDLFELRSRLTAGPILIILSEEISAAPPNTPISDKKSSSAKPAAENLLASTQR
TYLALAPILLKLKKSVERLSKEGFMTPVESTVPITQLPEEVESLNKAISLTQSFKQYLEN
ELPKVEEPQLQRWLRKAAEIRLYQNTNHFIVQAQPKQNQIFFTSKPELQGEIQHEQKIQV
DTQNFFNIIALLEKIFEVFKSFENINTLDEPTHNKIHQLVLNRAYELLKQVDHLLESDLY
VPDDNTFNTWDGTQSPLQIAFAVRDPEETEYYLSLERNRIKYLIENYIKPLMTLLGEQAQ
RWGTSDVLLKKWERILLELDKYDAKKEANSLRDLEQFILFKLDKVSLDNCPELTYYGQSS
GDYFLEKLHQIQDAVFKRCQTLADEQIYSRYMAIAEAFDRELARRFPFAPLTEAKFFDEV
TPESIQNFFVVYDTYNQELIKLLNQSDIFAASREKILGFLHQLEEVKLFFSSLLAATLPL
DKPIYEVVVDFRVNQAYEKGANQIIDWKLTIADKTLNYPYNNDEQGYQARWQLWDPIQIT
LRWARNSSFRPYLPDEAIKQATAAKWTMTLANEGDQVIFQYRSMWALLELLQRQRQQIGT
ADFVHGRDEKPYTIKFIIPVKNLLPNHPLPPPEQPESEPKSGDWKSKLFWWRKHPTPELE
KSPTLSEPQSQQLPYQEQYRAQFEKKSAAVVFMRLILMHPDKKEQVMLPNFPYQAPTLDN
IPEHLKQTRRLLPLSPRLPSKPQSPPPEKEPPKPKPSKSEPSKAEAKDTGQKKK
NT seq 4665 nt   +upstreamnt  +downstreamnt
atggatattgttaataaaattttagatatttttgctaaattatttggtacgcagggctta
cgttgggtatatattcttatagctattactgtcttattggtggttatttataaagcctat
cagctttatcaacataaaaaacgcaaaccagcagcactagcacctaccaccgagacacct
accaccgcatcaccacccgaaaagcccaaagacgtttccagtcgtctcctcgaaaaagcc
tgtgaggaactgttaaaaaaattacgcacccatgttgttggtagaaacctccgtgctcaa
gttgccggtcgcagttatctctatcagattccatggctaatgatgataggtgaaagtgag
agtgggaaatcgacactcttagcccatacccaactcagtttacctttaggaaagccaaag
tcttctgaacatggttgtgacgcttggttatttgataaaggcattgtcctcgatatcaaa
ggtaaatatgtcttgcaacccgaatccataacagcagatgaaaaaggttggctcacgtta
ctgcggttacttcgtcaatatcgtccgagttgtccgctggatagcattattttgacgatt
ccttgtggtgacttgctagagccacaacaacatttatccggtcattccgagcaattagtc
aaaaaagccgatcatctttatcataaactgtggcaagcccaaaaagaattaggtatccgt
tttccggtttttattttagtcactcaatgtgatcgattgcgtggttttaccagttttagt
gctgcgttacccgaacaattacgtcataatattctcggttggtctaatccttataactta
gataccgtttacgaatcccgcttcattgaggaagctttccaaaaaatttatcaaggcatt
aatgaattacaaatcgaactggtcactttagctagcaccgaggctatcgctcaaaaagat
gattttttagtatttcctcatcaatttcggaccgtatttaagcaattaaaaatttatttg
gatagtttatttcaacccagtgtttaccatgaaccattttttttacgtggtatttatttt
tgtggtgatgtggctgaagaaacgccggccggcacttatcaagccacgataagttccgat
aagattgagtttgaaccacagtgggcaaaaattacggcgcccaaacaaccgattttttta
gctcatctgtttcgagataaattatttcgcgaagttgatttagcaagaccggttttagaa
gccctgtatcgacaaaaacagattttgcggcggcgacaagctattgttgccacggcagca
gtcggtattagttttggacaatggtgggattttaaccagctcaaacgcagtaaagcagcg
gtattaccggtattagaacaattatctcaagacttaaattacgtccaggaagctagaacc
aatgcgagtttgcatggtgaaggcattggtgaagtccatcgcttgcaatttgaaggtgcg
gagcatttgttggcgggcatgtcgaaaatgcagaatgaaaacttcttgtccttcttttta
ccggcttcgtggcttagttcggtcaataaccatattgtcaaagccttagctttggggtat
gaccaattcttcttaaaatggatttatcaaaaattatttgataaggcagataatttatta
tttcaatacaatatcactgaagaagtcgctgtagctaatcaggaataccgtcaggattat
attgttagcaccgctgaatttcgcttatttaaaagtttcgtctccgatttcagacaatta
caagaaaacgttgatttttataatggtcttaaaacaactgattttagtcaactgtctgaa
gaagaaatgaaaaaaattagttttctggtccaatatttaggaggaaatttaaaatttaac
ttagatacctggcgattttacggcaaaattttggcctctattcgcaatgatgttcgcttt
actcaatttgatctcgttagctatctacctaagatacataacaaaattaccgatttggcc
aatcagtggtttagtcgagtcttcacccaaaaccgggtctatctagaagtcgctagcttg
gtaaaggaattagaaaaaattgaagtgaccgctgatttaaaccaatgggtggcgagcgtc
tttaataccgttaaattgattggggaagtcgaaaaatatctcggcagaaattcggaatgg
aattggattgcgcactctgaattggaattcacggaaccgcattttacccaattgttgctc
gatatcgacaataccacttctttgaaatatttgaaaaatgaattacaacgcttgggcgat
aaatattatcgattatttcgtaaagatttgtttgagttaagaagtcggttaactgcaggt
cccattttaattattctcagtgaagaaatctcagcagcacctcccaataccccaatctca
gataagaaatccagttcagctaaaccggcagcagagaatttactggcatcaactcagcga
acctatttggctttagcacccattttactcaaactaaaaaaatcggtggaacgactgagc
aaagagggatttatgaccccggtggaatccactgtgcccatcacgcaattaccagaggaa
gtggagtcgttgaacaaagcgatttcgttaacgcaatcttttaaacaatacttagaaaat
gaattaccgaaggtagaagaaccacagttacaacgctggttgcgtaaagccgccgaaatt
cggctttatcaaaatactaatcattttatcgttcaagctcaacccaagcaaaatcagatt
ttttttactagtaagcccgaattgcaaggtgaaatccaacatgagcaaaaaattcaggtc
gatacccaaaattttttcaatattattgcactgttagaaaagatttttgaagtatttaaa
agttttgagaatattaatacgctagatgaacccactcacaataaaattcaccaattagtt
cttaatcgcgcttatgagttattaaagcaagtggatcatttgttagaaagcgatctttat
gtgccggatgacaatacttttaatacctgggatggcactcaatcgcctttgcagatcgct
tttgcggttagagatccagaagaaactgaatattacttatcattagaacggaatcgcatc
aagtatctgattgaaaattatattaaaccattaatgactttgttaggtgagcaagcccag
cggtggggtaccagtgacgtcctgctgaaaaagtgggagcggattttgttagaactggac
aaatatgatgccaaaaaagaagccaattctctccgtgatttagagcaatttattttgttt
aaactggataaagtctcgttagataattgcccagaacttacctattatggacaaagtagc
ggcgattactttttggaaaaactccatcaaatccaagacgcggtatttaagcgttgtcaa
actctagcagatgaacaaatttatagccgctacatggcgattgctgaagctttcgatcgt
gaattagcgaggcgttttccgtttgcacctttaactgaggcaaaatttttcgatgaagtc
accccagaatcgatccaaaacttttttgtggtatatgacacttataaccaagagttaatc
aaattactcaaccaaagcgatatttttgccgcgagtcgggaaaaaattctgggttttcta
caccaattggaagaagtgaagttattttttagcagtttgttagcagccactttgccgcta
gataagccaatttatgaggtggtggttgattttcgcgtcaatcaagcctatgaaaaaggc
gctaaccaaattatcgattggaaattgaccattgccgataaaaccctaaattacccttac
aataacgatgagcaaggatatcaagcccgttggcaactgtgggatccgatccaaatcacc
ttacgctgggcacgcaattcctcttttcgaccatatttgccagatgaggctataaaacaa
gctaccgccgctaaatggacgatgaccttggctaatgaaggtgaccaagtgatatttcaa
tatcgaagtatgtgggctttattggaattattacaacgtcaacgtcagcaaattggtacc
gccgactttgtccacggcagagatgaaaaaccttatactatcaaattcattattccagtc
aaaaatctgttaccaaaccatccattgccacccccagaacaacctgaatccgaaccgaaa
agtggtgattggaaaagtaaactattttggtggcgcaaacacccgacgccggaattagaa
aagagcccaacgttatccgaaccccaatcgcagcaattaccttaccaagagcaatatcgc
gcccaatttgaaaagaaatccgcagcggttgtttttatgcggttgattctaatgcacccg
gataaaaaagaacaagttatgctcccgaattttccctatcaagcgcctactttagataat
attccagaacatcttaaacaaacccgtcggttattacctctttctcctcgcttaccctcc
aaaccccaatcaccgccaccagaaaaagagccgcccaaaccgaaaccatccaaatcagaa
ccatcaaaagctgaagcgaaggataccgggcaaaagaaaaagtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (53)   

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