KEGG   Pseudoalteromonas tunicata: PTUN_a3685
Entry
PTUN_a3685        CDS       T05187                                 
Name
(GenBank) hypothetical protein
  KO
K03406  methyl-accepting chemotaxis protein
Organism
ptu  Pseudoalteromonas tunicata
Pathway
ptu02020  Two-component system
ptu02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:ptu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    PTUN_a3685
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    PTUN_a3685
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02035 Bacterial motility proteins [BR:ptu02035]
    PTUN_a3685
Bacterial motility proteins [BR:ptu02035]
 Flagellar system
  Chemotaxis proteins
   MCPs
    PTUN_a3685
SSDB
Motif
Pfam: MCPsignal HAMP_2 HAMP dCache_1 GAF_2
Other DBs
NCBI-ProteinID: ATC95970
Position
I:3398592..3402158
AA seq 1188 aa
MMSMFNQLTLQKKLTYLLLLIGILPATLLAITALYNSSSAIHNIKADNLSAIASLKSNAI
ENYLNQATQQLKSLSHQSALKQSFNAFSESFGLVAKQDTSQLSDFYHSKFAATYKEKSTQ
SINVDAIYEQLSEPARDLQTVYISNNHYPVGSKHLLQSNKDGLPYDLAHQKFHPDLAQFV
TDFGYYDLFLVDATSGNVIYSVYKEVDFATNLINGPYKDSGLAHAFEQARKSADNSVSMI
DYQPYTPSYASPASFISTPVFEQGELVGVLILQLPLDKITQVMNSNFGLGETGESYLVGS
DLKLRSNSFFDPSMTVAKSFAEPVNRLANHDNINRALKGEKGVIETTNYNGDAVLSAFEG
IDLHGNRWALIAEQHQSEAFILVSNLATIFTISLIIATGLIAFLAIRFAASIAMPIKKLS
NFLLKLKDKWQFSMRAPVFGNDETAQAAKSLNEMLTSLQGAVGDINSTMSQLAEGQFKAR
VSVQVNGDLDILKNTINTSATSIDLAIEEISHVMQTMRNGRFDQVAKGKNQGQLALLTEN
VNLTASSLGQFVQEGVNVMQQVEQGKYHNRVNTDCQGDLLNFKEAINLSVINTEVVINEI
VTVMAAIEQGDYSKTIQCQAKGQLNQLKTAINDSAKSTSTVISGAVNVMQSLSQGNFNVR
LDVPSKGELKTLQDCINTAAHDTDNVISDIINVMRDIENGHFSSQVQSPANGQLAQLKLA
INSSASATSSFIDDAVSVMQSLSQGNFTNQLTVLANGDLATLKNCINTAAKDTNTVISDI
IAVMQKVARGEFEQQVAVDASGQLLDLKNNVNNAATRCDVVVHAVSDVMQALAKGQLDKR
IQIQSNGDFAKLVEAVNATSDTLATIFGQTKHVMGAVATGDLTHSISYNSEGEYELVKQS
INQTVKNLVLMIEDIHKTADIVTQKAQQSSQETNHINQSVFEQVDNLQTISNAMVKMNDA
IIKTVNQTEQSMELSVKAYDFANNGEQVVAKVIAAMQEINHSAKKMSSIISVIDEIAFQT
NLLALNAAVEAARAGEQGRGFAVVAAEVRNLAQRSAAAAKEISVLIKESASKVQSGVVLA
TESGTILRHITVSSHEVKDVINSVTEAMQLQSGQVTSVTHSVKRVDSGAQENAAMLNNLA
TNFKQVEHQADTLQALINKFKLMDQDYLPLNQVVLQDKYKSNKRLANV
NT seq 3567 nt   +upstreamnt  +downstreamnt
atgatgagcatgttcaatcaactcacgttacagaaaaagttaacctatttactcctactt
attggcattttacctgcaaccttgttagccattaccgcactctataattcaagtagtgca
attcataatatcaaagcggataacctatctgcgattgcaagcctaaaatccaatgcaata
gaaaactatttgaatcaagcaacccaacaacttaaaagcctctcacatcaatcagcatta
aagcagagctttaatgcttttagtgagagttttggccttgtggcaaaacaagatacttct
cagttatccgatttttatcactctaaatttgccgcgacctataaagaaaaaagcactcag
tcgattaatgttgatgcgatttatgaacaactctccgaacctgccagagacttacaaacc
gtttatatcagtaataatcattatcctgttggctcaaagcacttactacaaagtaataaa
gatggcttaccctatgatttagcacatcaaaaatttcaccctgatttagcccaatttgta
accgactttggttattacgacctttttttagttgatgcaacttcgggaaatgttatttac
agcgtttataaagaggtggattttgcaaccaatttaataaatggcccatataaagatagc
ggtcttgcacatgcatttgaacaggcacgaaaaagtgcagataattcagtcagcatgata
gattaccaaccttacacgccatcttacgcatctcctgctagctttatttcaaccccagtt
tttgaacagggtgagctcgtaggtgtattaattttgcaattaccactggataaaataacc
caagttatgaactctaactttggtttaggtgaaacaggtgaatcttacttagttggatct
gatttaaaactgcgttcaaacagcttttttgatccctcaatgacagtcgctaaaagtttt
gcggagcctgtcaatcgccttgctaatcacgacaatattaatcgtgctttaaaaggtgag
aaaggtgttattgaaacaacaaattataatggcgatgctgtcttaagcgcatttgagggg
attgatcttcatggtaatcgatgggcgctgattgctgaacaacaccaaagtgaagcgttt
attctagtaagtaatctagcgactatatttaccatcagcctcattatagccactggtttg
attgcatttttagcgattcgatttgcagcgagcattgctatgccaattaaaaaattatca
aattttttattaaaactaaaagacaaatggcaattttcaatgcgcgctcctgtctttggc
aatgatgaaaccgcacaagcggcaaaatcactcaatgaaatgctaacctcgttgcaaggc
gcagtgggagacattaacagcaccatgtcacaattggctgaagggcaatttaaagcaaga
gtcagtgtacaagttaatggcgacctagacatattaaaaaataccatcaatacctcagcc
accagcatagacctagcaatcgaagaaattagccatgtgatgcaaaccatgcgcaatggt
cgctttgatcaggttgctaaggggaaaaatcaaggccagctcgcactgttaactgaaaac
gtcaaccttacagccagctcattgggtcaatttgtacaagaaggtgttaacgtaatgcag
caagttgaacaagggaaataccataatagggtaaatacggactgccaaggagacttacta
aactttaaagaagcaattaacctatcggttatcaataccgaagttgtgattaatgagatt
gtcactgtgatggctgctattgagcaaggggactacagtaaaacaattcaatgccaagcc
aaaggacaattaaatcaattaaaaacagcgattaatgactcagcgaaaagtacctcaacg
gtcatttcaggggcggtaaatgtgatgcaatcattgtctcaaggcaattttaatgtgcgc
cttgatgtgccaagcaaaggtgaactcaaaaccttacaagattgtataaatacagctgct
catgatacagacaacgtgatttcagacattattaatgtgatgcgtgatattgaaaatggt
cactttagcagccaagtacagagccctgcaaatgggcaattagcacaattaaaattagca
attaattcatcagccagcgcaacctcttcatttattgatgatgcagtctcagtgatgcaa
tcgctatctcaaggcaattttactaaccagttaaccgtgctcgctaacggtgatttagca
acattaaaaaactgtattaataccgccgcaaaagataccaacactgtgatttctgacatt
atagccgtgatgcaaaaggttgctagaggtgaatttgagcagcaagttgccgttgacgca
tcaggccaattactcgatttaaaaaacaatgttaataatgccgcaactcgctgtgatgtt
gttgttcatgcagtgtcagatgtaatgcaagctctggcgaaaggccagctcgacaaacgt
attcaaattcaaagtaatggcgattttgccaagctcgttgaggctgtaaatgccacctca
gataccctagccactatttttggccagacgaaacatgtgatgggtgctgttgcaacgggt
gatttaactcattcaatttcttataacagtgagggagaatacgaattagtaaaacaaagt
attaaccaaacagtcaaaaatctagtgttgatgattgaagatatccataaaaccgcagat
attgtgacacaaaaagcacaacaatcatcgcaagaaaccaaccacattaatcaaagtgtt
tttgaacaagttgataatttacaaaccatcagcaatgcgatggtaaaaatgaatgacgca
attattaaaacggtaaatcaaactgagcaatcaatggagctttccgttaaagcctatgac
tttgccaataatggtgagcaagttgttgcaaaagtaattgctgcgatgcaagaaattaat
cactcagctaaaaaaatgtcgagtattatcagtgtgattgatgaaatcgcctttcagact
aatttacttgcgcttaatgccgcggttgaagccgctcgcgcaggagagcaagggcgtgga
tttgctgttgtggccgctgaggtcagaaatctcgctcaacgctctgccgctgccgcgaaa
gaaatctcggtcttgataaaagagtcggcaagtaaagtgcaatcaggcgtggtacttgct
acagaatcaggaactattttacgccacatcacggtttcaagccatgaagtaaaagatgta
atcaactcagtaaccgaagcgatgcaacttcaatctggccaagtaacctctgtaacccac
tcagtaaaacgagttgatagcggcgctcaagaaaatgcagcgatgcttaacaatctagcg
acaaactttaagcaggttgaacatcaagccgataccttacaagcgctaataaataaattt
aaattgatggaccaagattacctacctttgaaccaagttgttttacaagacaaatacaaa
tcaaataaacgcttagctaacgtttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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