KEGG   Candidatus Fluviicola riflensis: CHH17_06550
Entry
CHH17_06550       CDS       T05019                                 
Name
(GenBank) hypothetical protein
Organism
flu  Candidatus Fluviicola riflensis
Brite
Domain-containing proteins not elsewhere classified [BR:flu04990]
 EF-hand domain-containing proteins
  EH (EPS15 homology) domain-containing proteins
   CHH17_06550
SSDB
Motif
Pfam: ANAPC3 HlyD_3
Other DBs
NCBI-ProteinID: ASS48401
Position
1584675..1591757
AA seq 2360 aa
MSGLNLFRLLSFIVLLFAAQSTGYAQQTEADVKIQADKFFEEEKYVEATPLYSRLLALNP
RSHDYNYRFGTCLLYNSYKKQDAFKYLNYAVTDAATDVRAYYFLAKAYHLNYQFNEAIKN
YELYKQKAGGKPKTGFEVDRQIEMCQNGKRLLTTISDLVVLQKTETSAKEFFRLYKLPEH
IGGDIIVAADFQSKIDKKKGYIPLIHFPAQSNSTIYYASYGDSDTGQKDIYMRRKLPDGS
WSLPQVISGGVNTKSDEDFPFMQAGSNYLYFSSKGHNSMGGYDIFRSKLDVENNTFGPPE
NMDFAISSPDNDLFFVVDSLDNNAYFASTRQSSNGNIHVYKVRVTRVPLQLAVVKGNFLS
SIHPENKKISITVTDYASGEKIGTFASNEKGSYLITFPKGGKYTYEMKVEGSTLSHKYLV
SIPFTKEFKPLKQKILEETLDNSIVVRVVDLFNEEVEDPAGVLAEVIKQRSELNPNADQF
DLEQLDANQENTKILAELGFENAGPQEIVTVFEELENKQEEKVKTNENLVNGALNQATDK
LDEAAKNQEEAKNLVNRANAAPTKEQKFELLTQAQEKIESATELKNEARELLGFADSVSK
QGTADKDLLASIQAVTSEIKKDVEADNINDLKEVITGNIRTINDVKEGDFSNPVDALVDE
KMDLQKEKKTWSDQRDTYLKTEKQLEQEINQLKTDLTTAKKKDIPAIESAINSKTGELAM
VVEVREGLETKIEKASKKEKVLDERIAFLQDVTSVNDGRPVAPAEVQNKLAAVDSKNNNT
LAAYIDQQVKDLKKDPAIQAIADNQDSDPVVEQLNDDYEEKIKAVNERPGTNPKEKEEAL
LAIDRDLDQQVDEELVKVEETLATNPKDEKAIKRREELKGLQEKLEDQITERETKIAALP
ENPVATITPESELAVLAPNHDSQLEAINESTPKATLEKQNDLEETLIGKIDQAIRAVEQQ
QQQNPGDPKLKERKTALTTLKTEAEERIKDRESIIASLSGNPTAIITAETELAALAPNHD
TQLEAINESTPKGTLEKQNDLDEALIGKIDEAIRTVEQQQQQNPNDLNLKERKTALTQLK
TDAEERIQDREATIANLDNPATAISPETELAALAPNHDTQLEAINESTPKATLEKQNDLD
EALIGKIDQAIRAVEQQQQQSPNDQKLQERKDALTELKSNTEVRIRDRDTEIAGLDGNPV
AAISPETELAALAPNHDTELEAINESTPKETLEAQNALDEQLRDRINSELEDVEGQLLRN
PDNEQAKSRETALNTLKEQVGNRISGRRTKLAEIENNATPEQNPLELIAMVVRPAHAKNV
AAIKAKTEEGTEQELALLAEEQGLLDAIADAISQKEVELQKNPSNTQLLNDIDELKAVQI
IQESKVSETEEELIAIEKAKIEPDEFIAQLDPKYHAPDVANRDKYSEEEIAKFTQQEKAL
QDKLIKRLNTNIKKLQKGFDPKLAAENKTITGLMERSVNLQQTLNDPVVEDPAVAGRIAE
ELGEDNEFVMNQKPASIDEAKRMLTELHEYENSLTEQIEALNGNDPVDEEAVKAKNEQLK
SVRKRIGVVEVDLDEMESFTELANNPNASEAEKELTQLTAAESEIQARLTQGNLTPQEQR
TAEKELTAVQTKKATQETIVLQENVAETKAKRLVATSELDRQPASDPLVTAVKQRSADLT
GPTSAKPTKRELEAQLQQEEQASVLVATTNDYLAGKKIYDAEKLVTASPEELKTQRRRFS
IEIGQLEAVIAAGKDNPKKAEEVKSAQAQLTALETAVASIDEMLAKLDEEKIAESPVKQG
LQATVTYEDEVKTASSPGYPALLQQYTETQETKRELEAVVHEKENVRGQLAGASPEESAP
LIEQLRDLSAKEMVLRAELDQQEQGLETAVNATENPEQVRNLLAREVVPVKQAPAAASVI
AATLGDGFELIATPAAVRTEKVLPVGTKAPSGLVYRVQVGAFAKPIPEDLFKEFTPVTGE
KLNNGITRYLAGYFGNRNKVADAQREIRALGYSDAFVVAYCDGERITLAEARRLEDLGLC
IPKNQDSLLMEIAENTLAQLPADSQARLAPVIKPSDYNKAPGAVAAEAAEEHKGLYFTVQ
VGVYNRPVPASQVKNIDPLVTKRLENGQIRYSSGMFHSVDEARPKRAEAVQRGIADAFIT
AYYLGERITIEEAKRILAEQGNAVLEPKTTIIPANAMDVAAAYSASQPPVKTTEEPKVQF
VSKEQYDAYPRAEISRLNNYGSFYFDPADKHIKSVEYISSEAIAQLQTLQLEMDTVQTAQ
NALSFELKRSTIVAEWESLEMTGAAADWLLRITQPHSGTITEKGFMLSFENVPTAEQESL
MQTLQQYGAAKVQLEAEKQL
NT seq 7083 nt   +upstreamnt  +downstreamnt
gtgtcaggactaaacctctttcggctactctcgtttattgtactgctttttgcggctcaa
tcaaccggttatgcgcagcaaacagaggccgatgtcaaaatccaggcagacaaattcttc
gaagaagaaaagtacgttgaagctactccgctttattccaggttactggctctcaatcca
cgttcacacgattataattaccgtttcgggacctgtttattgtacaattcctacaaaaaa
caagacgctttcaaatacctcaattatgccgtaacagatgctgcgaccgacgttcgggcc
tattatttcctggcaaaggcctatcatctcaattatcagttcaacgaagccattaaaaac
tacgagctctacaaacaaaaggcaggcgggaaacccaaaaccggatttgaggtagaccgg
caaattgaaatgtgccaaaacgggaaacgtttgctcacaactattagtgatctggtggtg
ttgcaaaagaccgaaaccagcgccaaagagtttttccgcttgtataagttgccggaacac
attggtggtgatatcattgttgcagccgattttcaaagcaagatcgacaagaaaaaagga
tatattccattgattcatttcccggcacaaagcaattcgactatttattatgcgtcttac
ggcgacagtgataccgggcagaaagacatttacatgcgccgaaaattgcccgatggaagc
tggagtttaccgcaggtaatttcaggaggcgtgaatacgaaatccgatgaagattttccg
ttcatgcaggcgggaagcaattacctttatttcagttcgaaagggcacaattcaatgggt
ggatacgatatttttcgctcgaaacttgatgtggaaaataataccttcggtccgccggag
aacatggattttgcgatttcttcaccagacaacgatttgttttttgtagtcgactcgctg
gacaataacgcttattttgcttccacccgtcaaagttccaacggaaatattcatgtgtat
aaagtacgtgtgacccgcgtaccgctgcaacttgccgttgtgaaaggtaattttctttca
agtattcacccggaaaacaaaaaaatctcgattacagtaactgattatgcttcgggcgaa
aaaataggaacgtttgcttccaacgaaaaaggttcttacctcattacgttccccaaaggg
gggaagtatacctatgaaatgaaggtggaaggaagtacgctttcgcataaatatttggtt
tcaatcccgtttacgaaagaatttaaaccgctcaagcaaaaaattctcgaagaaacactc
gacaattccatcgtagtgcgtgtggtggatttattcaacgaagaagtcgaggatccggcc
ggtgtattagctgaagtgatcaaacaacgatctgaactcaacccgaatgccgaccagttt
gatctggaacaattggatgcaaaccaggaaaatacgaagattcttgctgaactgggcttc
gaaaatgcaggtccgcaggaaattgtaaccgtttttgaagaacttgagaacaagcaggaa
gaaaaggttaaaacaaacgagaaccttgtgaatggtgcgttgaaccaggccactgataaa
ctggatgaagcagccaaaaaccaggaagaagcaaaaaatctggtaaatcgtgccaatgca
gcgcctacaaaagagcagaaatttgaactgttaacacaagcgcaggaaaagattgagagt
gcaacggagttgaaaaacgaagcacgcgaattgcttggatttgcagatagcgtttccaaa
caaggaacggctgacaaagatttactggcttccattcaggcggtgacttccgaaatcaaa
aaagatgttgaggctgacaatatcaacgatctgaaagaggtaattacgggcaatatccgc
accatcaacgatgtgaaagaaggtgatttttccaatccggttgatgcgttggttgacgag
aaaatggacttgcaaaaagagaagaaaacatggtctgaccagcgtgatacctacttgaaa
accgaaaaacaattggagcaggaaatcaaccagttgaaaaccgatttgaccactgccaag
aaaaaagacattccggctatcgaaagcgccatcaatagtaaaaccggggaattggcaatg
gttgttgaagttcgcgagggcctcgaaactaaaattgaaaaagcatcgaagaaagaaaaa
gtacttgatgaacgcatcgctttcctgcaggatgtaacttctgtaaacgatggacgccct
gttgctccggctgaagtacaaaacaaattggcagcggttgattcaaaaaacaacaataca
ctggcagcttacatcgatcaacaggtaaaagatttaaagaaagatcctgcgattcaggcg
attgctgacaaccaggattctgacccggtagttgagcagttaaacgatgattacgaagaa
aaaataaaggcggttaacgagcgtccgggaaccaatccaaaggaaaaagaagaagcttta
ctggcgattgatcgtgatttggatcagcaggtggatgaagaattggtaaaggttgaagaa
acattggcgaccaatccgaaggatgaaaaagccatcaaacgtagagaagaactgaaaggt
ttgcaggaaaagttggaagaccagattacagaacgtgaaaccaaaattgccgctttgcca
gaaaatcctgtggcgaccattactcctgaatcggaattagctgttttagccccgaaccat
gattcgcaattggaagcgatcaacgaatcgaccccgaaagcaacgctggaaaaacaaaac
gacctggaagaaaccctgattggtaaaattgatcaggcgattcgcgcagttgaacagcag
caacagcaaaatccgggtgatccgaaactgaaggaacgcaaaacggctttgacaacgtta
aaaacggaggctgaagagcgtattaaagaccgtgagtcaatcattgccagtttaagtgga
aatccaaccgcaatcattacagctgaaacggagcttgctgcattggccccgaatcatgat
acacaactggaagcgatcaacgagtccacccccaaaggaacattggagaaacaaaatgat
ctggatgaagcgctcatcgggaaaattgacgaggctattcgtacggttgagcagcagcaa
caacaaaatccgaacgatctgaatttgaaagaacgtaaaaccgcacttactcaattaaaa
acggatgcggaagaacgaatccaggatcgtgaagcaacgattgccaacctggataatccg
gcaactgctatttcgcctgaaacggaattggcagcactggctccgaaccatgatacacaa
ctggaagcgatcaatgaatcgacaccgaaagcaacgcttgaaaaacaaaatgatctggat
gaagctttgatcgggaaaattgatcaggcaattcgcgcggttgagcagcagcagcaacaa
agtccaaacgatcagaagttacaggagcgcaaagacgcattaaccgaacttaaatccaat
acagaagtacgcatacgtgatcgcgatacggaaatcgccgggttggatgggaatcctgtg
gcagcgatttcaccagaaacggaactggctgcactggcaccaaatcatgatacagaattg
gaagcgatcaatgaatcgacaccgaaagaaacgcttgaagctcaaaatgcgcttgacgag
caattgcgtgatcgcatcaacagcgaattggaggatgttgaaggacaattgttgcgtaat
cctgacaacgaacaggccaaatcgcgcgaaacggcattgaatacattgaaggaacaagtt
gggaaccgtatttccggcagaagaaccaaactggctgaaattgaaaataatgcgactccg
gaacaaaacccgttggaattgattgctatggtcgttcgtcctgctcatgccaaaaacgtt
gctgccatcaaagccaaaacagaagaaggaacagagcaggaactggcattgctagcggaa
gaacaagggttactggatgcaattgcggatgcgatttcacaaaaagaagtggaattgcag
aaaaatccttccaacacccaattattgaatgacattgacgaactgaaagcagttcagatc
atccaggaatcgaaagtaagcgaaaccgaagaagaattgatcgcgattgagaaagcgaag
attgaaccggatgagtttattgcacagctggatccgaaataccatgcacctgatgttgcc
aaccgcgataagtattcggaagaagaaatcgccaaattcacgcagcaggaaaaggcattg
caggataaattgatcaaacgattgaataccaatatcaagaaattgcaaaaaggatttgat
cctaaattggcggccgaaaacaaaaccattaccggtttgatggaacgctcagtgaatctt
cagcaaacgctcaatgatccggtagtggaagatccggctgttgctggccgtattgcagaa
gaactgggtgaagacaatgaatttgtcatgaaccaaaaaccggcatcaatcgatgaagct
aaacgtatgctgaccgaattgcatgagtacgaaaatagtttgactgaacaaatcgaagct
ctgaacggaaacgatccggttgatgaggaagcggtgaaggcaaagaacgagcagttaaaa
tccgtgcgcaaacgtattggggtagtggaagtagatttagacgaaatggaatcgtttacc
gaattggccaacaacccgaatgcttccgaagcggaaaaggaattaacgcaacttactgct
gctgaaagtgaaatacaggcccgtttaacgcaaggaaacctgactccgcaggaacaacga
acagctgaaaaagaattgacagccgttcaaacgaaaaaagcgacccaggaaacgattgtg
ctacaagaaaatgtagcagaaacgaaggcaaaacgcctggtggctaccagcgaattggat
cgacaacctgctagtgatccgttggttacagcagtaaaacaacgctcggctgatttaacg
gggccaacttctgcaaaaccgaccaaacgtgagttggaagcgcaattgcagcaggaagaa
caagcttcggtacttgtagcaacaaccaacgattatcttgctggtaaaaagatctacgat
gccgaaaaactggtaacagcttctcctgaagaattgaaaacacagcgccgccgtttctct
attgaaatcggtcagctggaagcagtaattgctgccggtaaagacaatccgaaaaaagca
gaagaagtgaaatcggcacaagcgcaattaactgcactggaaactgctgtagcttcgatt
gatgaaatgctcgcgaagttggatgaggaaaaaatagctgagagtcctgtgaaacaaggt
ttacaggcaacggttacttacgaagatgaagtgaaaacagcatcttctccgggttatccg
gcattgttgcagcaatacaccgaaacacaggaaacaaaacgagaattggaagctgtagtg
catgaaaaggaaaacgtccgcgggcaattggccggcgcatctccggaagaatcggcgcca
ttgattgaacaattacgtgatctttcggcgaaagaaatggtacttcgtgcggaattggac
caacaggaacaggggttggaaactgctgtgaacgcaaccgaaaatccggaacaggtacgc
aacttgctggcgcgtgaagtggttcctgtgaaacaagcgccggctgcagcttcagtgatt
gccgctaccttgggcgatggttttgaattgattgctacaccggcagccgtgcgtacagaa
aaagtacttcctgtcggtacaaaagcaccatcaggattggtttaccgcgttcaggtaggg
gcttttgccaaaccgattccggaagatttatttaaagaatttacgccggtaacgggtgaa
aaactgaataacggtattacacgttacctggcaggatattttggcaatcgaaacaaagtg
gctgatgcgcaacgcgagatccgtgcgctgggttattccgacgcattcgtggtggcttac
tgcgacggtgaacgtattacgctggcagaagctcgccgtttagaagatttgggcttgtgt
attccgaaaaaccaggactcgcttctgatggaaattgcagaaaacacactagcacaactt
cctgccgattcccaggcgcgtttggcaccggtgatcaagccttccgattataacaaagct
ccgggtgcagtggctgcagaagctgccgaagaacacaaaggattgtattttaccgttcag
gttggggtttacaaccgtccggttccggcatcacaggtcaaaaacatcgatccgctggtg
accaaacgtctggaaaacggacaaattcgttattcgtctgggatgttccacagtgttgat
gaagcacgtccgaagcgggcagaggcggttcagcgtggaattgcagatgctttcattaca
gcttattacctgggagaacgaattactattgaagaagcaaaacgcattctggcagaacag
ggcaatgcggtattggaaccgaaaacaacgattattccggccaacgcaatggatgtggct
gcggcatacagcgcttctcagccaccggtaaaaacaacggaggaaccgaaagtgcaattt
gtttccaaagagcagtacgatgcttatccgcgcgctgagataagccgtttgaacaactat
ggcagtttttacttcgatcctgctgacaaacacattaaatcggtggaatacatcagcagt
gaagctattgctcaattgcaaaccctgcaactggaaatggatacggttcaaacggcacaa
aatgcactttcatttgaactgaagcgatccacaattgtagcagaatgggaatcgttggaa
atgacgggagctgctgcagattggttattgcggatcacacaaccgcatagtggaacaatt
acagagaaaggttttatgctttcgtttgaaaatgttccgacagcggagcaggaatcactg
atgcagaccttacagcagtatggagcggcaaaagtgcaattggaggcagaaaagcaactc
tag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (261)   
   RefGene (259)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (2)   
   Pfam (2)   
All databases (265)   

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