KEGG   Etheostoma spectabile (orangethroat darter): 116696447
Entry
116696447         CDS       T08457                                 
Name
(RefSeq) rab11 family-interacting protein 1-like isoform X1
  KO
K12484  Rab11 family-interacting protein 1/2/5
Organism
esp  Etheostoma spectabile (orangethroat darter)
Pathway
esp04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:esp00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    116696447
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:esp04131]
    116696447
Membrane trafficking [BR:esp04131]
 Protein recycling
  Rab GTPases and associated proteins
   Rab11 associated proteins
    116696447
SSDB
Motif
Pfam: C2 RBD-FIP
Other DBs
NCBI-GeneID: 116696447
NCBI-ProteinID: XP_032383351
Position
10:10487337..10506465
AA seq 1463 aa
MMSLIDLDDDQRWVPTHVNVTVLRARGLRTKGKHGSRYLYTIMQVGKEKYTTGLVEKAEV
PEWNEECCFELLPGILEDGGRSAYPPGSGDLVLTVMHRVLIGLDVFLGQTILPLDRIFQE
GMCPRDEWFKLNSKAGRKEKERGELQVTVQFTRNNMTASMFDLTIKDKPRSAFGKLKDRV
TGRKRGDMESSSAIVPGRFAALSGHLGQPFGEQADGGATESRGDVEIAEEKRNKMKDFFK
GRLRKSSDTRSCSSLASESSVSSMISDNPGPPPSLDLMSDPPSSPIYTSKVRVDTLYGET
DLAKKVLTSQHTTKVLTHKRAFSDEASKITTNFPRSNPAVESLKGQTMTQSKSSLCINGS
HVYDSEPSTPKTSGAHQPKLDLLERCSPLSRSLQNLTKRSEDKGSFAEGQRWSFDRMKKD
EKEEEKEARASSPPIQQAQMGGRPVQAEMPVTSSAALSPDKGRKLRKTLFSGGRSDSLPA
KSDLNQAGLTSEGRLRGWFGSGESQNKPRLEVSPKVESSSDVPPPLPPRSPVPPECSSPS
SSPSGHVSPDHCNHNNPFTPSPCTSSNPISPSNPFPSCMQRNPFFEDLMAEESQRSPPFV
PCSSSGSSPFHYTTLPSQPCTPSPAHDVKASNMAYIKRERPRSVARQTSLPALLPRAATA
NPSAPRCMSESAGEWDDSFDAFASSRLNSPKGNLPQKQLRTSPISSHRQSYLQVNNNANH
HAQELQTFEEEPPPLPPRRPLRTPVNEISSDGWLHRGQELAVHKEAYLLSQTGVASLQHG
REGERKRNSVSPDPHTSSETSDSLSIPSQPHTNMTSSGFTSEEKLKKFKYEPLEDETDRW
GGMLFEQDLYGRVCRGNYGQPKVNCLSLSAEETSGKKITSINSGPKILLNSEISVATLLN
MSSTTSSEPHSKLLDITTTPVVEVESNPPQTTCINNNVSFSLTSGDLNMNVNDSDFGFID
SDGSSQSEVVDTLKGIKSGTFAQPPEALQLAAYHLETVNTPEDMFTLKDTYIPEMNSSFE
ITASSNKLYKISPDCQDNRHGCRFELNNEAPHGNSRMNSSEIAALSKSLQQNQTSNVANF
ETESREVISKIEEDFKKKQKDFDDNGNPQAKTTTLNQKEPFTGVVSARFRPKGVSRQNSS
GSPSNQSKSGDRDFEQFLSLVQNISEVREGPLSYQPSTSALPSLLPLADSTTHHNESTTT
SQIYSQENTGTGKSSDISFEDFHAKVAPNLRSPSKSKIGQSLQEPSSPPIPSTLSLSASA
QATLHITPVCCPSIHPSSMGPSAGASTTLAVAPSTSSYSTTSTTDQPLVDARHSLLPEET
QPASSLPRQESRPHPVRPLTSSQSEKKEARSVLEKLKSTINPGRTAHQVAAESERSPEVT
VDNSAQYQHLTNMELISLLLQQEMDMQKQEVASERQAAQLQKCEAELKKVKLQVRDLEDY
IDNLLLRIMEQTPTLLQVRNRHK
NT seq 4392 nt   +upstreamnt  +downstreamnt
atgatgtcactgatagatctcgacgatgatcagcgatgggtgcccactcatgtcaatgtc
accgtcctccgcgcaagaggactgcgaaccaagggcaagcatggcagccgctacctctac
accatcatgcaggtggggaaggagaagtacaccaccgggctggtggagaaggcggaggtg
cccgagtggaacgaggagtgctgcttcgagctgctgcccgggatcctggaggacggcggc
cggagcgcctaccccccggggagcggggacctggtcctcaccgtcatgcaccgtgtgctt
atcggacttgacgtgtttctcggccaaaccatccttcctctcgataggatatttcaggag
ggaatgtgtcctcgagatgaatggttcaagctcaactctaaggcaggtagaaaggaaaag
gaacgtggtgaacttcaagtaacagtccagttcactcgcaacaacatgacagccagcatg
ttcgacctcaccataaaggacaaacctcgctctgcttttggcaagctcaaggatcgtgtc
acagggaggaagaggggggacatggagtcctcctcagccattgtgccaggccgcttcgcc
gccctgtccggacacctggggcagccgtttggagagcaggcagacggaggggcgacagag
tcacgaggagatgtggagatagcagaggagaagaggaacaagatgaaagacttttttaaa
gggaggctgcgcaagtcgtctgacactaggtcatgctcatcactggcttcagagagtagt
gtgtcttccatgatcagtgataaccccggccctccacccagcctggatttgatgtcagac
cctcccagctctcccatctacactagcaaagtgagagtggacaccctttacggagagaca
gatttagctaaaaaagtgctcaccagccagcacaccacaaaggttctcacacacaagcga
gccttcagcgatgaagccagtaagatcacaacaaacttccctcgatcaaatcctgcagtt
gagtctctaaagggtcagaccatgactcagtccaagtcttcactgtgtataaatggcagc
cacgtctacgactccgagccatcgactccaaagacttcaggagcccaccagcccaagctg
gacctgctggagaggtgctccccgctctctcggtccctgcagaatctcaccaaaagaagc
gaggacaaaggttcctttgccgagggccagcgctggtcctttgacaggatgaagaaagac
gagaaggaggaagaaaaggaagctcgggcatcgtctcccccaattcagcaagctcagatg
gggggtcgccctgtacaggcggagatgccggtcacctcctctgctgctctttcgcccgac
aaagggcggaagctgagaaagacgttattctctggagggagaagtgactctctgccagct
aagtcagacctgaaccaggctggtttgacatctgaggggcggctcagaggctggtttggc
tccggtgaatcccagaacaagccaaggctggaagtttctcctaaggtagaaagcagctca
gacgtacccccacccctccctcctcgctcccctgtaccccctgagtgctcctctccttct
tcttctccctctggtcatgtctcacctgatcactgcaatcacaacaatcccttcaccccc
tctccctgtacctcctcaaacccaatatccccctccaaccctttcccctcatgtatgcag
cgcaatcccttttttgaggatctcatggcagaagagtcacagaggtcccctccttttgtg
ccttgctcctcatctggctcatccccctttcattacactactctgccctcccagccctgc
acacccagccctgctcatgatgttaaagcttcaaatatggcgtacataaagcgggagcgc
cccaggtcagtagctaggcagacatctctccctgcattactacccagggcagccacagct
aacccctccgcacctcgctgcatgtcagagagtgcaggagaatgggatgactcgtttgat
gcctttgcctccagcaggctcaactcacctaaagggaatcttccccagaaacaactgaga
accagtcccatttcatctcatagacagagttatcttcaagttaataacaacgccaatcat
catgcacaggagctgcaaacatttgaagaggagcctccacctttgcctccaaggagacct
ttaagaacgccagtgaatgagatttcttctgatggctggttgcacagaggtcaagagctg
gctgtccataaagaagcctacctcctctcacagaccggcgtggcctcgctgcaacacgga
agagaaggagaacgcaaaagaaacagtgtctctccagaccctcacaccagcagcgagact
tccgactccctcagcattccctctcagccacacaccaatatgacttcatcaggattcaca
tctgaagaaaagcttaaaaagtttaaatatgaacctttggaagatgaaaccgaccgctgg
ggagggatgttgtttgaacaagacttgtatggacgcgtttgcagaggaaactacggacaa
cccaaagtaaattgtttatcgttgagcgctgaagaaacttctggaaaaaagataacatct
ataaactcaggacctaaaatacttcttaacagtgagatatctgttgcaactcttttgaac
atgtcatctactacttcctccgagcctcattcaaagctgctagatatcacaaccactcca
gtagtggaggtggagtctaatccacctcaaaccacatgcatcaacaataatgtgtctttc
tcactaacctcaggagatctgaacatgaatgtgaatgattcagattttggtttcattgat
tcagatggctcttctcagtcagaggtagttgatactctcaaaggcatcaagagcgggact
tttgcacaaccgccagaagctttacagttagcagcttaccatctagagacagtgaacaca
cctgaggatatgttcactttaaaggacacctacatacctgagatgaactcatcctttgaa
ataactgcatcatctaacaaactatacaaaatctctccagattgccaagacaatcgccac
ggctgtcgatttgaactaaataacgaggcaccacatggtaactccagaatgaacagcagt
gagatcgctgcactgtcaaaatcactgcaacaaaatcaaacgtctaatgtagccaatttt
gaaactgaatccagagaagtaatatcaaaaattgaggaggattttaaaaagaaacaaaag
gactttgatgataacggaaacccacaagctaaaacaaccacacttaaccagaaggagccc
ttcactggtgtggttagtgcacgttttagaccaaaaggagtgtcccgacagaacagcagc
ggcagcccaagtaaccaaagcaaaagtggggacagagattttgaacagttcttgtccctc
gttcaaaatatttcagaagtccgtgagggaccgttgtcatatcagccctctacatcagct
ctcccttccttactgccattagcagatagcaccacacatcacaacgagtctactacaaca
tcccaaatatattcacaagagaacacaggaacaggaaaatcctctgatatcagttttgaa
gactttcacgctaaagttgcaccaaacctgagatccccatcaaagtcaaagattgggcaa
tctttgcaagaaccctcctctccccccatccctagcacactctccctctcagccagtgca
caggctacactccacattacccctgtctgttgcccctctatacatccctcaagcatgggg
cccagcgctggagccagcactactctggctgtggccccctccacctcctcctactctacc
acctccaccactgaccagcccctggtcgatgcacggcactcacttttgcctgaggagact
cagccagctagcagcctgccccgtcaggagagcagacctcacccagtaaggccgctgacc
tccagccaatcagagaagaaggaggctcgttcggttctggagaagctgaagtctaccatc
aaccctggacgtactgcccaccaggttgcggcagagtctgagaggagtccggaagtgaca
gtggacaactcggcccagtaccagcacctgaccaacatggagctgatctccctgctgctt
cagcaggagatggacatgcagaagcaggaggtggcctctgagcggcaggcggcgcagctg
caaaaatgtgaggctgaactgaaaaaggtgaagttacaggttcgagacctggaggactac
atcgataatcttttactgcggataatggaacagacacccacgctgcttcaagtgcgcaac
agacacaagtga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (8)   

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