KEGG   Maylandia zebra (zebra mbuna): 101484701
Entry
101484701         CDS       T02814                                 
Name
(RefSeq) serine-rich adhesin for platelets isoform X1
  KO
K12484  Rab11 family-interacting protein 1/2/5
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:mze00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    101484701
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mze04131]
    101484701
Membrane trafficking [BR:mze04131]
 Protein recycling
  Rab GTPases and associated proteins
   Rab11 associated proteins
    101484701
SSDB
Motif
Pfam: C2 RBD-FIP DUF4635
Other DBs
NCBI-GeneID: 101484701
NCBI-ProteinID: XP_004554856
Position
Unknown
AA seq 1437 aa
MSSLNVPEDQKWVPTHVQVTVLRGRGLRGKGKHGTSDVYTIIQLGKEKYSTGVAEKTTEP
EWKEECSFELQPGVLESGGQSGYPAGSCELILTVMHRALIGLDVFLGQAVIPLDKVFLES
RCVKNEWYRLNSKTGKKEKERGDIQVTIQFTRDNLTASMYDLVIKDKSASTFGKLKERMK
GKRRSSDEDSSSAVLPSGYGSLYRMRQRLPSDGGGEEDYEDDEGGEVRRSKMRTFFLRGK
LRKSSDTRSSTSLGSESSESSSRGGSLSPTAGISVVVSDLSNSPSNSSNLTADNSPEHTA
NTSPKSSSLKCEFGDEVGEITIAVPQPTVCINGSHSYNVQPQAPGSGKPAGSLGLGLLQK
SMPLSVSLQNLSQQASIDLPKGGVGDGRRWSFDKPGEEEKAAIAAALEKSGPMLGENEER
LGQAAPTEATSWSFASTVEAGDLQGKKQRRNFFSHAGKGQSQPKDECERAHAATDEKQRG
WFGSKDSQSKPSLVVSPKLEPSTDPHLPPLPPSHHPLGPLVEHTSMVPNLHHTNPFCHSP
TSPPPISQSNPFFSLIQHNPFYEDMITTQQLKPTPPPLPYLSSSRPPIAQLFPQPSNSNS
VLTHGISAAEESITDADASSTEVTKAGMRGLPLTLVEGKKPLLKKSSNPFMSVSSVEPDS
EWDESFEAFAAGRLQSPEDLSTGCKTQQKPPSDHLLEHCNNKADRNTNVTDALHYHQLAS
QVTNTNMHYHNTFPQFLETIPEHRSFEHNDVTLNTSTNSLKLNTCSETNQDTSATSEIPD
TNMSRAPCRTPSVQLSSSSPDPSSSGLGSSAEEDFLSCVSSYSDKVSASSFEDTESNIFG
STDVKNKRGSESEDDTTYRSNDLSLVDVVQQTVIEPKDSGKVDLSGSAGSLAPQPTVLGH
PHPSITEEIRTDGADAETRNNSNIVYPDLLPELSKPQLKSIIFSQSDNVGQERNINDLKV
SIEDFSKDLNDGSKDNNIKVRNPATPDQERSSTLPSLHITTSSPDVKQASLVEPFERAHL
AGQDVSPNSHVPFSSLGDLLNISQIANSPSQDFDDTQLHRRISDQSSSSFLQSLNVSIDS
QDYQTCVSHSSSKSSSVSEPNETMQLKDVKTTADAALGLMDSTNASKLSNGEIGETDKSE
ATPQAAQDKTTTLEPTFPIGDLQSFPAAQPDSFMSCNLKSAGEVSDATSSICAPTQNVTL
HRSQSEGTLATPFDELLLPSFGSDPGGVQGSTSSQPGPDLPSLISFAPSLAPESICSPVA
LPAFSPFANASARLPPSSTQATAPMPLQQEAEQQQQQAASQQNSPHPVKPLPTAMQAEEK
RSVLATGLEKLKSTIHHGRSSQLTEQEGERKKSLTEGAGSYYHLTHSELVNLLVQREAEL
ERQKAEYERQKLLLAKRETELKKLKPQVKDLEDYIDTLLVRIMEQKPTLLQVRSKFK
NT seq 4314 nt   +upstreamnt  +downstreamnt
atgtcctcgctaaacgtaccggaggaccagaaatgggtaccgacacacgtccaggtgacg
gttctgagaggcaggggcttacggggcaagggcaagcacggcaccagcgatgtgtacacc
atcatccagctcgggaaggagaagtactcgaccggcgtggcggagaagacgaccgagccg
gagtggaaggaggagtgctcgttcgagctgcagcccggtgtgctggagagcggcgggcag
agcggatacccggctgggagctgcgagctaatcctgacggtgatgcacagggcgctcatt
gggctggacgtgttcctcggacaggctgtgatccctctggataaagtctttctcgaaagt
agatgcgtgaaaaacgagtggtacaggctcaactcgaagactgggaagaaggagaaggaa
cggggagacattcaagtcaccatccagttcacccgcgacaacctgacagctagcatgtac
gaccttgtcatcaaagataaaagcgcctccaccttcggcaagctgaaggagcgcatgaaa
ggcaagaggagatccagcgacgaggactcctcttcggccgtcctgccgagtgggtatggc
tctttgtaccgcatgcgccaaagacttcctagcgacggaggcggagaggaggattatgag
gacgacgaagggggcgaggtccggaggagcaagatgagaactttctttttgaggggaaag
ttgcgaaaatcgtccgacactcggtccagcacgtccctgggctcggagagcagcgagtca
tcgtcacggggtgggagcctcagtcccacggccggtatcagcgtggtggtgtccgatctc
tctaactcgcccagtaacagcagcaacctgacagcagataacagcccagagcacacagca
aacacgtcgcccaagtcttcgtctctcaaatgcgagtttggtgatgaggtcggtgagatc
accattgcagtgcctcagcccactgtttgcatcaacggaagccattcttacaacgtgcag
ccccaggccccaggctcaggaaaacctgcaggttctttaggcctgggactgttgcagaag
tctatgcctctctccgtgtctctacagaacctcagtcagcaggcctccatagatctccct
aaaggtggtgtgggagatgggcgccgctggtcctttgacaagcccggcgaggaggaaaaa
gcagccatagctgcggctctggagaaaagcggcccgatgctgggtgaaaacgaggagcgc
ctgggacaggctgctccgacagaagccacgtcatggtcctttgcttccacagtggaggcg
ggggacctccaggggaaaaagcagaggaggaactttttctctcatgcggggaagggacag
agtcagcccaaggatgagtgcgagcgggcccatgctgcaactgacgagaaacaaagggga
tggtttggatcaaaggactcgcagagcaaacccagcctggtggtctcacctaaattagaa
cccagcactgatccccacttaccacctcttccacctagtcaccaccctctgggtcccctt
gtagagcatacctccatggttccaaacctgcaccatactaaccctttctgccactcaccg
acctcaccaccccctatatcacaatccaaccctttcttttctctaatccagcacaaccct
ttctatgaagacatgataaccactcagcaacttaaacctacaccgcctcctctgccctat
ctttccagttcccggccccctatagctcaactctttccacagccgagtaactctaactct
gtcctcacccacggcatctcagctgccgaggaatccatcactgatgctgatgcaagcagc
acagaggtcacgaaagctgggatgagaggacttcctctaactctcgtggaaggaaagaaa
ccgttactcaagaagtcatccaacccttttatgtctgttagcagtgtggaaccggattca
gagtgggacgaatcctttgaagcatttgcagctggcaggctgcagtctcctgaggatctc
tccacaggctgcaaaacgcagcaaaaaccacccagcgaccatctgctggaacactgcaat
aataaagccgatcgaaacacaaatgtgactgatgcactgcattatcatcagctagccagc
caagtgaccaacactaacatgcattaccataacactttcccacaattccttgaaacaatc
ccagaacacagaagttttgagcacaatgatgtaactttaaatacttccactaactctctg
aaactgaacacttgctctgaaactaatcaggacaccagcgctaccagtgaaatacccgac
acgaacatgagtcgagctccttgccgcaccccgtctgtacaactcagcagcagctctcca
gatcctagttcttcaggtctcggcagttcagcagaagaggattttctgtcatgtgtttcc
tcttattctgataaagtctctgcatcctcatttgaagacactgaaagcaacatctttggg
tcaacggatgtaaaaaataaaaggggctcagaatctgaagatgacactacttacaggtca
aatgatctatctttagttgatgttgttcagcaaactgttattgagcctaaggatagcgga
aaggtagacttgagtggttcagcagggtctttggcaccacagcccacagtacttgggcat
ccacatccatcaatcacagaggagataagaactgatggtgcagatgctgaaacacgtaac
aattctaatattgtataccctgacttgttgcctgaactctctaaaccacaactaaagtcc
atcatcttttcacagtcggacaatgtagggcaagaaagaaacataaatgatttaaaggtc
tctatagaggatttttctaaagatttaaatgatggctctaaagacaataatataaaagtg
aggaatcctgcaactccagatcaagaaagatcctccacactaccatcattacacatcaca
acctcctcccctgatgtcaagcaggcttcattggttgaaccctttgagagggctcattta
gcaggccaggatgttagccccaattctcatgtgccatttagcagccttggtgatttactc
aacatcagtcagattgcaaacagtcctagccaagactttgatgacactcagttgcacaga
cggatatctgatcagagctccagcagctttctccaaagtctgaatgtcagtattgactca
caggattaccaaacctgcgtgtctcactcttcctccaaaagttccagcgtctctgagcca
aatgagacgatgcagctgaaggatgttaaaacaactgcagatgctgcgttgggcttaatg
gattctacaaatgcatccaagttatctaatggggaaatcggggaaactgacaaatctgaa
gcaactccccaagctgctcaggacaagacgacgactcttgagccaaccttcccaatagga
gacttgcaatcattccctgcagcacagccggactcttttatgagctgtaatctgaagagt
gctggtgaggtctcggatgctacgtcctcgatatgcgctcctacacagaatgttacacta
caccgctcccagtctgagggcacactggcaactcccttcgacgagctcctcctaccctct
tttggtagtgatcctggcggggtacagggttccacctcgtctcagccaggccccgacctt
ccctctctgatttcctttgctccttctcttgctcctgaaagtatttgctcccctgtagcg
cttcctgccttctctccctttgccaacgcttcagcgaggttaccgcccagctcaacgcaa
gccacagcaccaatgccactgcaacaggaggcagagcagcagcagcagcaggcagccagt
cagcagaacagcccccacccagtgaagcccctgcccactgccatgcaggctgaggagaag
cggtcagtgctggccacaggcctggagaagctaaagtccaccatccaccacggaaggagc
agccagctgacggagcaggagggcgaaaggaagaagtcactgacagaaggagcggggtca
tactaccacctgacccacagcgaactggtcaacctgctggtgcaacgcgaggcggagctg
gagaggcagaaggcggagtatgaacgtcagaaacttttgctggccaagcgggagacggag
ctgaagaaactgaagccgcaggtcaaagatttggaggactacattgacacactgctggtg
cgcatcatggagcagaagcccaccctcctgcaagtgcgctccaaattcaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (11)   
   RefSeq(nuc) (5)   
   GenBank (3)   
   EMBL (3)   
Protein domain (3)   
   Pfam (3)   
All databases (80)   

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