KEGG   Poecilia reticulata (guppy): 103473492
Entry
103473492         CDS       T05149                                 
Name
(RefSeq) talin-1-like
  KO
K06271  talin
Organism
pret  Poecilia reticulata (guppy)
Pathway
pret04510  Focal adhesion
pret04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pret00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103473492
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103473492
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pret04147]
    103473492
Exosome [BR:pret04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   103473492
  Exosomal proteins of other cancer cells
   103473492
SSDB
Motif
Pfam: Talin_middle VBS Talin_R4 I_LWEQ FERM_f0 FERM_M FERM_N ACBP IRS SNX17-31_F2_FERM GIT1_C
Other DBs
NCBI-GeneID: 103473492
NCBI-ProteinID: XP_017163203
Position
LG12:complement(484290..568642)
AA seq 2094 aa
MVALSLKIGVGNVVKTMQFEPSTMVYDACRIIRERVPEAQLGQPNDYGLFLSDEDPKKGI
WLEAGKALDYYMLRNGDTLEYKKKQRPLKIRMLDGTVKTVMIDDSKIVSDMLMTICARIG
ITNYDEYSLVRDIGEEKKEETTGTLKRDKTLLRDDKKMEKLKQKLHTDDELNWLDHGRTL
REQGVEETEMLLLRRKFFYSDQNVDSRDPVQLNLLYVQARDDILNGSHPVSFDKACEFAG
YQCQIQFGDHNESKHKPGFLDLKEFLPKEYIKNKGEKKIFQAHKNCQNMTEIEAKVSYVK
LARSLQTYGVSFFLVKEKMKGKNKLVPRLLGITKESVMRVDEKTKEVIQEWSLTNIKRWA
ASPKSFTLDFGDYQDGYYSVQTTEGEQIAQLIAGYIDIILKKKKSKDHFGFDGDDESPME
EDSVSPKKSTVMQQQFNRMGKAETGCVALPAIMRSGAGGPESFQKGSMPQAKQHITSGQM
HRGHMPPLTSAQQALTGTINSSMQAVQAAQASLDDFDTLPPLGTDAASQAWRKNKMDESK
HEIHSQVDAITAGTASMVNLTAGDPAETDYTAVGCAVTTISSNLTEMSKGVKLLAALMED
EGGNGQQLLGAAKNLASAVSDMLKTAQPANTEPRQNLLQAAGNVGQASGELLSHIGETDT
DPQFQHQPKGSFRGSRWRIPSNVRVLDMLMQLAKAVANAAAALVLKAKNVAQKTEDSAQQ
NRVIAAATQCALSTSQLVACTRVVAPTISSPVCQEQLIEAGKLVAKSVEGCMEASQMATN
DEGLLKQVGQAATGVTQALNELLQHIKQYSSGGHPIGRHGEATDCILDVTEKIFNAMGNA
GEMVRQARILAQATSDLVNAIKMDAEGESDLENSRKLLSAAKLLADATAKMVEAAKGAAA
NPDSEEQQQKLREAAEGLRMATNAAAQNAIKKRLINNLENAAKQAAAAATQTIAAAQHAA
SSNKNQAAQQQLVQSCKVVAEQIPQLVQGVRGSQSQPDSPSAQLALIGASQNFLQPGAKM
VTACKATIPTINDQASAMQLSQCAKNLASSLAELRTASQKAQDACGQLEIDNALNMVRDL
EKNIQDAKASAQAGKLKPLPGETLEKCSQDLGTSTKAVMSGIAQLLSEATQGDENYIGMS
ARDIAQTLKSLASAARGVAATTDDPATRSAVLDCAGDVMDKSANLIEETKRAIAKPGDAE
CQQRLAQVAKAVSQALNRCVNSLPGQRDVDNAIRTVGEASRSLLADSTLHEQMAASVHEI
SNLIDPVAVAARSEASQLGHKVSQMASYFEPLIMAAIGTASKILSSQQQMAVLDQTKTLA
ESALQMLYTAKEAGGNPKAAHMQNALEDSVQMMKEAVDDLGATLAEAASAAGAVGGMVDS
INDAINKMEDGPADEPDGTFVDYQTTMVKTAKAIAVTVQEMVTKSNTNPDDLGGLANQLT
NNFGNLANEAKYAALTAENDEIGSHIKKQVGELGFTCTGLVTKAGALQCSPNDTFTKKEL
IESARKVSEKVSHVLASLQAGNRGTQACITAASAVSGIIADLDTTIMFATAGTLNRENAE
TFADHRECILKTAKALVEDTKLLVSGAGASQEKLAQAAQSSVSTITKLADVVKLGAASLG
SEDPETQVVLINAVKDVAKALGNLISATKAAAGKPHDDPSMLQLKSSAKVMVTNVTSLLK
TVKAVEDEATKGTRALEATIEHIKQELTVFCSSDPPPKTTTPEEFIRMTKGITVATAKAV
AAGNSCRQEDIIATANLSRRAIADMLHSCKEAAYHPEVSKDVQMRALRYGNECASGYLGL
LEHVLVPIIQKPTHDLKQQLANFSKRVAGSVTELIQAAEAMKGTEWVDPEDPTVIAENEL
LGAAAAIEAAAKKLEQLRPRTKPKEADESLNFEEQILEAAKSIAAATSALVKAASAAQRE
LVAQGKVGAIPANAVDDGQWSQGLISAARMVAAATNNLCEAANSAVQGHASEEKLISSAK
QVAASTAQLLVACKVKADQDSQTMKRLQAAGNAVKRASDNLVKAAQKAAFDAQDDQAVVV
KSKMVGGIAQIIAAQEEMLRKERELEEARNKLAMIRKQQYKFLPSELREDGQDQ
NT seq 6285 nt   +upstreamnt  +downstreamnt
atggttgccttgtcattaaaaattggtgtggggaatgtggtgaaaacgatgcagtttgaa
ccctctacaatggtctatgatgcatgccgcatcatcagggaaagagttcctgaggcacag
cttggccagcccaatgactatgggctgtttctgtctgacgaagacccaaaaaaaggcatc
tggctggaggctgggaaggccctggactactatatgttaaggaatggggacaccttggaa
tacaagaagaagcagaggcctctgaaaatccgcatgttagatggcacagtaaagactgtc
atgatagacgactccaagatcgtcagtgacatgctcatgaccatctgtgctagaataggt
ataacaaattatgatgagtactcactggtgcgagacattggtgaggaaaagaaagaagaa
accacaggaacactgaaaagagacaagactcttctaagagatgacaagaagatggagaag
ttgaagcagaaactccacacagacgatgagttgaactggttggaccatgggaggacactg
agggagcagggtgtggaagagacagagatgttgctgttgagaagaaagtttttctactca
gaccagaatgtggactccagagaccctgttcagcttaacctgctttatgtacaggctcgt
gatgacatcctgaatggatcacatccagtttcatttgacaaagcctgtgagtttgcaggc
taccagtgccagattcagtttggtgatcacaatgagtccaaacacaagcctggattctta
gatttaaaggagttcctgcctaaggaatacattaaaaataaaggggagaaaaaaatcttc
caggcacataaaaactgtcagaacatgacagagattgaggccaaagtcagctatgtgaag
ctggccaggtctttgcaaacctacggcgtctcgttcttcctggttaaggaaaaaatgaaa
ggcaaaaacaaactggtgcctcgtctgctgggaatcaccaaggagagcgtaatgagagta
gacgagaagaccaaagaggtcatccaggagtggagtctgacaaacatcaaacgctgggct
gcgtcacccaagagcttcactttggactttggagactaccaggatgggtactactctgtg
caaaccaccgagggagaacagattgcccagcttattgctggttacattgatatcatcctc
aaaaagaaaaaaagtaaggaccactttggctttgatggagatgatgaatcacccatggag
gaggactctgtgtctcccaaaaagtcgactgtaatgcagcagcagttcaacaggatgggc
aaggcagagacaggctgtgttgccctgccagccatcatgcgctcaggagctggaggtcca
gagagtttccagaagggttccatgccccaggccaaacagcacattaccagtgggcagatg
cacaggggacacatgcctcctctgacatcagcacagcaagccctaactggaaccatcaac
tccagcatgcaggccgtccaggcggcccaagcctctctggatgattttgatactctgccc
ccattaggaacagatgctgcatcccaagcctggcgcaaaaacaagatggatgagtccaag
catgagatccattcccaggtggatgccatcacagcaggcacagcatccatggtcaacctc
acagcaggtgatccagctgagacagactatacagcggttggctgtgcagtcaccacaatc
tcatccaacctgactgagatgtcaaagggtgtgaaactactggcagccctgatggaggac
gaaggtggaaacgggcagcagctgctgggtgctgccaagaatctggccagtgctgtttct
gacatgctgaagacagctcagccggcaaatacagagcctcgtcagaacttgttgcaagca
gcaggaaatgttggtcaggctagtggagaactcctgtctcacattggagagacagacact
gatccacagttccagcatcagcctaaaggatctttcaggggttccagatggagaattccc
tctaacgttcgagtgctggatatgttgatgcagctggcaaaagctgtggctaatgctgca
gcagctctggtgctcaaagctaagaacgtggcccagaagacggaggactcggcccagcag
aaccgagttattgcagcagctacacagtgcgctctctccacatctcagctggtcgcctgc
accagggtggtggctccaaccattagttccccagtgtgccaggagcagctgatagaggca
ggcaagctggtggccaagtcagtagaaggatgtatggaggcctcccagatggccaccaac
gacgagggtcttctgaaacaggttggccaggcggccacaggggtcactcaagccctcaat
gagctgctgcagcacatcaagcagtactccagtggaggccatcctattggacggcacgga
gaggccactgactgcatcctggatgttactgagaagatctttaatgcaatgggaaatgct
ggtgagatggttcgccaggctcgtattcttgcccaggccacgtctgatcttgtcaatgcc
atcaagatggatgcagagggagagtctgatctggaaaactcccgcaagcttctctctgca
gccaaacttctggctgatgccactgctaaaatggtggaggctgctaagggtgcagctgcc
aatcctgacagtgaggaacagcagcagaaactgcgtgaagctgcagaaggcctgcggatg
gccaccaacgctgccgcccagaatgctatcaagaagcggctcatcaacaatctggagaat
gctgccaaacaagccgcagcagctgccactcagacgatagctgcggcccagcatgctgcc
tcatccaacaagaatcaggctgcacagcaacagctcgtccagagctgcaaggtggtggca
gagcagatccctcagctggttcaaggagtccgaggcagccagtcccagcctgacagcccc
agtgcccagcttgccctcattggtgctagtcagaactttctgcagccaggagcaaagatg
gtaacagcatgtaaagccactattccaaccatcaatgaccaggcatcggccatgcaactc
agccaatgcgctaagaatctggccagctccctggcagaacttcgcactgcctcacaaaag
gcccaggatgcttgtggtcagctggagatagataatgccctgaacatggtgagagatctg
gagaagaacatccaggatgccaaggcttctgctcaagcaggcaaactcaaaccgctgcca
ggcgagacgcttgaaaaatgttcccaggacctgggcaccagcaccaaggctgtcatgtca
ggtatcgcccagctcctgagtgaagccactcaaggagatgagaattacataggcatgtca
gccagagatatagcccagactctgaagtccttggcctcagcagccagaggggtcgctgct
accacagatgacccagcaacacgcagcgctgtgctggactgtgctggtgatgttatggac
aaatcagccaacctgattgaggaaaccaagagggcgatcgctaagccaggagatgcagag
tgtcaacagaggctagctcaggtggccaaggcagtgtcccaggctctgaacagatgtgtt
aactcccttcctggtcagagggatgtggacaacgccatccgcacagtgggcgaggccagc
agatcacttctggctgattctactcttcatgaacagatggctgcttcagttcatgagatc
agtaacctgattgatcctgtggcagtggcagctcgatcggaggcctcccagctgggacac
aaggtttctcagatggccagctactttgagcccttgatcatggctgccattggcacagca
tccaagatcctaagcagccagcagcagatggctgtcttagaccagaccaagaccttggca
gagtcagcgctgcagatgctctataccgccaaggaggctggaggaaatcccaaggcagca
cacatgcagaatgctctggaggattcagtgcagatgatgaaagaagcagtagatgacctg
ggggccacgctggctgaggcagccagtgcagcaggtgctgtgggtggcatggtggattcc
atcaacgacgccatcaataaaatggaagacgggcctgcagatgaaccagatggcaccttt
gtagattaccagaccaccatggtgaagacagccaaggccattgctgttactgtacaggag
atggtgaccaagtccaacaccaacccagatgaccttggaggactggccaaccagttgacc
aataattttggaaatctagcaaatgaggccaaatatgcagcactcactgcagagaatgat
gaaattggttctcacattaagaagcaagtgggagagctgggcttcacctgcacaggtctg
gttaccaaagctggagctctgcagtgcagccccaatgacacatttactaagaaagaacta
attgaaagcgcccgcaaagtctcagagaaggtctctcatgtgttggcatcccttcaagct
ggtaaccgtggcacccaagcctgtattacagctgcaagtgctgtttctggaatcattgca
gatctcgacacaaccattatgtttgccactgctggtacccttaatagagagaatgctgaa
acgttcgctgaccacagagaatgcattctgaagacagcaaaggccctagtagaggacacg
aagctgctggtgtctggtgcgggagccagtcaggagaaactggctcaggctgcccagtct
tcagtttccaccataaccaaactggctgatgtggtcaaactgggagcagccagcctgggt
tctgaagaccccgagactcaagtggtcttgattaatgcagtgaaggatgtggccaaagct
ctgggtaacctaattagtgccactaaggcagctgcaggtaaacctcatgatgaccccagc
atgctccagcttaagagttctgctaaggtgatggtgaccaatgtgacatctctgctgaag
actgtcaaggcagtggaggatgaagccaccaagggaaccagagccttagaggccactatt
gaacacatcaagcaggagctgactgtgttctgtagttctgatcccccaccaaaaacgacc
acgccagaggagtttattcgtatgacaaaaggaatcaccgtggcaacagcgaaggcagtg
gctgcggggaactcatgtcgccaggaggacatcattgccactgctaacctcagcagacga
gctattgctgacatgctgcactcctgcaaggaagctgcctaccacccagaggtcagcaag
gacgtccagatgcgtgctttacgctatggtaacgaatgtgcttcaggatatttaggactg
ctagaacatgtcctggtgccgatcatccagaaacccacacatgatctgaagcagcagctt
gccaacttctccaagcgtgttgctggcagcgtcactgagctcatccaggctgctgaggca
atgaaaggcacggagtgggtggaccccgaggatcctactgtcatcgcagagaacgagctg
ctgggagccgcagccgctattgaagcagctgccaagaaactggagcagctgaggccaagg
accaaacccaaggaggcagatgagagcttgaactttgaagagcaaattctggaagcagcc
aagtcgattgcagctgccacaagtgctctggtcaaagcagcttcagcagctcagagggag
cttgttgctcaggggaaggtgggagcaattccagcaaatgcggtggatgatgggcagtgg
tctcagggcctgatttcagctgcccggatggttgctgcagcaaccaacaacctgtgtgaa
gcagccaactctgcggtccagggacatgccagtgaggagaagctcatttcttcagctaag
caggtggccgcctctaccgctcagctcctggtggcctgcaaggtcaaggctgaccaggac
tcacagaccatgaagaggctccaggctgctggaaatgctgtgaagagggcatcagacaac
ctggtgaaagcagcacagaaagcagcgtttgatgctcaggatgaccaggctgtggtggtc
aagagtaagatggttggaggcattgctcagattatcgccgctcaggaggagatgcttcgg
aaagaaagggaactggaggaggcaaggaataagctggccatgatccgaaagcagcagtac
aagttcctcccctcagagctgagagaggatggccaggaccaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (22)   

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