KEGG   Empidonax traillii (willow flycatcher): 114065365
Entry
114065365         CDS       T05887                                 
Symbol
SORBS1
Name
(RefSeq) sorbin and SH3 domain-containing protein 1 isoform X1
  KO
K06086  sorbin and SH3 domain containing protein 1
Organism
etl  Empidonax traillii (willow flycatcher)
Pathway
etl03320  PPAR signaling pathway
etl04517  IgSF CAM signaling
etl04520  Adherens junction
etl04910  Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:etl00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04517 IgSF CAM signaling
    114065365 (SORBS1)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    114065365 (SORBS1)
 09150 Organismal Systems
  09152 Endocrine system
   04910 Insulin signaling pathway
    114065365 (SORBS1)
   03320 PPAR signaling pathway
    114065365 (SORBS1)
SSDB
Motif
Pfam: SH3_9 SH3_1 SH3_2 Sorb
Other DBs
NCBI-GeneID: 114065365
NCBI-ProteinID: XP_027755022
Position
Unknown
AA seq 2140 aa
MAPLTEKPESRHKQNPEVKKESPSATMSSEHEEIDAAKTVVNGLSSNGQEKAVGVPLCTR
SISAVKIIPVKKVKSSPHLVLPTETDPTKVCSGKGAVTLRATPAHEGNRNITSPCPQDVE
QPESLEPENSETDDWRSSSTTDANGDAQPSSLAAKGYRSVRPNLSSDSKPQALAPPRPPL
PKEESFAWRPRTDTKATNLLPVPIMDCVYLNAPKPYTQRASPTTSARCYLSSPTPYGAVP
SGKQGLPAGHSSSSGPRDEVHAGQPLLESRSSSGASSVQHNPDRADPSSKAGMNSSHETK
ADKKVSKLYVACLSNSTCSAASQNSAGTTHDQAASTSLGAELTQAPATNIVSSVTDTEKS
LPAAPPPPIPPRPYFYIVLSKDAVSYGAGQPSRTQSPAPQAVRDRVLEPQSTTATEDRMR
KEPYLTQQRQPPYKAMGRSMDATATTTTQPGVIVVPLLQVNPDRQQEGSSSTPPPPLVPF
GQGSVFPEIVSPGSPLTFPTLDDFIPPHLQRGSHHNQAPSTSGTLPSVYPKLPFFSSPPS
LVPPVTGALHRGLKPEITGVISHTDPGPVLNEVPQPGTGTDYPTSITSISKSASAYPSTT
IVNPTIVLLQHNREQQKRLSSLADSVPDRLVSDKVDSALVRDKLVQETVPSEKRSMEEKR
STIKSPHHMADTSVDDIGIPLRNTDRSKDWYKTMFKQIHKLNRDTPEENPYCPTYIFPEL
PEIQQKPEEDNPYSPTYQFPASTPSPISEDEDSDSYSPRYSYSEDSRTQLSVPRSKSEMD
NIDSEKVVKRSATLPLPNRTSSLKSSPERTDWEPPDKKVDTRKYRAEPRSIYDYQPGKSS
VLNNEKMTRDISPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILTREDRKTDL
EKDLYLYQTELEADLEKMEKLYKAPHKKPQKNTAGVTPLETSTDHSSYSAYSPNYNAVKR
ESEQALGDPAALENERQIYKSVLEGGDIPFQGLSGLKRPSSSASTKVDRKGGNAHMTAPS
SVNSRTFNASHTGMLGHACKHKKPLSAAKACITEILPSKFKPKLAAPAALLQDKTGILLS
HEKAQSCENLRSSIALFDNKKAFMVDIGESIENIFMKSKQEYAIKSGSTMSLQEYGTNSR
KGYLFPASRKSGMEFTTLYKDMHQINRSRIHLDTVSSCSVKDIASQFENEAKDKMEHSLS
REDSEQIPKDTVSSRISAFEQLIQRSRSMPSLDFSAGQNKSTTSLQSKICLSAAYSAEIL
LDLSKAHLEEKDAACLANKSSVSCSNVEDTASDVSDAIPMDTLSACTDEIDLLSNASNDS
GSSSSNLNGPQKHKINRCKGPCPASYTRFTTIRRHEQQQASRNPDSKGDVYGDRHMLPRN
VYLMSPLPFRLKKPFQHKSCRTPPPDCLTSLAVPSPENPDDPIQLQGNVGNKSHHSQHQL
FSRSRPLAPRRLSSFDIVERLGYFPTMGPSRDSFMGRADTPDSLNNGNPVPYALCHSLDT
NNNPQSELGTYLGDSESPRHFAPVDYMETPEEIIRRRHDDKEKLLEDQRRLKREQEEADI
AARRHTGVIPTHHQFITNERFGDLLNVDDTAKRKSGSEMRPARAKFDFKAQTLKELPLQK
GDIVYIYKQIDQNWFEGEHHGRVGIFPRSYIELLPPAEKAQPKKPLPLQVLEYGDAIAKF
NFNGDTQVEMSFRKGERITLIRRVDENWYEGRISGTSRQGIFPVTYVEVLKRPVVKNAID
YPDPPVSLSPSRSITASPQSPSSELLHTPTPPPLPFARRALSPEVQAVTSEWIALTVGVS
PSTTPAITPPLPPPPEASLSHTDYLSPSAAASPSPTLSLHHSHLSGSSTPRSIKSPLPSY
SSRPQSSAHSFYQATPQSEEKFVDSPPPSVTYSNSSRWAVESPESILAEQRDTTGSQAWF
QKTREGNSNPEQSAHAVPKISVERCLKPSQLDMRASPEKRPVGSSEDNQLCQELMAIVQG
GKTEKKDVRKGDLGKFQSGEKKTTDSKVFSSSASLTSSTLSSSTVTTQPPPRLTRRVSKP
QPSHHSLRAGPDLTESEKSYVQPQAQQQGASPERSQTPRDIVSYQALYSYTPQNDDELEL
RDGDIVDVMEKCDDGWFVGTSRRTRQFGTFPGNYVKLLYL
NT seq 6423 nt   +upstreamnt  +downstreamnt
atggcaccattgactgaaaagcctgaatcaagacataaacaaaatccagaagtaaaaaag
gaaagtccctctgccacaatgagctctgaacacgaagaaattgatgctgcaaaaactgtt
gtcaatgggctgagcagcaacggacaagaaaaagctgttggcgtccctttatgtacacgc
tctatttctgccgttaaaataatccctgtgaagaaagtgaaaagttctcctcacctagtg
ctgcctacagaaacggatcccactaaagtctgcagtggaaaaggagctgtaaccctccgg
gcaactccagcccatgaagggaatcggaatatcacctcgccatgtcctcaggatgttgaa
caacctgaaagtctggagccagaaaactcagaaacagatgattggaggtcgtcgtccacc
actgatgccaatggggatgcccagccgtcttctctggctgccaagggttataggagtgtg
cgtccgaacctttcctcagatagcaagccacaggcccttgctcctccccgtcctcctctt
cccaaagaggaaagctttgcatggcgtccccgcactgacactaaagcgaccaacctgttg
ccagtgcccatcatggactgcgtgtacctgaatgcacccaagccttatacgcagcgtgca
tcaccaaccaccagtgcacggtgttatttgtcatcacctaccccttatggggccgtcccc
agcgggaagcaaggcttgccagcagggcattcttcctcttcaggccccagagatgaggtg
catgctgggcagccactcttggaaagtcgctcctcgtcgggtgcatcatccgtacaacac
aaccctgacagggcagatcccagtagtaaggctggaatgaattccagtcatgagacgaag
gcggataaaaaggtcagcaaactatatgtagcttgtttatctaacagcacttgctcagcc
gcatctcagaattccgctggcaccacacatgaccaggcagccagcaccagtttgggcgct
gagctcactcaggcaccagccaccaacattgtttcctctgtaacagacactgaaaagtct
cttcctgctgctcctcctcctcctattcctcccaggccgtacttttacattgtcctcagc
aaagacgcagttagttatggtgcgggccaaccctcccggactcagtcgccagctccgcaa
gctgtgagggacagagtgctagagccccagagcacaactgccacagaggacaggatgaga
aaagagccttaccttactcagcagcgacagccaccatacaaggcaatgggacgcagcatg
gatgccactgccaccaccacaactcagcctggagttatagtagtccccctcctccaggtt
aatccagacagacaacaagaaggcagctccagcactccaccaccgcctctggttcctttt
gggcaaggctccgtattccctgagattgtttctcctggctcacccttgacctttccaact
ctagatgatttcattcccccacatctccagaggggctcccaccataaccaagcaccttcc
acatctggcacattaccctctgtttacccgaaactgccattcttctcatcaccaccttca
cttgtccctccagtcacgggggctttgcacaggggcttgaagcctgaaatcactggagtc
atctcacatacagacccaggtcctgtgctaaatgaagtgccccagcctggcactggcact
gactatccaacctccatcacttcaatcagcaaatctgcctctgcctatccttctaccaca
atcgtcaatcccactattgtcctcttgcagcacaatcgagaacagcaaaaaaggcttagt
agcctggcagattcagtgccagacagattagtttctgataaagttgattcagcactcgta
cgggacaagctggttcaggagacagtgccaagtgagaagaggtcaatggaggaaaagaga
agcactatcaagagccctcaccacatggctgatacctctgttgatgatattgggattccg
ctgaggaataccgacagatcgaaggactggtacaagacgatgttcaaacagatccacaag
ctaaatagagacactcctgaagaaaacccttattgccctacctacatatttcctgaactt
cctgaaatccagcaaaaacctgaagaagacaatccttattctcctacataccagtttcct
gcgtctactcctagtcctatctctgaagatgaagattctgattcatactctcctcgttat
tcctattccgaggacagcagaacccaactttcagttccccggtccaagagtgagatggac
aatattgattcagagaaggttgtaaagaggtctgccactttgccacttccaaaccgtact
tcatcactgaaatcaagcccagaaaggacggactgggagcctccagacaagaaggtggac
accagaaaatatcgtgcagaacccaggagcatttatgactatcagccaggaaagtcctcc
gttctgaacaatgaaaagatgactcgggatataagcccagaagagatagatttaaagaat
gaaccttggtataaattcttttcggaattggagtttgggaaaccgcctccaaaaaagatt
tgggattatactcctggagattgctctatccttactagagaggatagaaagactgatcta
gaaaaagacctctacctctaccagactgagttagaggcagatttagaaaaaatggagaag
ctttataaagcgccacataaaaagccacagaagaatacggcaggtgttactcctctggaa
acttccacagaccattcttcctactccgcctattcacccaactacaatgcagtgaagagg
gagtcggagcaagctctgggagaccctgctgccttggagaatgaaaggcaaatttacaag
agtgtactggaaggtggagatatcccgttccagggactgagtggtctcaagcgaccttcg
agctctgcttccacaaaagtggatcgtaaaggtgggaatgctcatatgactgcaccctct
tcagttaatagccgaacctttaacgctagtcataccggtatgttaggtcacgcatgtaaa
cataagaagcccttatcagctgcaaaagcctgcattactgaaatcctcccttctaaattc
aaacccaaactagcagctccagctgctcttttgcaggacaagacgggtatcttgctgtct
cacgagaaagctcaaagctgcgaaaaccttcgtagctccattgccttgtttgataataaa
aaggctttcatggtagatataggggaaagcatagaaaacatctttatgaagtcaaagcaa
gagtatgccatcaaatccggcagtaccatgagcctgcaggagtatggcaccaactctagg
aaaggctacctgttccctgcctccaggaaaagtgggatggagtttacaacactctataaa
gacatgcaccagatcaaccggtccaggatccatttggacacagtctcctcctgcagcgtg
aaggatattgcatctcagtttgagaatgaagcaaaggacaagatggagcacagccttagt
cgagaggattcagagcagatccccaaagacactgtttcctcccgtatcagtgcctttgag
cagctgatccagagatcccgatcaatgccctcacttgacttttctgctggacaaaacaaa
tccaccacttctcttcagtctaaaatttgtctgagtgctgcatactctgcagagattctt
ctggatttgtcaaaagcacacctagaagagaaggatgctgcctgcttggccaacaaatcc
tctgtctcctgcagcaatgtggaggacacggcttcagatgtcagtgatgccattcctatg
gacacactttcagcttgcacagatgagatagatcttctctcaaatgcctccaatgacagt
ggcagcagcagcagcaacctcaatgggcctcagaagcataaaatcaacagatgcaaaggc
ccatgcccagcttcctacaccaggttcactaccatccgaaggcacgaacagcagcaagcc
tccaggaaccctgattccaaaggggatgtctatggggacaggcacatgctccccagaaat
gtctacctaatgagcccgctcccatttcgattgaaaaagcccttccaacacaaatcctgc
agaactccacccccagactgcctgacaagcctggcagtgcccagccctgagaacccagat
gaccccatacagctgcaggggaatgtaggaaacaagagtcaccactcccagcaccaactg
ttctccagaagcaggcctcttgcccccaggcgcctgtcttcctttgacattgtggaaagg
cttggctacttccccaccatgggacctagccgagatagcttcatgggccgggctgacact
cctgactccttaaacaatgggaaccctgttccatatgctctctgtcacagcctggacaca
aacaacaacccgcaaagtgaacttgggacgtacctaggagattcagaatcaccaaggcat
tttgcaccagttgattacatggaaactccagaagaaattatccgcaggcggcatgatgac
aaagagaaacttttagaggaccagagacggcttaaacgtgagcaagaagaagctgatatt
gcagctagaaggcacacaggggttattccaacgcaccatcagtttatcactaatgagcga
tttggggacctcctaaatgtagacgatacagcaaagaggaaatctgggtcagagatgaga
cctgctagagccaagtttgactttaaagcacagacgctaaaggaacttcctctgcaaaaa
ggagatattgtttacatttacaagcagattgaccagaactggttcgaaggtgaacaccat
ggcagagttggcatcttcccacgatcatacatagagctccttccaccagctgagaaagct
cagcccaaaaagccattaccattgcaagtattggaatatggagatgctattgctaaattc
aacttcaatggggatacccaagtggaaatgtccttcagaaagggtgaaaggatcacattg
attcgacgagtggatgagaactggtatgaaggaagaatctctggcaccagtcgccaaggc
atcttccctgtcacttacgtggaagtgctcaaaaggccagtggtcaagaatgccattgac
tatcctgacccaccagtgtccctctcccccagccgcagcatcacggcttcaccacagtct
cccagctctgagctgctccatacaccaactcctccgcctttgcctttcgcgcgccgcgcc
ctatctccagaggtgcaggcggtcacctctgagtggattgctctgactgtaggagtgtct
cccagcaccactcctgccataactcctccattgcctcctccgcctgaagcctccctctct
cacactgactatctctcgccttctgctgcagccagcccttcccccacactcagcctccac
cattctcatctctctggctcctcgactcccaggtccattaagtccccattgccctcttac
tcatctagacctcagtcttctgcccacagtttctatcaggccactccacaaagcgaagaa
aagtttgttgactcccctcctcccagcgtgacctactctaactcctctcgctgggcagtg
gagagccccgaaagcatcctggcagagcagcgggacaccactggcagccaagcctggttc
caaaagactagagagggcaacagcaaccctgagcagagcgctcacgctgttcccaagatc
tctgttgagcgctgcctgaaaccatcccaactagacatgcgtgcgagcccagaaaagaga
cctgtgggttcctctgaggacaaccagttgtgtcaggagctaatggctattgttcaggga
ggtaaaacagagaaaaaagacgtgaggaaaggtgatctgggaaagtttcaaagcggggaa
aagaagactacagactcaaaagtattctcttcatctgcttctcttacttcctctaccctc
tcttcctctactgtcacaacacagccacctcccagacttacacgcagagtcagtaagcca
cagccttctcaccattcattgagagctggaccagatctcacagagtctgaaaagagctat
gtgcaacctcaagcacagcagcaaggagccagccctgagcgaagtcaaacaccacgagac
atagttagctatcaagccctctacagctatactcctcagaatgatgatgagctggaactg
agagatggtgacattgtcgatgtcatggagaaatgcgatgacggctggtttgtgggtaca
tccaggagaacaaggcaattcggcaccttcccaggcaactacgtgaagcttttgtacctg
taa

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Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (17)   
   RefSeq(pep) (17)   
DNA sequence (17)   
   RefSeq(nuc) (17)   
Protein domain (4)   
   Pfam (4)   
All databases (40)   

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