Bufo gargarizans (Asiatic toad): 122941601
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Entry
122941601 CDS
T07965
Symbol
SORBS1
Name
(RefSeq) sorbin and SH3 domain-containing protein 1 isoform X1
KO
K06086
sorbin and SH3 domain containing protein 1
Organism
bgar
Bufo gargarizans (Asiatic toad)
Pathway
bgar03320
PPAR signaling pathway
bgar04520
Adherens junction
bgar04910
Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:
bgar00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
122941601 (SORBS1)
09150 Organismal Systems
09152 Endocrine system
04910 Insulin signaling pathway
122941601 (SORBS1)
03320 PPAR signaling pathway
122941601 (SORBS1)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
bgar04990
]
122941601 (SORBS1)
Domain-containing proteins not elsewhere classified [BR:
bgar04990
]
Src homology (SH) domain-containing proteins
Other SH2 and SH3-containing proteins
122941601 (SORBS1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SH3_1
SH3_9
SH3_2
Sorb
Motif
Other DBs
NCBI-GeneID:
122941601
NCBI-ProteinID:
XP_044154895
EnsemblRapid:
ENSBGGG00000016813
LinkDB
All DBs
Position
6:complement(271072213..271408599)
Genome browser
AA seq
1555 aa
AA seq
DB search
MAAQVRKKQTLSEKICAPCRMSSDNEVSISNNVVNGITSNCNMQDKADGSPLSTRSCSAI
TIIPVKATQNFPDLVPTPEVDSTKVCAGKGAVTLRASTSHGDIQKSRSTMEIELSPSELP
TESEPDDRPPSVAESNGDSQSSALAAKGFRSVRPNLPSEYKLQKALPPPIPPPPKEESFA
WRPHTNTKFCYLKPVPILDGLYLSAPKPYTPHVTGAPHYPATCVSAFNPKISADHPNIPA
PHSEVQHVDSSSLLPNTSPQHQPSDSSGTVRSVAGMNLSHEPKADKKVSSLYVACLSNST
GPAASENPTSIAHDRTEGAELGADVTKSPATNIVPSIIDTGKSPPPIPPRPFFDPVPSKD
SIRDGEIDTFWSQCPLHREMGRTEPDTQHPAGRVNMTAKEPYYTSKPKQAPGAQRFHGMD
ATSVTAQPEVIVVPLIQVKVERGQESTSSTPPPPLVPAGKFSASPELVTPNLAFPTLDDF
IPPHLQKGSNPSSPSFFSLSYNLQSCSPPPSLVPPVAEDSHRVSGLDNSGAVLHTELLAD
DLPVPSLSNDKPFTFAPISKPSVYPSTTIVNPTIVLLQHNREQQKRLSSLPDPVLDGSPN
EKAEPVTFQERKRSDNPPEQKTSVENTRREVLSPYYTGEMSLDEIGIPLRNTERSKDWYK
TMFKQIHRLNRDTPDENPYTPTYIFPELPEVKPQAEDEDSDSSPNYGRHSYIEDGKSQAS
VPRSKSEMDNIDMDKNVRRSITLPLPTRSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSI
HEYQPGKSSALVNEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSIL
KVEDRKTELEKDLYRYESELDADIERMDKCYKASNKMNAGGSRPDDLPSYSYIPSYNFNC
AKETSPEPPLSENERQIYKNVLEGGDIPFQGLSGLNRRPSSSASNKDSESPRHFTPLEYM
DHPEELVRRRYDSKEKLLEDQRRLKREQEEADIAARRHTGIVPSHHQFITNERFGDLLNV
DDSAKRRSRSEMTQARAKFDFKAQSLKELPLQKGDIVYIYKQIDQNWFEGEHHGRMGIFP
ISYIEILPQTEKAQPQKPPPVQVLEYGEAVAKFNFNGDTAVEMSFKKGERITLIRRVDEN
WYEGKISGTSRQGIFPITYVDVLKRPRVKNSPDYMDLPFSYSPNRSTSASPQSPSYARPR
TTTPPDVSRRAFSPEVQTITSEWISLTMGVSRNSGYTSTPPLPPLPEAMLCAIDYISPSA
AASPTLSLTPSVSLHYCNVSGRSTPNSGLSSVLTYPSRPQSSTRVSYVISPHSDEKFAGS
ASSYGGSPVQMTAPHDILISELTDVLRNQHTPKSDVCSIENGDHDIWKASNGRIRDTQAM
PRVSGCAGIDTKANAHSSDESQLCKVHLGSVVQEDLKRLQGSPIKPCRSDGEQTAPKSPV
KLTDSPVNTLNSNSFVQPHHTLTTGPDLTESEKSYVQPQAQQRRDSSERSQTPQDAFTYQ
ALYTYLPQNDDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKSVFY
NT seq
4668 nt
NT seq
+upstream
nt +downstream
nt
atggctgcacaagtaagaaagaagcaaacgctgagtgagaagatttgtgctccatgcaga
atgagttctgataacgaagttagcatatccaacaatgtggtcaacggaataacgtcaaat
tgcaacatgcaagacaaagcagacggctctcctttaagtacacgttcatgctctgctatt
acaatcattcccgtgaaggcaacgcaaaactttcctgatcttgtgccaactccagaagtg
gattctactaaagtatgtgcaggaaagggagctgtgaccctccgggcatccacatctcat
ggggacatccagaaaagtagatccacaatggagattgagctttcgccaagtgaattgccg
accgaaagcgagccagatgataggcctccttcagtagctgaatctaatggggattctcag
tcctccgcactggctgccaaaggatttcggagcgtgcgtcctaacctcccatctgaatac
aagctgcagaaagctctccctcctccaatccctcctcctcccaaagaggagagttttgca
tggcgcccacatactaacactaagttttgttacctaaaaccagtgccgattttggatggg
ctttaccttagtgctcccaagccctatacaccgcatgttacgggtgcacctcactatcct
gccacctgcgtctctgcttttaacccaaaaatctccgccgaccaccctaacatccctgcg
cctcactctgaagttcagcatgtggatagtagttccctgttgccaaacacgtcaccacaa
caccagcccagtgactcaagcggcacggtcagaagtgttgctggaatgaatttgagtcat
gagcccaaagccgataaaaaggtcagcagtctatatgtagcttgtttatctaacagcact
ggcccagctgcatctgaaaatcccaccagcatcgcacatgacagaacagagggtgctgaa
ttgggagctgatgtaactaaatcaccagccacaaacattgttccttcaataatagacacc
ggaaaatccccacctcccatccctcccagaccattctttgaccccgtcccaagtaaagac
tctattagagatggtgaaatagatactttctggagtcaatgtcctcttcatcgagaaatg
ggacgcacagagccagatacacagcatcctgccggtcgtgtcaacatgactgcaaaggaa
ccctactatacatcaaagcctaaacaggccccaggggcgcagagattccatggcatggat
gccacttcagtcacagctcagcctgaggttatagtagtcccactcatccaggttaaagtt
gaaagagggcaagaatccacctcgagcactccaccgccacctcttgttcctgctggcaaa
ttctcagcctccccagaacttgtcacccctaacttggcttttccgacacttgatgatttt
attccccctcatctgcagaagggatcaaatcccagctctcccagttttttttctttatca
tacaatctacagtcttgctctccgcctccttcactggttcctccggtagcggaggactca
cacagagtctcgggacttgataacagtggagccgtcttacacacagagctgctggcagat
gaccttcctgttccaagcttgagcaatgataaacctttcacctttgctcccataagcaaa
ccttctgtgtatccatctactaccattgtaaatcccaccatagtccttttgcagcacaat
agagagcagcaaaaacggcttagtagcttgccagatcctgtgttagatggctctcccaat
gagaaagcagagccagtgacgttccaggagagaaaacgttcagataatcctccagagcag
aaaacgtcagtggagaatacaagaagagaggtcctctcgccctattacacaggagaaatg
tcattagatgaaatcggcataccactccggaacactgaaagatcgaaggactggtacaag
accatgttcaagcagattcaccgacttaatagagatactcccgatgaaaacccttatacc
cccacttacatatttcctgagcttcctgaagttaaacctcaagcagaagatgaggattca
gattcttctccaaactacggacggcattcatatatagaagatggaaaatctcaagcttca
gtacctcgttcgaagagtgagatggataacattgacatggacaaaaacgtccgcagatcc
atcacattacctctaccgactcgctcttcttcactgaagccaagccatgaaaggaatgat
tgggatcccccagacaagaaggtcgacaccagaaaatacagagcggagccaaggagcatt
catgagtaccagcctgggaaatcctctgccctcgtcaatgagaagatgactcgggataaa
agtccagaagagatagatttaaagaatgaaccttggtataaattcttttcggaattggaa
tttgggaaaccgcctccaaaaaagatttgggattatactccgggggattgctctatcctt
aaagtagaggataggaagactgagctagagaaagacctctatcggtacgagtctgagtta
gatgcagatatagagagaatggacaagtgttataaagcttccaataaaatgaacgcagga
gggagccgtccggacgaccttccatcctactcatacatacccagctacaacttcaactgc
gccaaagagacttccccggagcctccgctctccgagaatgaaaggcagatctataaaaat
gttttagaaggaggagatattccgttccagggactgagcggcctgaacagacgcccctcc
agctctgcctccaataaagattcagaatctccaagacattttacaccactcgaatacatg
gatcaccctgaagaacttgtgcgtaggcgttatgacagcaaagagaaacttttagaggat
cagcgaagacttaaacgtgagcaagaagaagctgatattgctgctaggaggcacactggg
attgtcccatctcatcaccagtttatcactaatgaacgatttggagacctccttaatgta
gacgattcagcaaagaggagatctcggtctgagatgacacaagcaagagcaaagtttgac
ttcaaagcacagtctctgaaggagttgccgctccagaagggtgatatagtttatatttac
aagcaaatagatcaaaactggtttgaaggcgagcaccatggaagaatgggaatcttcccg
atttcctatattgagatactcccacaaaccgagaaagcacagccacagaagcctccaccg
gtgcaagttttggaatatggagaagctgtggccaagtttaactttaatggagatacggca
gtagagatgtcatttaaaaagggtgaaaggataaccttgatccgcagagtagatgaaaac
tggtatgaaggaaagatatctggcaccagccgtcagggtatattcccgataacctacgta
gatgtcctgaagaggccacgtgtaaaaaattcacccgattatatggatcttccattttca
tattccccaaatagaagcacaagtgcttccccacagtctcctagctatgccaggccacgt
actactactccacctgatgtctctcgcagagctttctctccagaagtgcagactatcaca
tctgaatggatttccctaacgatgggtgtttcccgcaatagcggatatacctcaaccccc
ccacttcctcctttacccgaagccatgctttgtgccatagactacataagtccctcagca
gctgccagccctaccttgtctttaacaccatctgttagcctccattactgtaatgtctcc
ggtagatccaccccgaactctggcctgtcttcagtgctgacgtacccatccaggccacag
tcttctactagagtcagttatgtcatctctccacacagtgatgagaagtttgccggttca
gcttccagttatggaggctctccggtgcagatgactgcacctcatgatattctgatttca
gagcttactgatgtcttacgtaatcagcacacccccaagagcgatgtttgttcaatagaa
aatggtgatcatgacatttggaaggcatcaaatggtagaattagagacacccaagcaatg
ccacgtgtaagtggatgtgcaggaatagatactaaagcaaacgcccattcctctgacgag
agccagttgtgtaaagtacatcttggtagtgttgtccaggaggatttgaaaagacttcag
ggcagtcccattaagccttgcagatctgacggtgaacaaacagcacctaaaagtcctgta
aagcttacagactccccggttaataccctgaactcaaattcttttgtgcagcctcatcat
acactgaccacaggaccagacctcacagagtctgaaaagagctatgtgcaacctcaggca
cagcagagaagggacagctcagagaggagtcagacgccgcaagacgcgtttacctatcag
gctttgtacacttacctaccacaaaatgatgatgagttggagcttagagaaggagacatt
gtggatgttatggagaagtgtgacgatggttggtttgtaggtacatccagaagaaccaag
ctgttcggcacctttcccggcaactatgtcaaatcagtgttttactaa
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