Solea solea (common sole): 131447673
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Entry
131447673 CDS
T10853
Name
(RefSeq) adhesion G protein-coupled receptor B1-like isoform X1
KO
K04596
adhesion G protein-coupled receptor B1
Organism
ssoe Solea solea (common sole)
Pathway
ssoe04115
p53 signaling pathway
ssoe04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
ssoe00001
]
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
131447673
09143 Cell growth and death
04115 p53 signaling pathway
131447673
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ssoe01002
]
131447673
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
ssoe04131
]
131447673
09183 Protein families: signaling and cellular processes
04030 G protein-coupled receptors [BR:
ssoe04030
]
131447673
Peptidases and inhibitors [BR:
ssoe01002
]
Mixed peptidases
Family P2
131447673
Membrane trafficking [BR:
ssoe04131
]
Endocytosis
Phagocytosis
Others
131447673
G protein-coupled receptors [BR:
ssoe04030
]
Adhesion receptor family
Brain-specific angiogenesis inhibitor (BAI)
131447673
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
AGRB_N
7tm_2
TSP_1
TSP1_spondin
GAIN
TSP1_ADAMTS
TSP1_CFP_C
TSP1_CCN
Motif
Other DBs
NCBI-GeneID:
131447673
NCBI-ProteinID:
XP_058475602
LinkDB
All DBs
Position
20:16297887..16319788
Genome browser
AA seq
1526 aa
AA seq
DB search
MALSALTGPCVALLFLLFGSTSSTPSGPASATCATLEQSRFFGVFSSTTTFPSSPCSWTL
QNPDPRRYTVYMKITKPTDSCVPRQIRTFQFDSFIETSRTYLGMESFDEVVRLCDASTTV
TYLESTKQFLQIRKVTPRNGLEIVAEESDISDFKAEFLVVGKRNPSMPACQMLCQWLEKC
LSSSTHDHPCGIMNTPCQCWEAPKRKPGSCYRGGVYVEKCVPVPKDNGRDAEIIKGWAGW
GRWSACSQECGGGVQVRSRTCQPENDVCEGTVEEGRACNPQLCIGKERNRSQGLGAIIGL
KRDGTADSNYGVVATQTDAKNDEWTPWSSCSVTCGEGWQSRTRVCATSSFTTQCIGPLRE
NRSCNNTAVCPVDGAWDEWTPWSLCSSTCGRGYRDRTRTCKQPQNGGEPCHGPAKQTKFC
NIAVCPVDGFWNDWAAWSACSASCSNGTMQRTRECNGPSYGGSECHGSWKETANCFLKEC
PVDGRWHSWSSWGSCSKTCGGGIQQRQRVCEGPFFGGESCPGEKGEQRRCSEKRCPEPHE
ICPEQHTGDVVWKKTAAGDMAATACPADASGLILRRCSLDAVGLASWETPTHIKCVSKNY
ENIQMLSRDYISKAQMGQSVDGVAEVISRLRFSSDEGTKYSGDLLAIMETLKNTTQLFNS
SRQRLSNADVVNYVQTISNLLKEEHRDKWEEVQLMGASVKEFFRLVEDFVNMIGLQMSGF
QDVYEVTENFVLSIHKRPASEISNFTFPVKGWRGMLDWVRTSEEKISVSRDASSIKQTDG
NDAFVTGIVLYRNLASILSLQSNSTLLNSKVVSVIVNPSSTLVSSPVEIEFPHLHNGTIN
ETCLSWDESEASSLLGSWSARSCRSVPVHSFRTKCVCDSPSTFAILARVNLDSIMDKALL
PSVTLIVGCGVSSLTLLLLIIIYVSVWKYIRSERSVILINFCLSIICSNALILVGQTQAR
NKVVCTLVAALLHFFFLSSFCWVLTEAWQSYMAVTGRLRNRIIRKRFLCLGWGLPALVVA
VSVGFTKAKGYGTVTYCWLSLEGGLLYSFVGPAAAVVLVNMVIGILVFNKLVSKDGITDV
KLKERAGASLWSSCVVLPLLALTWMSAVLAITDRRSALFQILFAVFDSLEGFIIVMVHCI
LRREVQEAVKCRVVDRKDDGNGDSGSSHHNGHTQHMQSENEKDGDSSRQGMKSSSEEKMP
PPQMPLPMGSNFHTLPSNPSKSHMQAVPEYSSHTLTLKREKSRLAGGVDPTCGKPVYVCE
GEIFKQLDADLARAQVEGSMSDGSGYVLMPNTTSTLRSKPKDDATKYNISVDQLPQARLM
HLGGPFAEPQAAFGIKTIPCDQVSVSYSERDSPIQNIHNMSSESHITHSSLENTFESMNS
MMSKSETISTLSMSSLERQKSRYAELDFEKIMHTKKRHQNMFQDLNRKLHHAEKDRESPA
SDSKSVRWSVSSGGSDKTNHSDKQQAPLERPWEGVRGIPQSPPAWVRKDMEPLAASPLEL
HSVDWEKTGTTIPLVGQDIIDLQTEV
NT seq
4581 nt
NT seq
+upstream
nt +downstream
nt
atggcgttgtcagctctcaccggcccttgtgtggccctcctcttcctcctgtttggttcg
acctccagcactccctctggcccagcctctgcaacctgtgccacccttgagcagagtcgt
ttctttggcgtattttcttctacaacgaccttcccttcctcaccatgctcttggaccctg
cagaaccccgatcctcgccgctacacagtctacatgaagattacaaagcccaccgactcc
tgcgtgccccgccagatcaggaccttccagttcgactccttcattgagacctctcgtacc
tacttgggcatggagagcttcgacgaggtggtccggctgtgcgacgcttcaaccactgtc
acctacctggagtcaaccaagcagtttctgcaaatccgcaaggtgacaccaaggaatggg
ctggagattgtggcagaggagagcgatattagtgatttcaaggctgaattcctggttgtt
gggaagaggaacccaagtatgcccgcctgccagatgctgtgccagtggctggagaagtgc
ctgtcaagtagcacccatgatcatccctgtggcatcatgaacaccccctgccagtgctgg
gaggccccaaagaggaaaccaggaagctgctacaggggtggcgtctacgttgagaaatgt
gttcctgttcccaaagataatggacgtgatgctgagattatcaagggctgggctggttgg
ggccgctggtctgcatgcagccaggaatgtggtggtggagtccaggtgcgcagccgaact
tgccagcccgagaacgacgtgtgtgaaggaacagttgaagaagggcgggcctgcaaccct
cagctctgcatcggcaaagagcgcaacaggagccagggtttaggggccatcattggtttg
aagagagacggaactgctgattccaactatggagttgttgcaacccaaacagatgctaag
aatgatgagtggaccccttggagttcatgttcagtcacctgtggggaaggctggcagagt
cgtacccgcgtctgtgctacttcctccttcaccacccagtgcattggacccctgcgtgag
aacaggtcctgcaacaacacagccgtctgtcccgttgatggtgcttgggatgagtggacc
ccctggagcctgtgctcatccacatgcggccgtggttaccgtgaccgtacccgcacatgc
aagcagccccagaacggaggagagccttgccatggtcctgcaaaacaaacaaagttctgc
aacattgctgtctgccctgtggacggattctggaacgattgggccgcctggagtgcatgc
tctgcgtcctgctccaacggcaccatgcagagaacacgggaatgcaacgggccatcctat
ggtggctctgagtgccacggcagctggaaagaaacagccaactgcttcctgaaagaatgt
cccgttgacggacgctggcattcatggagctcatggggcagctgcagcaagacttgtggt
ggaggcattcagcagagacagagagtctgtgaggggcctttctttggtggagaatcttgc
cctggtgaaaagggagagcagaggcgttgcagtgagaagagatgccctgagccccatgag
atctgccctgagcaacacactggagatgttgtttggaagaaaaccgcagctggagatatg
gctgccactgcttgccctgctgatgcctcaggtctgattctgcgccggtgctctctggac
gctgtaggtcttgcctcctgggagactccaactcacatcaagtgtgtctccaagaactat
gagaacattcagatgctgtcgagggactacatctccaaagcacagatggggcagagcgtg
gatggggttgctgaggtgatttcacgtctgagattttcctctgatgaagggaccaagtac
agtggtgacctcttagccattatggaaaccctgaagaacaccactcaactgttcaacagc
tccaggcagagactgagcaacgctgatgttgtgaattacgttcagaccatcagcaacctg
ctgaaggaggaacatcgtgacaaatgggaagaagtacagctgatgggtgccagtgttaaa
gaattcttccgcctggtcgaggactttgtgaacatgatcggtctgcaaatgagcggcttc
caagacgtttatgaagtgaccgagaattttgtgctgagcatccacaagcgccctgcgtct
gagatctccaacttcaccttccccgtgaaaggctggaggggcatgctcgactgggtccgg
acctcagaggagaagatttctgtgtcccgtgatgcttcatccattaaacagactgatggc
aatgatgcttttgtgacaggcatcgtcctctacagaaaccttgcttctattctgtccttg
cagagtaactccaccctgctcaactccaaggtggtgtcagtgattgtcaatccttcatca
actctcgtgtcctccccagtcgagatcgagttcccccacctccacaatggcaccataaac
gagacgtgcctctcatgggacgagagcgaagcttcctctctgcttggctcttggtctgct
cggagctgcagatccgtccccgttcattcattcagaaccaaatgcgtgtgtgacagcccc
tccaccttcgccattttagcgcgcgtcaacctcgactcgatcatggacaaggcactgctc
ccatccgtgactctcatcgttggctgtggggtctcctccctcaccctgctgctcctcatc
atcatctacgtctctgtgtggaagtacatccgctctgagcgctccgttatcctcatcaat
ttctgcctctccattatatgctccaatgccctcattcttgtcggacaaactcaggctcgc
aacaaggtggtttgcactcttgtggctgctttactgcacttctttttcctctcctccttc
tgctgggtgctgacagaagcttggcagtcctacatggctgtcactggtcgtctgcgcaac
cgcattatccgcaagcgcttcttgtgcttaggatggggccttcctgcactggtggttgcc
gtgtcagtgggtttcacaaaggctaagggatatggcactgtcacctattgctggctgtct
cttgaaggcggactcctctactcgttcgttggccctgctgcagctgttgttttggtgaat
atggtcattggtattctggtcttcaacaagctggtatccaaggacggcatcaccgatgtg
aagctgaaggagagagctggtgcatcactgtggagctcctgcgtggttctgcctctcttg
gccctcacctggatgtccgctgtcctggccatcaccgaccgccgctcagcccttttccag
atcctctttgccgtgttcgactctctggagggcttcatcattgtgatggttcactgcatt
ctgcgtagagaggttcaagaagctgtaaagtgcagagtagtggatcgcaaggacgatggc
aatggagactctggcagttcccatcacaatggccacacccagcatatgcagtctgaaaac
gaaaaggatggagattcaagcagacaaggaatgaaaagctcctccgaagagaagatgcct
cctcctcagatgcctcttcccatgggctccaacttccacaccctgccatccaaccccagt
aagagccacatgcaggccgttcctgaatattccagccacacactcaccctgaagagagag
aagagcaggctggcgggtggagttgacccaacctgcgggaaacctgtgtacgtgtgcgag
ggagagatcttcaagcagctagatgccgatctcgctcgggctcaggtggagggcagcatg
tctgatggcagcggctatgtcctcatgcccaacactacctccaccctgaggtccaagccc
aaagatgatgcaacaaaatacaacatcagcgtggaccagctgccacaggccagactgatg
caccttggtgggccctttgctgagccccaggctgcctttgggatcaagacaattccttgt
gaccaggtcagcgtgtcgtattcagagagagactcgcccatccagaacatccacaacatg
tccagtgagtctcacatcacccacagtagcctggagaacaccttcgagtctatgaactcc
atgatgtccaagagtgaaaccatctccacgctctccatgagctccttggagagacagaaa
tcccgatatgctgagttggactttgagaaaattatgcacacaaagaaacggcaccagaac
atgttccaggacctaaacaggaagctacatcatgctgagaaagatagagagtcacctgct
tctgacagcaagtctgtgagatggagtgtgtcttctggtggaagtgacaaaacgaaccac
agcgacaaacagcaggcaccactggagagaccatgggagggagtccggggaataccacag
tcacctccagcatgggtgcgcaaagacatggagcccctagctgcctcgcctctggagctg
cactctgtggattgggagaaaaccggcaccactattcctttagtggggcaggacattatc
gatctgcagacagaggtctga
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