Xenopus tropicalis (tropical clawed frog): 100489626
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Entry
100489626 CDS
T01011
Symbol
adgrg6
Name
(RefSeq) adhesion G-protein coupled receptor G6 isoform X1
KO
K08463
adhesion G-protein coupled receptor G6
Organism
xtr
Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:
xtr00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
xtr01002
]
100489626 (adgrg6)
09183 Protein families: signaling and cellular processes
04030 G protein-coupled receptors [BR:
xtr04030
]
100489626 (adgrg6)
Peptidases and inhibitors [BR:
xtr01002
]
Mixed peptidases
Family P2
100489626 (adgrg6)
G protein-coupled receptors [BR:
xtr04030
]
Adhesion receptor family
Others
100489626 (adgrg6)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CUB
CUB_2
Motif
Other DBs
NCBI-GeneID:
100489626
NCBI-ProteinID:
XP_031757868
Xenbase:
XB-GENE-965042
UniProt:
A0A8J1JJ20
LinkDB
All DBs
Position
5:complement(43621785..43721430)
Genome browser
AA seq
2224 aa
AA seq
DB search
MIFQISGLWCSHWKWKMQYILLFFVVYVAFVQHSVLSCAVCRLTLTAPTGNVTSPCYPQL
YPNNQDCKWIIQAPKGFIIQLTFVDFDVEEAQNCVYDYVSISNGETTTKYCGVTARGLTY
NSTGNMMNISFVSDFSIQRKGFTATYKNVPVTLRNLKVTIPQNQSLGIVSVVSTVIVPTL
NQFTVCFEAARFISSPAEWKAFTYWNSLTESLSFGKSPSGHFVYISGIQCHLNLTLTSLT
VTGEFFTETLQEMCITWDSRSQIVGVKTGNNFQTSTCLESKDLHIPGNGSLILGCYDNKT
SSLQGDIYNFRLWDTAFESVALSNLSCDQKGNIVNWENDFWSIPSWARKAGTDLSCGTSL
SSTPSTATTTCKNLGGVCQAIAAQSATKQKQSTTATTATALSSTVPFTVSSTVPSNVSST
VASSVTSTISSTIVSTISSIASSTKTSTMSSSVPITVSSSIASSLLSTISSTILSTSSST
ITSSKSSGAQSTVSSNVVSNESGTKSPTAPSSIASPPLSTVSSTILSASSSTKISSKSSS
AQSTISSNIASNESGTKSPTAPSSIASPLLSNVSSTILSASSSTKISSKSSSAQSTVSSN
LASNESRTNSPTAASSIASPLLSTVSSTILSASSSNKISSKSINVQSTISSNLASNESGT
KSPTAPFSIASPLLSNVSSTILSASSSTKISSKSSSAQSTVSSNLASNESRIESTTAPSP
IASPLLSTVLSTIFLTSSSTITSSKSSSAQSTVSSNFASNESATKSPTEPSSLVSPPLST
VSSTILSASSSTKISSKSSSAQSTIASNLASNESRTKSPTAPSSIASPLLSTVSSTILST
SSSTKTSSKSSSAQSTVFSNLASNESSTKSPSAPSSIASPLLSTVSSTILSSSSSTKTSS
KSSSAQSTVLSNLASNESSIKSPSHESSTKSSNVSSTVSSTVLSTEPSPLKPTVPSILSS
TVPSSSTLSESTEKSNVSSSIRSTVLSTLSTKSSTTTSTVPSVLLYTVPLIVSPVVPFTI
SPSMSSTVPSSETSSVSSTVTSSISSSVRSTEPSTLSSTVPSTIPSAVPIIVPSVMSSTV
PSTMSSTVHSSETSTMPSTLLRAESSIISAVSSSLSSTIPYTTVTSTVSTLSFTDTTTST
TVTTNSASLATISTALPSPLNSITAPASSVTNATLSTASPSTLSTTNSFGTTTNYSSNSA
TLSTVTSSSLRTSQLTTTYSPSSATQTTVSTTSFTTSNLNDTTYSSSSATVTSDFSSTLN
NMINTTTSNAATSSPSTMITINMNDTNNINNSQPDLQERNISATFLIRMKRNPVTSSWTH
LQLQDSKIKGLRGIGIISTPIVWPVKQRPAATEKGSALKEAPDNINAADFFFIPTQSTLS
LSTTFRTTEISKNITIDDKLTQNISTHRNITLFLKNTSQLFDQESSKEDGSVQQDTEGSG
IGNVVSSRKVSNISLDHMQISNASGRWHLHLDSIWHNSENIIVGLNDKHMAGSSDGLYQT
FLNVISHPSHSTAHVSHLLSDNSLNIDKISRSCVPHNKHTSAIMPTTVYSDCISLENADK
AFAVESSGLLSKFLTIPVHGTYVLQNIKETKTPFDANANLQVELNPSEHSILSSNLASLM
LRNKYIHSVTTHNKDSTSSNSPSSYDLSSCNTVKTEFVSDNLNPDIPVPLPGSLPAQRAN
MQLLSNYYMGKFLSPSRTMIGHTHLTTNYVSESQEGLSVEVLGPLDASLNQQLMDISDSL
TPSYDLLHSQLRDSRDILYNSFSPSYNVHFNQWQYTTLPYELVTSNMKASTEDPYQQQTA
QLPSVEDLQANIEERLEEYDYGSTPFSGDKDFLEEEKLYLVSRNSIIRSSKSKEVVLLNS
LITSSNQIEFIGNEFQVKKSYLSGHENDNYSPLETENLDSKKKTVHASQTSLSHEEKVQI
QGLPIYPVYITKTLYLPCTLEKMINSGMDNAAKQNMITNTRFIQPLSKATYLDMNDLKNN
KGLFAENIMSNYALEYNIFSSNSDDIDFGLSGASETPPLVHTLNGPQTPITQTLEHFPSN
GDILSHPDIKIQASISNGRTAVFQGQPESIKGLYAQYFEDPNILFGVSFKSSISLLTTEW
SHWSVEPSLKPPTGHVKNTDGVSTMEMSVLHTASQLLSSAFERVGISTFSTEKTATKAII
DPFLGQSSGYLYSSKEEGNYFSGTGPLFSSYGFYNQISAEGPHCSCNIFTDSACLCGLEV
NGSM
NT seq
6675 nt
NT seq
+upstream
nt +downstream
nt
atgatattccagataagtggattgtggtgcagtcattggaaatggaaaatgcaatacatt
ctactcttctttgtggtgtacgttgcttttgtccagcatagtgttttaagttgtgctgtc
tgcaggttaaccctgacagcacctactggaaatgtcacttcgccttgctatccccaatta
tacccaaacaaccaggactgcaagtggattatacaggctccaaagggatttatcattcaa
ctcacatttgtggattttgatgttgaggaagctcagaactgtgtgtatgactatgtttct
ataagcaatggagaaacaacaaccaaatattgtggtgtaacagcaagaggccttacatat
aactccactgggaatatgatgaatatatcctttgttagtgactttagtatccaaaggaaa
ggtttcactgcaacctataagaatgttcctgtaacattgagaaatcttaaagtcactata
ccacaaaaccaaagtctgggtattgtgtctgtcgtgagcacagttattgtgccaacgcta
aaccagttcacggtatgctttgaggcagcgagattcatcagcagcccagcagaatggaag
gcatttacatactggaattctttaacagagtctctcagctttggaaagtctccaagtggc
cattttgtgtatatttctggtattcagtgccatcttaaccttactttgacttcattaact
gtaactggggagttttttactgagacattgcaagagatgtgcattacctgggacagccgg
tcacaaatagtaggtgtgaagaccggcaataactttcagacttcaacttgtttagaatca
aaggacttacacattcctggcaatggcagcctaatattaggctgttacgataataaaaca
tctagcctgcaaggggatatttacaatttccgcctttgggacactgccttcgaatcagtg
gctctttcaaacctaagctgcgatcagaagggaaatattgtcaactgggaaaatgatttt
tggtcaatcccatcttgggcaaggaaagccggaactgacctcagttgtggtacctcttta
tcaagtacaccttctactgcaacaactacctgcaagaatcttggaggcgtttgtcaagca
attgctgctcagtcagctactaaacaaaaacaatcgactactgccacaactgcaactgcc
ctatcttctactgtaccatttactgtatcatctactgtaccatccaatgtatcgtctact
gtagcatcatctgtaacatccactatatcatctactatagtatctaccatatcatctatt
gcatcatccactaaaacatccaccatgtcatctagtgtaccaataactgtatcgtcctct
atagcatcttctctactatccactatatcatctaccatattatcgacttcatcatctact
ataacatctagcaagtcatcaggtgcacagtcgactgtatcatctaatgtagtatctaat
gaatcaggtaccaaatcaccaactgcaccatcttcgatagcatctcctccactatccact
gtatcatctactatattatcagcttcatcatctactaaaatatctagcaagtcatctagt
gcacaatctactatatcatcgaatatagcatctaatgaatcaggtacaaaatcaccaact
gcaccatcttcgatagcatctcctctactatccaatgtatcatcaactatattatcagct
tcatcatctactaaaatatctagcaagtcatctagtgcacaatctactgtatcatctaat
ttagcatctaatgaatcacgtaccaactcaccaactgcagcatcttcgatagcatctcct
ctactatccactgtatcatctactatattatcagcttcatcatctaataaaatatctagc
aagtcaattaatgtacaatctactatatcatcgaatttagcatctaatgaatcaggtacc
aaatcaccaactgcaccattttcgatagcatctcctctactatccaatgtatcatcaact
atattatcagcttcatcatctactaaaatatctagcaagtcatctagtgcacaatctact
gtatcatctaatttagcatctaatgaatcgcgtatcgaatcaacaactgcaccatctcca
atagcatctcctctactatccactgtattatctactatatttttaacttcatcatctact
ataacatctagcaagtcatctagtgcacaatctactgtatcatctaactttgcatctaat
gaatcagctaccaaatcaccaactgaaccatcttcgttagtatctcctccactatccact
gtatcatctactatattatcagcttcatcatctactaaaatatctagcaagtcatctagt
gcacaatctactatagcatcgaatttagcatctaatgaatcacgtaccaaatctccaact
gcaccatcttcgatagcatctcctctactatccactgtatcatctactatattatctact
tcatcatctactaaaacatccagcaagtcatctagtgcacaatctactgtattctctaat
ttagcatctaatgaatcatctaccaaatcaccaagtgcaccatcttcgatagcatctcct
ctactatccactgtatcatctactatattatcaagttcatcatctactaaaacatccagc
aagtcatctagtgcacagtctactgtattatctaatttagcatctaatgaatcatctatc
aaatcaccatcccatgaatcatctaccaagtcatccaatgtatccagcactgtatcctct
actgtattatctactgaaccatcccctttgaaacctactgtaccatccattttgtcatct
actgtgccatcatcttccacgttatcagaatccactgaaaaatccaatgtgtcatctagt
atacgatccactgtgctatccactttgtctactaaatcttccaccacaacatccactgta
ccatctgttttgctatataccgtaccattgattgtttcacctgttgtaccattcaccata
tcacctagtatgtcatctactgtgccttcctctgaaacatcctccgtgtcatctactgta
acatctagcatatcatcttctgtacgatctactgaaccatccacattatcatctactgtg
ccatccacaataccatctgctgtaccaatcattgtgccatctgttatgtcatctactgta
ccatctacaatgtcttctactgtacattcatcggaaacatccaccatgccatctactcta
ttaagggctgaatcatctatcatatctgctgtatcatccagtttgtcatcaactatacca
tacactactgtgacatccactgtgtctactttatcatttactgacaccactacatcaacc
actgtcaccactaactctgcctcactggccactataagcactgctttgccatcaccctta
aacagcattactgctcctgcctctagcgtaaccaatgctactctgagtactgcttcacca
tctaccttgagcactactaattcatttggtacgactacaaactatagctcaaattctgct
actctaagtacggtcacatcatcttccttgagaacttctcaactaaccacaacttatagt
cctagttctgctactcaaactactgtctccacaacttccttcaccactagcaatttgaat
gacacaacttatagctcaagttctgctactgtaacttctgatttttcatctactttgaac
aatatgattaatactaccaccagcaatgcagctacctcctcaccatctaccatgataact
attaacatgaatgatactaacaacatcaataactctcagcctgatttgcaggaacgcaac
atttctgctacatttctcatcagaatgaagagaaacccagtcacaagttcctggacacat
ttgcaattgcaggactcaaaaataaaaggtttaaggggaattggaattatctccactcca
atagtctggcctgtgaaacaaagaccagcagccacagaaaaaggttctgctttgaaggag
gcacctgataacattaatgcagcagatttcttcttcatacctactcagtctactctgtct
ctatctacgacttttagaactactgagatttcaaaaaacattacaattgatgacaaactg
acccaaaacatatcaactcacagaaatatcactttatttctcaaaaacacaagtcagtta
tttgaccaagaatctagtaaggaagatggatctgtgcagcaggatacagaaggttctgga
ataggaaatgtggtttctagtcgtaaagtgtcaaacatctctttggatcacatgcaaatc
agcaatgcaagcggaagatggcatttacacttagatagcatttggcataatagtgaaaac
attattgttggtctaaatgataagcatatggctggctcatctgatggtttatatcagacc
ttcctaaatgtaatttctcatccctctcacagtactgcacatgtttcccatttattatca
gataatagtctaaacatagataaaatatcacgttcctgtgtgccccataacaaacatacc
tcagctattatgcccacaacagtgtattctgactgtatatcattagaaaatgcagataaa
gcatttgctgtagaatcttcgggcctgctttctaagtttctaacaatccctgtccatgga
acttatgttttgcaaaatatcaaagaaacaaagaccccctttgacgctaatgctaatttg
caagtagaactgaatccttctgaacacagcattctctcatctaacttagcatctctaatg
ctaagaaataaatacatacattcagtgactacacacaacaaagatagcacttcatcaaac
tccccctccagctatgatctttctagttgcaatactgtaaaaacagaatttgtttcagat
aacctaaatcctgacataccagttcctttgccagggagtttgccagcccaaagagcaaat
atgcagctgctttccaattattatatggggaaatttttaagtccttcacgtactatgatt
ggccacacacatttaaccacaaactatgtttcagaatcacaagaagggctttctgtggaa
gtattaggaccacttgatgcttctttgaaccagcaacttatggacatttcagattctctg
acaccaagctatgatctcctgcattcacagctgagggacagcagagatattctttataat
tcattttcaccaagttataatgtacattttaatcagtggcagtatacaacattaccttat
gaattagtaacaagtaacatgaaagcttccactgaggatccttatcaacaacaaactgca
cagctaccttctgttgaagatctacaggcaaatattgaggaacgtctagaagagtatgac
tatggttcaacaccattttcaggtgataaggattttttagaagaagagaaattatatttg
gtctcaagaaattcaattataagaagttcaaaaagtaaagaagttgtcttactaaattct
ttgattacttcatcaaaccaaatagaatttataggaaatgaatttcaggtaaaaaaaagt
tatttatctggacacgaaaatgataattattcccctttagaaacagaaaacctggacagt
aaaaagaaaactgtgcatgcatctcaaactagtttaagccatgaagaaaaagttcagata
caaggtctgccgatttaccctgtttatatcaccaaaacactttatctaccctgtaccttg
gaaaaaatgataaactcagggatggacaatgcagctaaacaaaacatgattacaaataca
agatttatacaacctctgagtaaagcaacatatctagatatgaatgatttaaaaaataac
aaaggtctgtttgcagaaaatataatgtctaattatgcactggaatataatatattttct
agtaactcggatgacatagactttgggcttagtggggcatctgaaacccctccgttggtg
catactttaaatggccctcaaactccaatcactcaaaccctagaacacttcccttcaaat
ggagatatactatcccatcctgacattaaaatacaggcttctattagcaatgggagaaca
gcagttttccaaggtcaaccagaatccataaaaggtttatatgcacagtattttgaagat
cctaatatcctctttggagtgtctttcaaaagttcaatctcacttttgactacggagtgg
tctcactggtcagtggaaccctctttgaagccgccaactgggcatgtaaaaaatacagat
ggggtgtctacgatggaaatgtcagtgttgcacacagcatcccagctgcttagctctgct
tttgaaagagttggaatttctacttttagcacagagaaaacagcaaccaaagccataata
gatccctttcttggacaaagctctggatatttatattcctctaaagaagagggaaattat
ttcagtggaactggtcctctgttcagcagctatggattctataatcaaatttcagctgaa
ggtcctcattgttcttgcaacattttcactgattcagcctgtttgtgtggactggaggtt
aacggcagtatgtaa
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