Xiphophorus maculatus (southern platyfish): 102221300
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Entry
102221300 CDS
T02923
Name
(RefSeq) protein turtle homolog A-like
KO
K22655
immunoglobulin superfamily member 9
Organism
xma
Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:
xma00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
xma04515
]
102221300
Cell adhesion molecules [BR:
xma04515
]
Immunoglobulin superfamily
IGSF9
102221300
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig_3
I-set
Ig_2
ig
V-set
fn3
Ig_DSCAM-DSCAML_C
Ig_4
C2-set_2
Motif
Other DBs
NCBI-GeneID:
102221300
NCBI-ProteinID:
XP_023194513
UniProt:
A0A3B5PWW7
LinkDB
All DBs
Position
8:6953734..7024362
Genome browser
AA seq
1540 aa
AA seq
DB search
MGSGRSYWQTFAAVVLICHFLTTDGGKSEVRGKVGGWVDLECSFSPAGRRSGLSATQHVV
EWVRQGVDIPVLMKFGSYTPRVHPDFEGRASLLSSATLRLERLQLDDQGPYSCRIFQLDK
LEEEMQSSNWTLLSVTAPPTFTKAPPPVVQALVGSRLSLDCVAIGNPTPTITWLKDGSAV
PSANIQGGALSLPAVTAQAAGLYACHASNAEGNASRVAKLEIKGPPVIIVPPKDTTLNMS
QNALLQCQAVADPPNMTYVWQKAGENVHHIESLKSRVRILVDGTLQIFRLLPEDSGNFSC
VPTNGLLTPPTASAILTVMHPAKAFQLPEETYLPTGMGGGIRCPVAAQPLLLRVDWIKDG
APLDLSLYPGWTLKADGSLVMATVNEDAAGTYSCTPYNSYGTMGPSGPTRVVLQDPPSFS
ITPAQEYRQDAGRTLLIPCQGNAAATATWSKVDPVRSVSYSIKPNGSLLLQPLLKDHQGE
WECSVSNRAASIETRTRVFVLGTSPHAAAALSVSPGPSQANLSWEAGFDGGSAQTFSVWV
KRISVSDGDGRQDWYSVPVPPSSGTSLQVSGLFPATDYQFSVLSQNKFGTGPFSEIATTR
TLDPPGRSIKPKPPASLSANQNSAGVILQWALPDAQQPPITGFVLQSRSTAAAAAEDWFN
LEENINASSSHILVRGLQKGRVYELRMLSRRGELLSEPGPSVNVSTTVTESFAATSTFVP
ESLLAGVLAGIGFMFLALVLLLGSACFVSRRRDRRRRKTENEPLPAIYKCSPSIKTSGSS
SPDSLLKKSLLPASSHYPTTSSTTSSSQTDCSTLSTENNRRRRTLEPTYSKGRLTKTTSL
ISPSIELISRGPDGRFAAGDYDTISVNSKTISRVKRSVSLHLEKEDKKDLPCVLSVDVPP
FKLEGDSSQMHSLGQLPPLQESYIVSPDQNSLYSNTSFCTMPCLNRGLPSVFPVLPHLRA
SIGQPSTTASTLVLQMEHEREKGNLSRCLRLAQEREEMERELRWYTLDRNSMNVKTEERE
TSNGDESVESLMWEYKSKTLPNIYRQGCKERSKYLTSSATNWEAHPYDSSSTLNPFRDHL
NTSPPFTPSFSPIFLESFTKKPNGVRHSFVDSSTLPHQRCRVDPPQGYDSPRRFSSFDHQ
TSDSFHKPQKENILSNGTVFHSNRNTPDTVPDSTRLDKMLSEPIGSVGKESCVEMSVDEP
EFELPTLEPAKPMLHHRIASHVQHGCSLSQRSRHEDMRRSTSFNCNRNASVGSFDMAHLG
QQTSGPEHWRARTRGSKTLDRSQRSQSLDLRRQKKSTFLTPSAWVESLSQEDCSVEFSHT
STKSEQHFSTAVGPNRSRKPDVPHYCEPSPSADTANHPTPNQDTMKESGYSVSLKEVSTY
LPPISNDLEALEVDSGGYEGVADSGGSYSSYASSGRGSMETANGHLPLSHLSPTLTISPA
TAEDTQGGSEDKEGGQIEPKRRRQPSVDENYEWDAGDICSRPGKEDGVLPTPNPQKPAAN
RSRPSMPRSEKAQKRSSAFASLPGDQSRRSAVPEPDTVMF
NT seq
4623 nt
NT seq
+upstream
nt +downstream
nt
atggggtcaggaagatcatactggcagactttcgctgcagttgtactcatttgtcacttt
ttgaccactgatggtgggaagtcagaggtccgtggaaaggttggaggctgggtggatctg
gagtgcagtttttcaccagcagggcggcggtctgggttatctgcaacccaacatgtggtg
gaatgggtgcggcaaggcgttgacattcctgtcctgatgaaatttggatcctacacaccc
cgagtccatccagattttgaagggcgggcgtctctgctcagcagcgccaccctaaggctg
gagcgcctgcagctggacgaccagggtccctacagctgccgcatatttcagctggacaaa
ctggaagaggaaatgcagagcagcaactggactctgctttctgtgactgccccgcccact
ttcaccaaagccccgccccctgtcgtccaggccctggtgggaagtcgcctgtctcttgac
tgcgttgctattggcaaccctacgccaaccatcacctggctaaaagacggcagcgccgtt
cccagtgcaaacattcagggaggagcgttgtctctgccggcggtgaccgcgcaggcagcc
gggctctacgcctgccacgcctccaacgccgagggaaacgcgagccgcgtggcgaagctg
gagatcaaaggtccgcctgtcatcatcgttcctcctaaagacacaaccctcaacatgtcc
cagaatgcactgctgcagtgccaggcggtggccgaccctcccaacatgacgtacgtgtgg
cagaaagccggagaaaacgtccatcatatcgagtctctgaagtcgcgcgtgaggatcctg
gttgatggaacgctgcagatcttccgtttactgccagaagactccgggaacttcagctgc
gtaccgaccaatgggctgctgaccccgcccaccgcctccgccatcttaactgtgatgcac
ccagccaaggctttccaactacccgaggaaacgtaccttcccacaggtatgggcggcggg
atccgatgcccggtggcagctcagcctctgctgctccgtgtggattggataaaagacgga
gcgcctctggatctgtctctgtatccaggatggactctgaaagccgacggctctttggtc
atggcgacggtcaacgaagacgcagcgggcacctacagctgtactccatacaacagctac
ggcaccatggggccatctggacccaccagggtggttctgcaggaccccccgtcattcagc
atcactccagcccaggaatacaggcaggacgccgggaggacgctgctcatcccctgtcaa
ggaaacgcagctgcaacagccacctggagcaaggttgacccggttcgttctgtttcctac
tccatcaaacccaatgggtctttgctgctgcagcctcttctgaaggaccaccagggggag
tgggagtgcagcgtgtccaaccgcgctgcgtccatagagacccgcacacgagtctttgtc
ctgggaaccagtccccatgcggccgccgcgctgtccgtctctcctgggccgagccaggcc
aacctatcctgggaggccggcttcgacggaggatcagcgcagacgttttcagtctgggtg
aagaggatttcggtgagcgatggcgacgggaggcaggactggtactccgtacccgttccc
ccctcatccggcaccagcctgcaggtttcgggcctttttcccgccaccgactaccagttc
agcgtcttgtctcagaataagtttggcacagggcctttcagcgagatcgcaactacacgc
actttggatcctccagggaggagcatcaaaccgaagccccccgcgtcgctgtcagctaat
cagaactcagcaggtgtcatcctgcagtgggctctccctgacgcccagcagccgcccatc
acaggctttgtcctccaatcccgctccaccgccgccgccgcagcagaggactggtttaat
ctggaggagaacatcaacgccagcagcagccacatcctggttaggggtctgcagaagggc
cgtgtgtatgagctgcggatgctttctcgtcggggggagctgctgagcgagcccggtcca
tcagtcaacgtctccaccacagtgacggagagcttcgcagctacgtccacgtttgtcccg
gagtcgttgctggccggtgtgctagccgggatcggcttcatgtttctggcgctggtgttg
ctgctcggttctgcctgcttcgtcagccgcaggagggatcgtcgccgcaggaagacggag
aatgaaccccttcctgccatctataagtgctccccatcaattaagacttcaggctccagt
agtccagacagtttgttgaagaaaagcctgctcccagccagctcccactaccccacaacg
tcttccaccacttcttcatctcagacggactgctccactttgagcacagagaataaccgt
cggcgcaggactctagagccaacctacagcaaaggccgccttaccaagacaacttcttta
atttctccctccattgagttgatttctagaggtccggatggccggtttgcagctggtgac
tatgatacaataagtgttaacagcaaaacgatttccagagtcaaaagatctgtgtcactc
cacttggaaaaggaggacaagaaagacctgccatgtgtgctttctgttgacgttcctcca
tttaaactggagggtgattcaagtcaaatgcacagcttgggtcaactcccgccacttcag
gaaagctacattgtttcgcctgatcagaacagcttgtactcaaacaccagtttttgcacc
atgccttgtctcaacagaggactgccttcagtatttcccgtcctcccacatctccgagcc
agcattggtcagccttcaacaacagcgagcactttggttctccaaatggaacatgaacgt
gagaaagggaaccttagtcggtgcctgaggctggcacaggagcgagaagaaatggaaagg
gagcttcgatggtacacactagacagaaactccatgaacgtcaagacagaggaaagagaa
acgagcaatggggacgaaagtgttgagagtcttatgtgggaatacaaaagcaagacctta
ccaaacatctatcgtcaaggttgtaaggagagatctaagtaccttacatcatccgcaacc
aactgggaagcccatccttatgactcaagttcaactttgaatccattcagagatcatttg
aatacatctccccctttcactccttctttttctcccatttttcttgaatcatttactaag
aaacccaatggagtccgccactcttttgttgacagctcaactctgcctcaccagaggtgt
cgagtagatccaccacaaggctacgatagtccaagacgattctcatcctttgaccaccaa
acaagtgactcatttcataagccacaaaaagaaaacattcttagtaatggcacagtgttt
cacagcaacagaaacactccagatacagtaccagactctacaagattggacaaaatgctc
agtgaaccaattggttcagttggcaaagagtcgtgtgtcgagatgagcgtagacgagccg
gagtttgagttgcccacgttggaacctgcgaagcccatgttacaccacaggattgcttct
catgttcaacacggctgctcgctgtctcagcgaagcaggcatgaagacatgagaagaagc
acaagcttcaattgcaacaggaatgcttctgtcggcagctttgacatggcccatctcggt
cagcaaacctcaggaccagaacactggagagctaggacccgaggctccaaaaccttggac
cgcagtcagcgaagtcagagtctagacttgaggagacagaagaagagtacctttctcaca
ccatccgcatgggtagagtcactcagccaagaggactgttcggttgaattttctcataca
agtaccaaaagtgagcaacatttctcaactgctgtgggtccaaatcgcagtcgaaaacct
gacgtgccccactactgcgaacctagtccctcagctgacactgccaatcatccaactccc
aatcaggacacaatgaaggaatcaggttattctgtcagcctgaaggaggtttccacatac
ttaccgcccatcagtaacgacttagaggcactggaagtggattcaggaggctacgaggga
gtggcagactctggtggcagctacagcagctatgctagcagcggccgcggcagcatggag
actgctaacgggcatctgcccttgtctcacctgtccccaacgctgaccatctcacctgcg
actgcagaggacactcaggggggatcagaggacaaggaaggtggacaaatagaaccaaaa
cgaaggaggcagccttcggtagatgagaattatgaatgggatgctggcgacatctgctca
cggcctggaaaagaagatggcgttctcccaacaccaaacccacagaagcccgctgccaac
cggagtcgtcccagcatgccgcgctccgagaaagcacaaaaacgttcctctgcgttcgcg
tcgctgccgggggatcaaagcaggcgctctgctgtgccagaaccagacaccgtgatgttc
tga
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