Salmo trutta (river trout): 115159488
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Entry
115159488 CDS
T08542
Name
(RefSeq) protein turtle homolog A-like isoform X1
KO
K22655
immunoglobulin superfamily member 9
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
stru04515
]
115159488
Cell adhesion molecules [BR:
stru04515
]
Immunoglobulin superfamily
IGSF9
115159488
BRITE hierarchy
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig_3
I-set
Ig_2
ig
V-set
fn3
C2-set_2
Ig_DSCAM-DSCAML_C
Sp38
Pur_ac_phosph_N
Motif
Other DBs
NCBI-GeneID:
115159488
NCBI-ProteinID:
XP_029565107
Ensembl:
ENSSTUG00000016045
UniProt:
A0A673YSG8
LinkDB
All DBs
Position
23:16531761..16561478
Genome browser
AA seq
1746 aa
AA seq
DB search
MGPKRDSFLDVTMVTALCLLWVTHGQKPEVRAKVGGVVEMACRLPLPYTGASVPLHVVEW
VRQGFDIPVLIKFGVYAPRVHPNYEGRVSLVRNTVLRVKGLLIEDQGLYECRILLLDKTT
DETRNGTWTLLSVTAPPIFSKTPPPVMEALVGNPLSLACVAHGNPPPTITWAKDGTLIGG
DKVEVLSGTLSLRAVDREAGGQYECLASNAEGNVTHVTKLKVKGPPVIVIPPKDTSLNMT
QDAQLQCQAVADPPNMTYVWQREGENVYHIEALKSRVKIMVDGTLLITHITPDDSGNYTC
MPTNGLLTPPTASANLTVTHPAQALLMPPQTYLPTGLRGLVSCPVRAQPPLLRVDWTKDG
QPLDLAMYPGWTLTTEGSVFMATANDDATGIYTCTPYNSYGTMGQSGPTTVILQDPPSLS
VCPRTEYRQEVGRMLVIPCQTTGDPAPSITWSKVGPATRSQYSVAANGSLLLLPLSKDHQ
GEWVCSVTNRVATVKASTLISVLGTSPHAATLVSVTPGAKQANVSWEPGFDGGYTQKFTV
WLKQMSVGDSGEKQEWLSVPVPSSGSSLQVTGLVPATEYQFSVLPHNKVGTGPFSEIATI
RTLNPLPRRAKLEPPTSLSANQSLAGIVLQWSPLPQFLPITGFVLQSRTEQGEWFNLDED
IGANRSVMIVPGLRKDCVYELRLLSRRGELLSEPSPSVNVSTMGMDMYPATSRFLEFVPE
PLLAGVMGGVGFLCLALILVLGTVCIFSHKRDQRRRKMKDDLPPAIYKIPPSTRSLASSP
DSVLKQKLLPPHCHPHYPSSHSSCSSSQSDHSSFGRPSHSEYKDQRQQLLSCPPPPPLYA
AHHHHHLPRIGSSPNSPLEFISRGPDGRFIVQPYDQASVPSSHTMRSLRKDFPQSTGVQR
SVSLRSEKIVGREPPFVLSVDLPPCGGTDPNPTTRVRAMAKHLSLHGRFYLDEEQGSYAG
HPDKCSLYSDSNSDMSPQPSLEESNPGYPSLKRAVQPATASTLVLQMEHEKETGNLSRCL
KLAREREELERELRKYTLDSNATLDGKREGPGSDEERWRESEECDPIWKPQDNTSPHSHP
HHLSHPHHLSHPQVNRGCSSMVKGPSPPSYIHWEASPLTSTTSLVPAHQTPSERTAALHC
DPLLTQCPSLSPVTQHPFRSERAECHSKRRVSHQPPDRQEGMETARVKTHTRLCDETHMS
TELKRGDLESHEWNSKSNQLNVSISHKSRPDVSVNKVPGSWRVELARSQPCEESSRHTAV
DLSECVEMSVDEPEDDDSVDPPTNPIRHQRHAHQVNNESPLAEKDHRGPQTMKDHRAHPL
AHRKSPVPREEREKWHRRSSRSRSPATIQPPKPELRKAISLGGFQNRNGGNHQRSQSLDS
RRQSLGNFLTPDAWVDSLSQENCSSPFSFRPDSVFFEPENTLAPETPTHTEATLASPPPP
PPPPPPQDPRPPSRAPQQLCEAYGGDMHIQSIRKPVLERQTQLPPTAPSVPSSPSHPPHD
PRKKASIFPDAYRWPITYQEALRSVQRMEARKNASLPRDHREHPRPPDCRGRTTAPSLLR
GYSWPAPHHTPQPPQEEEKKQEEVVVEEEKEERYGGHEVEIGRYHRGVPDSGGSYSSYAS
QSSGRGSLEPPNGRLSICLSPTLTSSPEATEEMQENTVESHLQDMEALKRRKASVDENYE
WDSADVSIQLGDQDLEGRGLFSSVSLLKSTPSMHHSREGLKESVHFQGHRHVTSRHSEPE
PETVMF
NT seq
5241 nt
NT seq
+upstream
nt +downstream
nt
atgggaccaaagagagactcttttctggatgttaccatggtgacggcactgtgccttctg
tgggtcactcacggtcagaagccagaggtgcgtgccaaggtagggggtgtggtggagatg
gcgtgtagactgccacttccttacacgggtgcgtctgtgcccctgcacgtggtggaatgg
gtacgccagggattcgacatcccagtcctgatcaaatttggagtgtatgctcctcgggtg
catcccaactacgagggccgtgtgtctctggtgaggaatactgtcttgagggtgaagggg
ctcctcatagaggaccagggcctgtatgagtgtcgcatcctcctgctggacaaaaccaca
gatgagacccgcaatggcacctggaccctgctatctgtcactgctcctcctattttcagc
aagacccctccccctgtcatggaggctctagtggggaatcctctctctctggcctgcgtt
gcccacggtaacccaccacccaccataacctgggctaaagatggtactctcattggagga
gacaaggttgaggttctgagcgggacactgtctctcagagcagtggacagggaggcagga
ggacagtatgaatgtctcgcctccaatgcggagggcaatgtgactcatgtgacaaaactt
aaagtcaaaggtcctccagtcattgttatccccccgaaggacacctctctcaacatgacc
caggatgcccagctgcagtgccaggcggtggctgatcctcccaacatgacctatgtgtgg
cagagagagggagagaatgtctaccacatagaggctctgaagtcccgtgtgaagatcatg
gtggacggcaccctcctcatcacccacattaccccagacgattctgggaactatacctgc
atgcccaccaacggactgttgactccgcctactgcatctgccaatctcactgtgacacac
cctgcccaggctctgctgatgccaccgcagacatatctccccacaggcctgagaggtttg
gtctcctgccctgtgagagctcagccacccctgctccgcgtcgactggaccaaggatgga
cagccactggatctggccatgtacccaggatggacgttgacgactgaaggctcggtgttc
atggctactgccaatgatgatgcaacaggcatatacacgtgtaccccctacaacagctac
gggaccatgggccaatcagggcccacgacagtcatcctacaggaccccccatcactcagc
gtgtgtccccgtacggagtatagacaggaggtggggagaatgcttgttattccctgccag
accactggagatccagcccctagtataacctggagcaaggttggacctgccacacgctct
cagtactctgtagcagctaacggctccctgctgctgcttcctctcagtaaagaccaccag
ggggagtgggtgtgcagcgttacaaaccgcgtggccactgtcaaagccagcactctcatc
tcagtgctgggcaccagtccccatgctgccaccctggtgtctgtcactccaggggcgaag
caggccaatgtctcctgggaaccaggatttgatgggggatacacccagaaattcacagtc
tggttgaagcagatgtctgttggtgacagtggggagaaacaggagtggctctctgtgccc
gtgccctcctctggctccagtctgcaggtgacggggctggtccctgccacagagtaccag
ttcagtgtcctgccacacaacaaagttggcactgggcctttcagcgaaatcgccaccatc
cgaactctgaatccactcccaaggagagcgaaactagagccacccacatcgctatcagcc
aatcagagcttggcaggtatagtcctgcagtggtcccccttgcctcagttcctgcccatc
actggattcgtcctccaatcgcgcactgagcaaggggagtggttcaatctggacgaggac
attggtgccaataggagtgtgatgatcgttccaggtctgcgcaaggactgtgtgtacgag
ctgcggctgctgtcccggcgaggggagttgctgagcgagcccagtccatcagtcaacgtc
tccaccatggggatggatatgtaccctgccacttcccgcttcctggagtttgttcccgag
ccactattggctggagtgatgggcggcgtgggcttcctgtgtttggccctcatcctggtc
ctagggacagtgtgtatcttcagtcacaagagagaccagagacgcaggaagatgaaagat
gatctccctcctgccatctataaaatccccccctcaaccaggtcgcttgctagcagtcca
gacagtgtgctgaagcagaagctcctccctccccactgccacccccactatcccagctcc
cactcctcctgctcctcctcccagtcggaccactcctccttcggcagacccagccacagt
gaatacaaggaccagcgccagcagctgctctcctgccccccacctcctcctctctatgct
gcccaccaccatcaccacctccccaggataggctcttcccccaattcccctctagagttt
atctctagaggtccagacggtcgcttcattgtgcagccctacgaccaggcctccgtcccc
tcctcccacaccatgagatccctgaggaaagacttcccacaatccactggggtccagagg
tcagtgtcccttcgctctgagaagattgtggggagggagccgcctttcgtcctctcagtg
gacctacccccctgtggtggaactgaccccaaccccacgaccagggtccgggccatggcc
aaacacctctccctccacggacgcttctacctggatgaggagcagggcagttatgctgga
catccagacaagtgcagtctctactcagacagtaactcagatatgtccccccagccaagc
ctggaggagagcaatccaggatacccatccctaaagcgggccgtccagccagccaccgcc
agcaccctggtcctgcagatggagcatgagaaggagaccggcaacctgagcaggtgtctg
aagctggcccgggagagagaggagctggagagagagctacggaagtacacacttgatagt
aacgctactttagacgggaagagagagggaccaggcagcgacgaggagaggtggagagag
tctgaagagtgcgatccaatatggaaacctcaggacaacacttcaccacacagtcacccc
catcatctcagtcacccccatcatctcagtcacccccaggtcaacagggggtgctcaagc
atggtcaaaggcccttcacccccatcctatattcactgggaggccagccctctcacatca
accaccagccttgtcccagcacatcagaccccctctgagaggacagcggccctccactgt
gaccctctactcacccagtgtccctctctgtcacctgtcacacaacaccccttcaggtca
gagagagcagagtgtcactctaagaggagggtgagccaccagccaccagacaggcaggaa
gggatggagactgcaagggtcaagacacacacaaggctttgtgatgaaactcacatgtca
acagagttgaagagaggtgacttggagtcacatgaatggaacagcaagagcaatcaattg
aatgtcagcatttcacacaagtctaggccagatgtctctgtcaacaaagtgcctggttca
tggagagtggagttagcaaggtcacagccatgtgaagagtcatctcgacacacagcggtt
gatctctcagaatgtgtagaaatgagtgtggatgaaccagaggatgacgactcagtggat
cctcctacaaatcccataaggcaccagagacatgcccatcaggtaaacaatgagtcccca
ttggctgagaaagaccacagaggaccacagaccatgaaagaccacagagcccatccgttg
gcccacaggaagagcccagtgcctagggaggagcgggagaagtggcacaggaggtcatct
cggagcagaagcccagctaccattcagcctcctaagccggaactcaggaaggctatcagt
ctaggaggctttcagaacaggaacggcggcaaccaccagcgcagccagagtctagactcc
aggagacaatccctgggtaacttcctgacgcctgacgcctgggtcgactctctcagccag
gagaactgctcctctcccttctccttccgcccagactctgtcttctttgaacccgaaaac
accttagctcctgagacccccacccacacagaggccacccttgcttctccgcctccccct
cccccgccacctcccccccaggacccccgacctcccagcagggccccacagcagctctgt
gaagcatatgggggtgatatgcacatccaaagcataagaaaaccggtgctggagagacag
acgcagctccccccaaccgctccttcagtgccttctagccccagtcatcccccccacgac
cccaggaagaaggcttccatcttcccagacgcctacaggtggcccatcacctaccaggag
gccctgaggtcggtgcagcgcatggaggccaggaagaatgcatctctccccagggaccac
agggagcaccccagacccccagactgtagaggcagaaccacagctccctccctgctcagg
ggttacagctggcctgcacctcaccacacccctcagccaccccaggaggaggagaagaag
caggaggaggtagtagtggaggaggaaaaggaggagaggtatgggggacatgaggtggag
attgggaggtatcatcgaggagtgccagactcgggggggagctacagtagctatgccagc
cagagcagtggcagggggagtctggagcctccaaacgggcgcctatccatctgcctgtcc
ccaaccctcaccagctctcctgaggccaccgaggagatgcaggaaaacacagtggagtca
cacctacaggacatggaggcattgaaaaggagaaaggcctcagtggatgagaattatgag
tgggattcagctgatgtgtccattcagctgggagatcaagaccttgaaggcagaggcctg
ttctcctcagttagtctactgaagtctactcccagcatgcaccattccagggagggcctc
aaagagtcagtccacttccagggtcatcgccatgtgaccagccgccactcagaacccgaa
ccagagactgtgatgttctga
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