Salmo trutta (river trout): 115177073
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Entry
115177073 CDS
T08542
Name
(RefSeq) B-cell receptor CD22-like isoform X1
KO
K06467
CD22 antigen
Organism
stru
Salmo trutta (river trout)
Pathway
stru04514
Cell adhesion molecule (CAM) interaction
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecule (CAM) interaction
115177073
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
stru04515
]
115177073
04090 CD molecules [BR:
stru04090
]
115177073
04091 Lectins [BR:
stru04091
]
115177073
Cell adhesion molecules [BR:
stru04515
]
Immunoglobulin superfamily
SIGLEC family
115177073
CD molecules [BR:
stru04090
]
Proteins
115177073
Lectins [BR:
stru04091
]
I-type lectins (Siglecs)
115177073
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Ig_2
Ig_3
Ig_CD22
I-set
ig
V-set
Ig_VEGFR-1-like_5th
Ig_4
Ig_5
C1-set
Ig_7
VEGFR1-3_N_Ig-like
Motif
Other DBs
NCBI-GeneID:
115177073
NCBI-ProteinID:
XP_029593419
LinkDB
All DBs
Position
37:25548126..25579087
Genome browser
AA seq
1091 aa
AA seq
DB search
MLFTHTHTPTYPVIIMILKRTVAMFHFLTVLLMLLNVSFCNLQIPLKITGGHLAAKEGSC
ITIKCTLTSLTKHEQDQWFWMKNAKWIDNTKNFTGTIVNSNMKAQTPAPEFADRVKYIGS
VNFGWATQSDCSLLINNLEKTDSGIYKFRYIGMTGKWISEPGLNLTVEDDPCRVRVEKLD
TSTVKESEPVTIRCFTSRACGSHPEFTGLGQTVMPVHTYEGNRASIAVSFNASWQDDGRV
LSCQPQGTKDQCMSKSVKLTVEYAPKETKAVVDLNLSNVKEGQPVTLTCSSRGHPNATYS
WFKDSRKTKFSGTELLIRSITSTHSGNYYCEAVNQHGTHDSNVVTINVKYAPVGVYIETD
KRSTIKEGEQIKLTCMVSKSNPEVHSWSWFKDNKIITNTLKEYTFKSVQLEDKGHYSCEA
RNYVGSRRSSSTHQITVSYVPRYTQITQSGGSHNNQVKAGSELSLTCMADAYPAPSVFTW
YRHNGVLPHRLSSLTGNPQTLLLVRVGVTDEGCYMCRATNDIGTGQNSSMSCFSVLYGPT
KPVLSMVRTAQEGLPVTINCTVQSFPDSQLTLTWTPRPSVSPMSSSLLQMQPQPVLGFLQ
HSTNVVWGSFNVTFLQGGVYTCRAQNSEGSSSTEEELEITYSPKNVMASAHPDTVLTENS
QLVLTCTARSNPHATNYTWIQISAGETRIVGLVQKLTVMSTTPSHSGLYTCTAQNPLGTG
KSQQVEVKVKYAPKLTEVIHNMTNRWQSDGGSPVALTCHSHSYPPVNSYKWYRLVEEREH
FIINHQNITVHPDKPGTYYCVATNNMGGKESGRVKLFLNRSVFHVLSLVLPFCCVPLVLL
LIFLVYRHKRIKSIQQGTANKLPRCVRFGFLRWRNGTSENLVSEGGAAASDPPGSNRDQL
WPDSPYHPEPLPQPQHPHPSRTLCPDSTSTSDIYTAYSVLKVPGGKQGLSPSHPIRNKDE
HTGRTQEPEVNYASMQFRGQEMGSLVPRDQAREDDVYAKVGKPKLKEKTNKCNDYENIKE
VCASKPTIEPNMETETGSSEDDMEISYSEVTFRAKPGHQTVCSSDPRHRRAGHSSSSDEE
DYTTQYSDVKI
NT seq
3276 nt
NT seq
+upstream
nt +downstream
nt
atgcttttcactcacacacacactcccacatatccagtaataatcatgatactcaagaga
acagttgcaatgttccatttcttgacagttcttctgatgctgttgaatgtttctttttgc
aatcttcaaatacccttaaaaataactggaggacacttggccgcaaaggagggttcctgc
attacaatcaaatgcactcttaccagcttgacgaaacatgaacaagatcaatggttttgg
atgaaaaatgcaaagtggattgacaacacgaagaatttcactggcacaattgtaaacagt
aacatgaaggcccaaacccctgcccctgaatttgcagacagagtaaagtacattggttct
gtgaattttggatgggccacacaaagcgactgcagcctactcatcaacaacctggaaaag
actgacagtgggatctacaaattcagatatataggaatgactggaaaatggatatctgaa
ccaggtctgaatcttacagttgaagatgatccgtgccgggttagagttgagaagttggac
acgtcaacagttaaagagtctgagcctgtgactattcgatgcttcacgtcacgggcatgt
gggtcacacccagagttcacagggcttggtcagaccgtaatgcctgttcacacctatgag
ggtaaccgtgcaagcattgcggtcagctttaatgctagctggcaggatgatgggagggtg
ctctcctgtcaaccacaggggaccaaagaccagtgtatgagcaagagcgtcaagctgacc
gttgaatatgcccctaaggagacgaaggctgttgtagatttaaatttgtcaaatgtaaag
gaaggacagcctgtcaccctcacttgttccagcagaggacaccccaatgctacctactcc
tggtttaaagacagtcgaaagaccaaattcagtggaactgaattgttgatccgatctatc
acatctacacacagcgggaattactactgcgaagctgtaaaccaacatgggacccacgac
tcaaacgttgttacaataaatgttaaatatgctcctgtcggagtgtacattgaaacagat
aaacgctctacaatcaaagaaggagaacaaatcaaattaacttgcatggtgtcgaaaagc
aaccctgaagtgcattcatggtcttggttcaaagacaacaaaataataaccaatacttta
aaggagtataccttcaagagtgtacagctagaggacaaaggtcattactcctgtgaggcg
aggaattatgttggcagtagaaggtcatcatcaacacatcagataacggtttcctatgtt
ccaagatacactcagatcacccaaagcggaggttcccacaacaaccaggtgaaggcaggc
tctgagctaagtctcacctgtatggctgatgcctatcctgcccccagtgtcttcacctgg
taccgccacaatggagtattaccacatagactaagctccctcacaggcaacccacagacc
ctactcttggttagggtgggcgtaacagacgaggggtgttacatgtgtagggccaccaat
gacatcggcacgggtcagaacagcagcatgtcatgcttcagtgttctatatggcccaacc
aaaccagtgctttctatggtgcgtacggcccaggagggactcccggttactatcaactgc
accgtgcagagtttcccagactctcagctcactctgacatggactccccgtccctctgtc
tcacctatgtctagctcccttcttcaaatgcagcctcaaccagttcttgggttcctccaa
cattctaccaatgttgtctggggttcttttaatgttacattcctgcaaggaggggtttac
acctgtagagcccagaactctgaggggagtagcagcacagaggaggagctggagattaca
tacagccccaaaaatgtgatggcctctgctcaccctgacacggtcctgactgaaaacagc
cagctggttcttacctgcacggctcgttccaacccccatgccaccaactacacctggatc
cagatcagcgcaggagagaccaggatagtggggctggtccagaagttgacggtgatgtcc
acaaccccatcccatagtggactgtacacgtgcactgcccagaaccccttaggaactggg
aaatcccaacaggttgaagttaaagtcaagtatgctccaaagctcacagaggtcattcac
aacatgaccaataggtggcagagtgatggggggagccctgtggcactgacctgccacagt
cacagttacccccctgtcaacagctacaagtggtacaggctggtcgaggaaagggagcat
ttcatcatcaatcaccagaacatcactgtccacccggacaagcccgggacgtactactgt
gtcgccaccaataacatgggggggaaagaatctggaagagtcaagctgtttctcaaccga
agtgtcttccatgtcctctctctcgtccttcctttctgctgtgttccacttgttctttta
ctcatctttctggtctacagacacaagaggatcaaatcgatccagcaggggacagcaaat
aaactgcctcgttgtgttcgctttggttttctgcgctggcgtaatggcacaagtgagaac
ctggtgagcgaagggggtgcagcggcatcagaccccccggggagcaacagagatcagctg
tggccagacagcccgtaccacccagagcctctgccccaaccgcagcatccccatcccagc
aggacgttgtgtccagacagcacgtcgacctctgacatatacactgcatacagtgttctg
aaggtaccaggtggaaagcagggtctttcaccaagccatccaatcagaaacaaagatgaa
cacactggacgcacgcaggaacctgaagtcaactatgcctccatgcaattcaggggccag
gagatgggtagcttggttcctagagaccaagcgagagaggatgacgtctatgctaaggtt
ggcaagccaaagctgaaggaaaagactaataagtgcaatgactacgagaacattaaggaa
gtgtgtgcttcgaagcccaccatcgagccaaacatggagacggagacagggagcagtgag
gatgacatggagatcagctactctgaggtcacgttcagagcaaagccaggacaccagaca
gtctgtagttctgaccctcgccaccgcagggcaggccacagcagcagctcagatgaagaa
gactacacaacccagtactctgatgttaaaatataa
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