Salmo salar (Atlantic salmon): 106600038
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Entry
106600038 CDS
T04363
Name
(RefSeq) receptor-type tyrosine-protein phosphatase S-like
KO
K06778
receptor-type tyrosine-protein phosphatase S [EC:
3.1.3.48
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa04514
Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecules
106600038
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
sasa01009
]
106600038
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
sasa04515
]
106600038
Enzymes [BR:
sasa01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
106600038
Protein phosphatases and associated proteins [BR:
sasa01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
106600038
Cell adhesion molecules [BR:
sasa04515
]
Immunoglobulin superfamily
Type II RPTP family
106600038
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Y_phosphatase
fn3
I-set
Ig_3
Ig_2
ig
Ig_DSCAM-DSCAML_C
Pur_ac_phosph_N
Tc-R-P
PTP-SAK
DSPc
fn3_2
Fn3_PTPRU
Tissue_fac
Y_phosphatase3
V-set
PTPlike_phytase
Fn3_VIN3
Ig_VEGFR-1-like_5th
PTP-NADK
TraE
Arylsulfotran_N
Motif
Other DBs
NCBI-GeneID:
106600038
NCBI-ProteinID:
XP_014046849
UniProt:
A0A1S3R535
LinkDB
All DBs
Position
ssa03:37702845..37798114
Genome browser
AA seq
1528 aa
AA seq
DB search
MVPPSPGGTVAQSRVPRPGYGLCLYPPFLLPLLLVLTSLPNLSDALAAPKFTKIPGDQIG
VSGGVASFVCQASGDPKPMVNWNKKGKKVNSQRIETIEFDDGAGAVLRIQPLRAPRDENV
YECVARNSEGEVATTAKLAIIREDLLPFGFPSIDMGPQLKVVERTRTATMLCAASGIPDP
EISWFKDFLPVEPRSSLGRIKQLRSGALQIENSEETDQGKYECVATNSQGVRYSSPANLY
VRELREGSTDKLRRVPPRFSILPANHEIMPGGSVNITCVAVGSPMPYVKWMLGIEDLTPE
DEMPVGRNVLELNGVRESANYTCVAMSSLGIIEATAQVSVKTLPKPPGTPIVTETTATSV
TITWDSGNPDPVSYYIIQYRAKTPDSKYEAVDGITTTRYSIGGLYPNTEYEVRVSAFNSI
GQGPSSTRVEARTGEQAPASPPRNVQARIISQNTVMVRWEEPEEPNGQVKGYRVYYTMDP
SQPMSLWQIHNVQDSTITTIQSLIPSETYTVRVLAFTSVGDGPFSDSVHVKVLPGVPGQP
GKFKVGKVTDTSIQLTWEPSYTKEGIVNYELLYKPVKFGSLEKLTFGPRASYTVEGLRAN
TEYSFSLAAISNKGIGAFTNELVQRTSQANVPRNFSVNLATKTSVLLTWEFPDSPYPYHF
TVEYNHQKMEVDARLRKAVIPNLQPDTDYDFKITSPEGNMGRLRHRILAKTSPLIGIRRP
EIDHTRDTETTITIILPSLENRSPVKNVYVVVVPLRRARGVIRHLKNPDEMDLEELLDIS
QRQRDNRQQKQVDLRRAYITARFTPDTLPAFFTLGDQLDYGGFENRALEPGQEYVFFILA
ELNGTTGKMYGASPYTDPVIAPDSDPQPLDAGDGLIWVVGPVLAVVFIICIVIAILLYKN
KPDSKRKDSEPGTKSLLGNAEMMAHHPTDPVEMRRINFQTPGMMSHPPIPITELAEHTEL
LKANDNLRLSQEYESIDPGQQFTWEHSNLEVNKPKNRYANVIAYDHTRVVLAPIEGSSPG
ILGSDYINANYIDGYRKQNAYIATQGPLAETFGDFWRMVWEQRAASVVMMTRLEEKSRVK
CDQYWPTRGSETYGMTQVTLLDTMELATFCVRTFSLHKSGSSERREVRQFQFTAWPDHGV
PEYPTPFLAFLRRVKACNPPDAGPVIAHCSAGVGRTGCFIVIDAMLERIRHERTADVYGH
VTLMRSQRNYMVQTEDQYGFIHEALLEAVACGNTEVAARSLFSYMQKLGQVENGEHVTGM
ELEFKRLANTKAHTSRFVSANLPCNKFKNRLVNIMPYETTRVCLQPIRGLEGSDYINASY
IDGYRQQRGYIATQGPLAETTEDFWRMLWEHNSTIVVMLTKLREMGREKCHQYWPAERSA
RYQYFVVDPMAEYNMPQYILREFKVTDARDGQSRTVRQFQFTDWPEQGVPKSGEGFIDFI
GQVHKTKEQFGQDGPISVHCSAGVGRTGVFITLSIVLERMRYEGAVDIFQTVKMLRTQRP
AMVQTEDEYQFSYQAALEYLGSFDHYAT
NT seq
4587 nt
NT seq
+upstream
nt +downstream
nt
atggttccccccagtcctggtggaaccgtagcccagtccagggtgcctcgccctgggtac
ggcctctgcctctaccccccttttctgctgccactgttgctggtgctcacttccctgcct
aacctctctgacgccctagcagcgcccaagtttaccaagattcccggggaccagattggg
gtgtcgggaggcgtggcctctttcgtgtgccaggcgtcaggtgaccccaagcccatggtc
aactggaacaagaaaggcaagaaggtcaactcccaacgcatagagacgatagagtttgat
gatggagctggggccgtgctgaggatccagcctctcagggccccccgagatgagaacgtc
tatgagtgtgtggcccgcaacagtgagggagaggtggccaccaccgccaagctagccatc
atacgagaggacctgttgccgtttggtttccccagcatcgacatgggaccccagctgaag
gtggtagagaggaccaggacggccaccatgctgtgtgctgccagcggcatcccagaccca
gagatctcctggttcaaagatttcctacctgtagaacccaggtccagcctgggacgcatc
aaacaactacgctcaggtgccctgcagatagagaacagtgaagagaccgaccaggggaag
tatgagtgtgtggccactaactctcagggcgtacgctactcttccccagccaacctgtat
gtgcgagagctacgagaaggatcaacagacaaattgcgtcgcgtgccccctcgtttctcc
atcctgcccgccaaccatgagatcatgcctggcggcagcgtcaacatcacctgtgtggcg
gtgggctcgcccatgccctatgtcaaatggatgctgggtattgaggacctgaccccggaa
gacgagatgccggtgggacgcaatgttttggagctcaacggagtgagagagtcggccaac
tacacctgcgtggccatgagcagtctggggattatagaggccaccgcacaggtgtcagtt
aagactcttcccaagcctcccggtacccccatcgtcacagagacgaccgccaccagcgtt
accatcacctgggactccggtaaccccgacccggtgtcctattacatcatccagtaccgg
gccaagacaccggacagcaagtatgaggcggtggacggtatcaccaccaccaggtacagc
atcggagggctctaccccaacacggagtacgaggttagggtgtcggccttcaacagcatc
ggccagggcccctcgtccacccgggtagaggccaggacaggggaacaggccccggctagc
ccccccaggaacgtccaggctaggatcatctcccagaacactgtcatggtccgctgggaa
gaaccggaggagcccaacggacaggtgaaaggttaccgggtgtactacaccatggaccca
tctcagcccatgagtctgtggcagatccataatgtccaggacagcaccatcaccaccatc
cagagcctgataccctctgagacatacacagtcagagtactggccttcacctctgtggga
gacggacccttctctgactccgtccatgtcaaagttctgcccggagttccagggcagcca
gggaagttcaaagtgggaaaggtgacagacaccagtatacagctcacctgggaaccttcc
tacaccaaggagggcatcgtcaactacgaactgctctacaaacctgtcaagtttggcagc
ctggagaagttgactttcgggcccagggcgtcgtacacagtggagggactgagggctaat
acagagtactccttctccctggcagccatttctaacaaaggcatcggagccttcaccaac
gagctggtccagaggacatcacaagccaatgtcccgaggaacttctcagtgaacctggcg
accaagacgagtgttctgctgacctgggagttccccgacagcccctacccataccacttt
actgtggagtataatcatcagaagatggaggtggatgccaggctgaggaaagcagtgatc
cccaacctgcagcccgatactgactatgacttcaagatcacctcccccgagggcaacatg
ggccggctgaggcaccgcatcctagccaagacgtctccactaatcggcatccgtcgtccg
gagatagaccacacccgggacacggagaccaccatcaccatcattctgccttcactggag
aaccgcagccctgtcaagaacgtgtatgtggtggtagttcccctgaggagggcgaggggg
gtcatcaggcatctcaagaacccagacgagatggacctggaggagttgttggacatcagt
caaagacagagggacaatagacagcaaaaacaggttgacctgcgtcgagcctacatcact
gcccgcttcacccctgataccctgccagccttcttcactttgggggaccagctggactac
ggaggctttgagaaccgcgctctagaaccgggacaggagtacgtgttcttcatcctggcg
gaactcaacggcaccacagggaagatgtacggggccagcccctacacagacccagtgata
gcccccgactcagacccccagcccctggacgcgggggatggtctgatctgggtggtggga
cccgtcctggccgtggtcttcatcatctgcatcgtcatcgccatcctgctctacaagaac
aagccagacagtaagaggaaggactctgagccaggcaccaagagccttctgggtaacgct
gagatgatggcccaccaccccacagaccccgtcgagatgagacgcatcaacttccagacc
cctggtatgatgagccaccctcccatccccatcacagagctggctgaacacacagagctg
ctcaaggccaacgacaacctgcgtctgtctcaggagtacgagtccattgacccaggtcag
cagtttacctgggagcactccaacctggaggtgaacaagcccaagaaccgctatgctaac
gtcatcgcctacgatcacactcgcgttgtcctcgctccaatagagggttcaagtccaggt
atcctgggtagtgactacatcaatgctaactacattgatggctacaggaagcagaatgcc
tacattgccacacagggcccgctggctgagacgttcggggacttctggaggatggtgtgg
gaacagagagcagcctccgtggtcatgatgactcgcctggaggagaagtcacgggtaaag
tgtgaccagtactggccgactcgtggttcagagacctatgggatgacccaggtcacccta
ctggacactatggaactggccaccttctgcgtgcgcaccttctccctgcacaagagtggt
agtagtgaaaggagggaggtgcgtcagttccagttcactgcctggccggaccacggagta
ccagagtaccccaccccgttccttgccttcctacgcagggttaaagcctgcaacccccct
gacgcaggtcctgtcatcgcacactgcagtgcgggggtgggccgcaccggctgcttcatc
gtgatcgacgccatgctggagagaatcagacacgagcgcacggccgacgtctacggtcac
gtgaccctaatgaggtcacagcggaactacatggtgcagacggaggaccagtacggcttc
atccacgaggcgctgctggaagcagtggcttgtgggaacacggaggtggcagccaggagc
ctgttctcctacatgcagaagctgggccaggtggagaatggagagcacgtcaccggcatg
gagctggagttcaagcgtctggccaacacaaaagcccacacgtctaggttcgtcagtgcc
aacctgccgtgtaacaagttcaagaaccgcctggtcaacatcatgccctacgagaccacc
cgtgtctgtctgcagccaatcagaggcctggagggctcagactatatcaacgccagctac
atcgatggatacaggcagcagagaggatacatcgccacccagggtccactggctgagacc
acagaagacttctggagaatgctgtgggaacacaactctaccatcgttgtcatgctcact
aaactgagagagatgggacgggagaagtgccatcagtactggcctgcggagcgttcagcc
agataccagtactttgtagtggatcccatggctgaatacaacatgccccagtacatcctc
agagagttcaaagtcactgacgcaagggatggccaatcgcggacagttcgtcagttccag
ttcactgattggccagagcagggagttccgaaatctggagagggcttcatcgacttcatt
ggccaggtgcacaaaacaaaggagcagtttggtcaggacggtccaatcagtgtccactgc
agtgcgggtgtagggcgaactggagtcttcatcactctgagcattgttctggagaggatg
cgttacgagggagctgtggacatcttccagacagtcaagatgctgaggacacaacgccct
gccatggtgcagacggaggatgagtaccagttctcctaccaggctgccctggagtacctg
gggagttttgaccactatgcaacctaa
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