Gigantopelta aegis (peltospirid snail): 121376018
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Entry
121376018 CDS
T07458
Name
(RefSeq) receptor-type tyrosine-protein phosphatase kappa-like
KO
K06776
receptor-type tyrosine-protein phosphatase kappa [EC:
3.1.3.48
]
Organism
gae
Gigantopelta aegis (peltospirid snail)
Brite
KEGG Orthology (KO) [BR:
gae00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
gae01009
]
121376018
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
gae04515
]
121376018
Enzymes [BR:
gae01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.48 protein-tyrosine-phosphatase
121376018
Protein phosphatases and associated proteins [BR:
gae01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Classical)
Receptor PTPs
121376018
Cell adhesion molecules [BR:
gae04515
]
Immunoglobulin superfamily
Type II RPTP family
121376018
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Y_phosphatase
Tc-R-P
DSPc
PTP-SAK
Y_phosphatase3
TM_ErbB1
PTP-NADK
DUF6249
Motif
Other DBs
NCBI-GeneID:
121376018
NCBI-ProteinID:
XP_041359713
LinkDB
All DBs
Position
6:29585467..29647259
Genome browser
AA seq
1074 aa
AA seq
DB search
MAKILISGILLVCVFIAAVLTESTCPLNKYGWRCRFKCRCRNGTCDPQTGSCKSGCRSPR
YGTSCQLKNQCLYDLHGVNYTGTWNKAKGNKVCIPWSDEFVQKKGYTPDMFPDKKFPENY
CRNPREKNGKYSNMPWCYIARGGDKPFASCTALKAATKSVCQCPDYMFGVNCAQQCHCRN
ESEVCDKRYGNCGSGCAPGWSDFSCQTACPVGKYGLGCSKTCEFCLDDRCDPETGHCVQG
CQAGHRGDFCDTPCALGTFGPNCQEECGNCRDGEPCRPTLGDCFRGCAPGYTNTHCKEKC
PPGRYGLNCDNLCGQCHPGTDCSHITGFCTSGCDQGYKGDKCDTECQEGTYGENCTAVCG
HCKGGTPCLTTNGQCLKECDEGYFGYRCVEKIEMSTMASETGGIIGGVLAFILVFLIIFL
LVIFIRRRRHKNTMSMTRHYVTEEPVGHPTEHNESIQLLGDSRIENSTVLTSETEDNTIN
EEVNEPIYVNINSKKQTNPIPLSDLYDVILKYRENSMAGFKTEFDELPMGLLALCEVARR
PDNKAKNRYGNIVAYDHSRVTLEPISNEPFSDYVNANFMDGYSKKKSYIASQGPNKAMIR
DFWRMVWQQRVSKIVMLTNLVEACKKKCEQYWPSEGSIKYGEVTVRNVNEAKYTDYIIRT
FEISKDSVSRIVKQFHFTTWSDHGAPTFPTTLLAFRRKIHTYSPDSTAPVLSHCSAGIGR
TGTFIALDYLLEQAANENQIDVLGIAQLMRTNRVNMIQTWEQYAFVYEAVLESIKSGETT
IPKSAFRNVYQNMSQTNKEGETTPLEKQYEVLQLLSPNIDRDECTAACAPENNGKNRFQN
ILPANRCRPFLYTPVQGCTDYINAVFLPGYTQKDRFIVTQMPLPGTVADFWRMLYDYTSD
TVVMLNEFDRNDKSCALYWPEEYGYTEEYGPLSVELLSSSEADVDVTIRVFKLSHTIKGE
ERAVKQFQFKSWPDYQTIPNSVTALLRLQKLVSDWLKQNGKGPISIHCMNGASKSGLFAA
ISLVLERLTMDQEVDIYQTIKQIRMNRPQFIENFEQYQFCYQLILEYLDSQDHS
NT seq
3225 nt
NT seq
+upstream
nt +downstream
nt
atggctaaaattttaatatctggaatactgttggtctgtgtatttatagcagctgtttta
acagaatcgacatgtccactgaacaagtatgggtggcgatgtcgatttaagtgtcgatgt
cggaatggtacgtgtgatccacagacggggagctgcaagtccgggtgccggtcacctcga
tacggtacatcgtgtcaactcaaaaaccaatgtttatacgatttacatggtgtcaactac
actggcacctggaataaagcaaagggaaacaaagtatgcatcccatggtctgatgaattt
gttcagaagaaaggttacacaccagatatgtttccagataagaaatttccagaaaactac
tgtcgtaatccccgtgagaaaaacgggaagtacagcaatatgccatggtgttacatagca
cgaggtggagataaaccgtttgcttcctgcactgctctcaaagcagctaccaaaagtgtt
tgccagtgccctgattatatgtttggtgtgaactgtgcgcagcagtgtcactgtagaaat
gagtctgaggtgtgtgacaagcgttatggtaactgtggcagtggctgtgccccgggatgg
tcagacttcagctgtcagacagcttgtcctgtgggaaagtatggacttggatgctctaag
acgtgtgaattctgccttgatgacagatgtgatccggagactggacattgtgtgcaaggc
tgtcaggctggtcaccgtggagatttctgtgatacaccttgtgctcttggaacgttcgga
cctaactgccaggaagagtgtggcaactgtcgtgatggagaaccgtgtcgacccacactc
ggagactgtttccgtggttgtgccccgggatacacaaacacacactgtaaagaaaaatgt
ccacccgggcggtatggcttgaactgtgacaatctgtgtggacagtgtcacccaggaaca
gactgcagtcacatcactgggttttgcacctccggctgtgaccaaggctacaagggagat
aaatgtgacacagagtgtcaagaagggacgtatggagagaactgcacggcagtgtgcgga
cactgtaaagggggaactccgtgtctcaccaccaacggccagtgtctgaaggagtgtgat
gagggttacttcggatacagatgtgttgaaaagattgaaatgagtacaatggcgtcggaa
actggcgggatcatcgggggagtcctcgccttcatcctcgtctttctcatcatcttcctg
ctcgttattttcataagacgccgtcgacacaaaaacacgatgagtatgacccgtcattat
gtgacagaggagccagtgggacatcccacagaacacaatgaaagtattcagctgcttgga
gactccagaatcgaaaattcgacagtgttgacatctgagactgaagataacactataaat
gaggaggtgaatgagcccatctacgtaaacatcaacagcaagaaacaaaccaaccccatc
ccactgtccgacctgtatgatgtcattctcaaatacagagagaacagcatggctgggttc
aagactgaatttgatgaactgccaatgggtttattggctctttgtgaagttgctaggaga
ccagataataaagctaaaaaccgatatggaaacattgttgcttatgatcattctcgagtt
acactggagccaatatctaatgaaccattttccgactatgtcaacgcaaatttcatggat
ggatacagtaagaaaaagtcttacatagcttctcaaggtccaaataaagcaatgatccgt
gacttttggcggatggtctggcaacaaagagtttccaaaattgtaatgcttaccaatttg
gtggaagcttgtaagaaaaagtgtgagcagtactggccgagtgagggatcgatcaagtac
ggcgaggtcacagtacgaaatgtgaatgaagccaagtacacggattacatcatacgaacc
tttgaaatatctaaggattcagtgagccggattgttaaacagtttcactttaccacgtgg
tcggaccatggcgctccgacgttcccaaccaccctgctggccttccgccgtaagatacac
acctacagcccagacagcactgctccggtcttgtctcactgcagtgctggtattggtcgg
acaggaacattcatagctctggactatcttctggagcaggctgctaatgaaaaccagata
gatgtgctgggcattgctcagctcatgagaactaacagagtgaacatgattcagacctgg
gagcagtatgcctttgtgtatgaggctgttcttgaatccatcaagtcgggtgaaacgacc
ataccgaaatctgcttttagaaacgtttaccagaacatgtcacagacaaacaaagaagga
gaaacgactccattagaaaaacagtacgaggttctacaactcctgtctccaaacattgat
cgggatgaatgtactgctgcatgtgcacctgagaacaatggcaaaaacagattccagaac
atcctgccagctaaccgctgtcggcctttcctgtacacacctgtacagggttgtacagac
tacataaatgctgtgtttttacctggctacacacaaaaggaccgtttcattgtaacgcag
atgccactgcccggcacagtggctgacttctggcgcatgttgtacgactatacatcggac
actgtggttatgctcaacgaatttgatcgcaatgataagtcgtgtgccttgtactggcct
gaagaatatgggtacactgaagagtacggtccactcagtgtggagttgctgtcctcgtca
gaggccgatgtcgacgtcacgatccgcgtcttcaaactgagccacacaatcaagggtgaa
gagcgagcagtcaaacagtttcagttcaagtcgtggccagactaccagacaatccccaac
tctgtgactgctctcttgaggctgcagaaacttgtctccgattggctcaaacagaatgga
aagggaccaatctccattcactgcatgaatggtgccagtaagagtggtttgtttgcggcg
atcagtctggtgctggagcgtctcactatggaccaggaggtggacatctaccagaccatc
aaacagatcaggatgaaccggccacagttcatagaaaactttgagcagtatcagttctgc
taccagctgatcttggagtaccttgacagtcaagatcacagctga
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