Clupea harengus (Atlantic herring): 105902239
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Entry
105902239 CDS
T09045
Name
(RefSeq) LOW QUALITY PROTEIN: receptor tyrosine-protein kinase erbB-2
KO
K05083
receptor tyrosine-protein kinase erbB-2 [EC:
2.7.10.1
]
Organism
char
Clupea harengus (Atlantic herring)
Pathway
char04010
MAPK signaling pathway
char04012
ErbB signaling pathway
char04020
Calcium signaling pathway
char04510
Focal adhesion
char04518
Integrin signaling
char04519
Cadherin signaling
char04520
Adherens junction
char04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
char00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
105902239
04012 ErbB signaling pathway
105902239
04020 Calcium signaling pathway
105902239
09133 Signaling molecules and interaction
04518 Integrin signaling
105902239
04519 Cadherin signaling
105902239
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
105902239
04520 Adherens junction
105902239
04530 Tight junction
105902239
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
char01001
]
105902239
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
char04147
]
105902239
04090 CD molecules [BR:
char04090
]
105902239
Enzymes [BR:
char01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
105902239
Protein kinases [BR:
char01001
]
Receptor tyrosine kinases (RTK)
EGFR family [OT]
105902239
Exosome [BR:
char04147
]
Exosomal proteins
Exosomal proteins of breast cancer cells
105902239
CD molecules [BR:
char04090
]
Proteins
105902239
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Recep_L_domain
GF_recep_IV
Pkinase
Furin-like
TM_ErbB1
Tcell_CD4_C
Haspin_kinase
ABC1
Kinase-like
Motif
Other DBs
NCBI-GeneID:
105902239
NCBI-ProteinID:
XP_042559223
Ensembl:
ENSCHAG00000009403
UniProt:
A0A8M1KAF3
LinkDB
All DBs
Position
23:22785168..22808379
Genome browser
AA seq
1255 aa
AA seq
DB search
MKTSLLSSQENHHELLRLLYTDCSVIHGNLEITHLHGNPDISFLQTIVEVQGYVLVYDVS
VSVIPLDSLRIIRGSQLYNNSYSLAVLNNTLSELRLHSLTEILLGGVDIQHNPLLCFPNP
QTINWGDTLDINNKYRDQRLLQTVADNCPSCSTACGSKGCWGDKDKDCQTLTNVQCAAGC
LRCKGPHPNDCCHTQCAAGCTGPKDTDCLACRHYNNSGTCKENCPPPIIYNPITFQSMAN
PDKRLSFGATCVITCPHNYLAMDAACTLVCPKDNQEVIVTHPDGPETQECERCEKCLKVC
HGLGMGSLQGVSAVNSSNIDLFAGCKKIYGSLVFLNQSFQGDPALNLSGLTPEQLQVFKN
LEEITGYLYIESWPAEMKNLSVFENLKLIRGRMLYKGVLSLGVQTLEHVESLGLRSLERV
NGGLVLIHDNPHLCYTRSVPWDAILRATQSTSVSIISNRNGNTTSCEAEGHVCHALCGEG
GCWGHGPDQCVECVSFQRGTECVEECNIFEGSVREFTYENQTRCVPCHSECQPINGSASC
DGPGAHQCLECLNVQDGAMCVPKCPSGNKEDQHMVWKYPNATGHCQSCNTNCTMSCPLDE
RGCPIAVKTGAGTSIAAAVGGVLLFFILLGLLVFYMHRQRHRKKKENMRRIMQEHELVEP
LTPSGATPNQAQMRILKETELKKLRVLGSGAFGTVYKGIWAPDGEHVKIPVAIKVLRENT
SPKANKEILDEAYVMAGVASLYVCRLLGICLTSTVQLVTQLMPYGCLLDYVRENHEYIGS
QSLLTWCVQIAKGMSYLEDVRLVHRDLAARNVLVKSPTNVKITDFGLARLLDIDETEYHA
DGGKVPIKWMALESILHRKFTHQSDVWSYGVTVWELMTFGAKPYDQLPARDIPELLEGGE
RLPQPPICTKELYMIMVNCWKIXPESRPRFKELVTEFGTMAKDPARYVVIQNDEQMNMAG
PVDSQFFRRLMEEEGGTSPSCWNAEEYLVPQPGFFXDPQGENQTNGPSRHHSHRSTDQPL
MEVDGVPGGRSMYRANSTLARASTQRCVGAVGGSGGGSWGAPYPXLARSTSHRSPGAQSD
NVFPDVGGGRGGERPPCQSRRYCMDPTFPNGFPEGGEVETDGGPQPLLRNTLPRRQHKQP
GXYVNQEVDSERPSTLPRKGVEYRQRNGMSTGHSVDNPEYLVPPGSVSPAYDNPYYLDLV
AKQQAVAAANDRSMGGLTPTVSPSHRHLNGFVTPTAENPEYLGLADTWSGQKDHT
NT seq
3768 nt
NT seq
+upstream
nt +downstream
nt
atgaagacatccctgctgtccagtcaggagaatcatcatgagctgctcaggctcctctac
acggactgcagcgtcatccatggcaacctggagatcacacacctacacggcaacccagac
atctccttcctacagaccatagtggaggtgcaaggctatgtgttggtgtatgatgtgtca
gtgagtgtgatacccctggacagtctacgcatcatcagaggcagccagctctacaacaac
agctactctctggccgtcctgaataacacactcagcgaactgcgtctgcacagcctcaca
gagatcctgctgggtggggtggacatccagcacaaccccctcctctgcttccccaacccc
cagaccatcaactggggcgacaccctggacatcaacaacaagtacagagaccagcgcctc
ctgcagacagtagcagacaactgcccgagctgttccactgcttgtggatcaaaaggatgc
tggggggacaaggacaaggactgccagacattaactaatgtccagtgtgcggcggggtgt
ctgcgttgtaagggtccccaccctaatgactgctgccacacacagtgtgctgccggctgc
actggacccaaagacactgactgcttggcgtgtcgtcactataacaacagtggcacctgc
aaggagaactgcccccctcccatcatctacaaccccatcaccttccagtccatggccaac
cccgacaagaggctcagcttcggggccacctgtgtcataacctgcccccataactatctg
gccatggatgcggcctgcaccctcgtctgccccaaggacaaccaggaagtcatcgttacg
catccggatggccctgagacgcaggaatgtgaaagatgtgaaaagtgcctcaaagtgtgc
catggactgggtatgggctctctccagggggtgtctgcggtgaactcctccaatatcgac
ctcttcgctggctgtaagaaaatctacggcagcctggtcttcctcaaccagtccttccaa
ggagacccagccttaaacctgtcggggctgaccccggaacagctgcaggtgttcaagaac
ctggaagagatcacagggtacttatacattgagagctggccagcagagatgaaaaatctg
agtgtatttgagaacctgaagttgatccgtggaaggatgctttacaagggggtgctctcc
ctgggggtccagaccctggaacacgtcgagtctctggggctgcggtcactcgagcgtgtc
aacggcggcctggtcctcatccatgacaacccccacctgtgctacacgcgctccgtgccg
tgggacgccatcctgagagccacgcagagcaccagcgtcagcatcatcagcaaccgcaac
gggaacacaaccagctgcgaggctgagggtcatgtgtgccacgccctgtgtggggagggg
gggtgctggggtcacggcccagaccagtgtgtggagtgtgtgtcctttcagcgcggaacc
gagtgtgtggaggagtgcaacatctttgaaggatctgtgcgggagttcacttacgaaaac
caaactcgctgtgttccctgtcactcagagtgtcaaccaatcaatggttcagcttcctgt
gatggcccgggggcgcatcagtgcctggagtgtctgaatgtgcaggacggtgccatgtgt
gtgcccaaatgccccagtggcaataaggaggaccagcacatggtgtggaagtaccctaat
gccactgggcactgccagtcctgcaacaccaactgcaccatgtcgtgtccgctggatgag
cgtggctgtcccatcgcagtgaaaaccggggcaggcacctccatcgcagcagcagtgggt
ggagttctgctcttcttcatcctgttgggtctgctggtgttctacatgcaccgccagagg
caccgcaagaagaaggagaatatgaggaggatcatgcaggagcatgagctggtggaacct
ctgaccccgagtggagccacgcccaaccaggcccagatgcgcatcctgaaggagacggag
ctcaagaagctcagggtcctcggctccggagcctttggaaccgtctacaagggaatctgg
gccccagatggagagcatgtgaagatcccagtggccataaaggttttgcgtgagaacacc
tcacccaaggccaacaaagagatcctggatgaggcgtatgtgatggcgggtgttgccagc
ctgtacgtgtgtcgtctcctgggcatctgcctgacgtccaccgtgcagctggtcacacag
ctcatgccctacggctgcctgctggactacgtgcgggagaaccacgagtacatcggctcg
cagtcgctcctcacctggtgtgtgcagatcgccaagggcatgagctacttggaggatgtg
aggctcgtgcacagagacctggctgcccggaacgttctagtaaagagccccaccaacgtt
aagatcacagattttggtctggccaggttgctggacattgacgagacggagtaccacgcg
gatggaggaaaggttcccattaagtggatggccttggagtccatcctccacaggaagttt
acccatcagagtgacgtctggagctacggtgttaccgtgtgggagttgatgacctttgga
gctaagccctatgaccagcttcctgcgcgggacatccccgagctcctggaggggggagag
aggctcccccagccccccatctgcaccaaggagctgtacatgatcatggtcaactgctgg
aaaattngaccggaaagccgacccaggtttaaggagctggtgactgaattcggtacaatg
gccaaagaccctgcccgctacgtggtcattcagaacgatgagcagatgaacatggcgggc
ccagtggacagtcagttcttccgcaggctgatggaggaggagggaggaacgtccccgagc
tgctggaatgctgaggaatacctggtcccgcagccggggttcttcnncgacccccagggg
gagaaccaaaccaacggacccagcagacaccactcgcatcggagcacagatcagccgctg
atggaggttgacggcgtgccaggtgggcggagcatgtatcgtgccaatagcacgctggca
cgagccagtacccaacgctgcgtgggcgctgttggggggtcgggggggggcagttggggg
gccccgtaccccntcctggcccgcagtacctcccaccgctccccaggggcgcagtccgac
aacgtgttccctgacgtggggggtggacgggggggagaacggcccccctgccagtccagg
aggtactgcatggaccccaccttccccaacggtttcccagaaggaggagaggtggagacg
gacggaggcccacagccccttctcagaaacactctgccccgcaggcaacacaagcagcca
gggtgatatgtgaaccaggaagtggattcggagcgtccgagcacgcttcccaggaagggg
gtggagtatcggcagcgcaacgggatgtcgacgggtcacagcgtggacaaccccgagtac
ctggtgccgcccgggagcgtctcccccgcctacgacaacccctactacctggacctggtg
gccaaacagcaggcggtggctgccgctaacgaccggagtatgggcgggctcacgccaacc
gtgtccccgtcccaccggcacctcaacggcttcgtcacgcccaccgcggaaaacccggag
tacctggggctggcggacacctggagtggacagaaggatcacacctga
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