Aquarana catesbeiana (American bullfrog): 141114430
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Entry
141114430 CDS
T11018
Symbol
ERBB2
Name
(RefSeq) receptor tyrosine-protein kinase erbB-2
KO
K05083
receptor tyrosine-protein kinase erbB-2 [EC:
2.7.10.1
]
Organism
acat Aquarana catesbeiana (American bullfrog)
Pathway
acat04010
MAPK signaling pathway
acat04012
ErbB signaling pathway
acat04020
Calcium signaling pathway
acat04510
Focal adhesion
acat04518
Integrin signaling
acat04520
Adherens junction
acat04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
acat00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
141114430 (ERBB2)
04012 ErbB signaling pathway
141114430 (ERBB2)
04020 Calcium signaling pathway
141114430 (ERBB2)
09133 Signaling molecules and interaction
04518 Integrin signaling
141114430 (ERBB2)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
141114430 (ERBB2)
04520 Adherens junction
141114430 (ERBB2)
04530 Tight junction
141114430 (ERBB2)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
acat01001
]
141114430 (ERBB2)
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
acat04147
]
141114430 (ERBB2)
04090 CD molecules [BR:
acat04090
]
141114430 (ERBB2)
Enzymes [BR:
acat01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
141114430 (ERBB2)
Protein kinases [BR:
acat01001
]
Receptor tyrosine kinases (RTK)
EGFR family [OT]
141114430 (ERBB2)
Exosome [BR:
acat04147
]
Exosomal proteins
Exosomal proteins of breast cancer cells
141114430 (ERBB2)
CD molecules [BR:
acat04090
]
Proteins
141114430 (ERBB2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Recep_L_domain
GF_recep_IV
Pkinase
Furin-like
TM_ErbB1
ABC1
Haspin_kinase
Kinase-like
Motif
Other DBs
NCBI-GeneID:
141114430
NCBI-ProteinID:
XP_073464198
LinkDB
All DBs
Position
LG12:78145036..78345827
Genome browser
AA seq
1251 aa
AA seq
DB search
MELYPWIWALCALLVPHALCREVCTGTDMKLLHPFSHENHYETLRTLYKNCQVIHGNLEI
TYLEESDDVSFLKDIMEVQGYVLIAHNLLSYVPLENLRIIRGTQLYQERYALAVLFNSQP
VGSAGLRELHLKNLTEILNGGIIVENNTQLCFHATIQWQDILSQSNNLKNEVILQPGIRT
CPSCSSRCGSLPSGRDGSCWGEGEAYCQTLTSTICQSGCLRCKGSHSTHCCHEQCAAGCT
GPRNSDCLACRHFHNNGTCELLCPLLVSYNPETYDSVMNINGRYTYGASCVVRCPYNYLA
TEVGSCTLLCPQNNQEVIVGDIQKCEKCSNKCSKVCYGLGMDFLKTTRAVNSTNIQHFQG
CTKIFGNLAFLSESFRADPAQNVTALSLVDLEVFQTLEEITGYIYIDSWPEELANLSVFE
NLRVIRGRLLYNGAYSLIVRNLSMSSLGLRSLTEISSGLVLLEANPNLCYLDTVPWTNIF
RNSRQAILKTTNKPQNVCEKEGHVCFQLCANAECWGFGPSQCVNCSGLLRGNDCVESCNV
EEGEPREVVDKGQCIMCHPECMLQNGSQTCFGPSAEQCMACAHYRDGTTCVKHCPSGKKM
DSFVPVWKYADKDGECQLCPVNCSHSCDKLDEKGCPIIVNNSHIYMIVAVVGSIFLAVTI
AVGLVLVVKRRKHLKKKHTMRRFVDNELVEPLTPSGAMPNQAQMRILKETELKKMKILGS
GAFGTVYKGIWIPDGEDIKIQVAIKVLRENTSPKANKEILDEAYVMAGVASPYVCRLLGI
CLKSTVQLVTQLMPYGCLLEYVRENKDRIASKDLLNWCVQIAKGMTYLEEVRLVHRDLAA
RNVLVKNPTHVKITDFGLARLLDVDETEYHADGGKVPIKWMALESILHRKFTHQSDVWSY
GVTVWELMTFGAKPYDGIPAREIPDLLEKGERLPQPPVCTIDVYMIMVKCWMIDSECRPK
FRELVTEFSRMARDPQRFVVIQDDELLAQASPLTTQFYSELLREVGMDELVDADEYLVPH
HGFFGSEDPVLEHRSRISSSQSANENDRPLLDGTAPVVPLACTLSHESAASGSDDLSDRD
NVFDSLPRDVSLRHRYCEDPTELGGADMIDGRMMDINGYTSPASPAYPSEYVNQREPIRS
RSSVKTPRASVSTLERQKGQVCRNGLIREPMSPASFSAVENPDYLPPPGLHAPNFFPQAF
DNLYYWNHELNSSRGEQDPNPGPNGFTTPTAENPEYLGLDEMIMRPRDVTA
NT seq
3756 nt
NT seq
+upstream
nt +downstream
nt
atggagctgtacccctggatctgggcactctgtgccctgctggtgccccatgctctgtgc
agagaagtctgcactggaacagatatgaaactgcttcaccctttcagccatgagaatcat
tatgagactctacgtactctctataaaaattgccaggtgattcacggaaacttagaaatt
acctatctggaagagagtgatgatgtttcctttctaaaggacatcatggaagtgcagggc
tatgttttaatagcacacaacctgctgagctatgtacccttggagaacttgcgcattata
cgtggcacacagctgtaccaggaacgctatgccctagctgtactgtttaactcccaacct
gtgggatcagctggactccgagaactgcatttaaagaacctcacagagatcctgaatggt
ggcataatcgtggagaataacacacagctgtgctttcatgcaaccatccaatggcaagat
attctgagccaaagcaataacttaaaaaacgaagtgattctacaacctggcatccgaaca
tgtccatcatgctccagtagatgtgggtcgttaccatcaggaagagatggatcatgctgg
ggagagggagaagcatactgtcagaccttgaccagcacgatctgtcagagcggctgtctg
aggtgtaaggggagccattccactcattgctgtcatgaacagtgtgcagctggctgtact
ggacccaggaactccgactgtctggcttgccgccattttcataacaatggcacttgtgag
ctgctgtgtccacttttagtctcgtacaatccagagacctatgattctgttatgaacata
aatggacgatacacatatggagcaagctgcgtcgtacgatgtccttataactacctggcc
acggaagttggatcctgcactcttctctgcccacaaaataatcaagaagtgattgtcgga
gacatacagaagtgtgaaaagtgctccaacaagtgcagtaaagtttgttatggtttggga
atggactttctgaagaccacacgggctgttaattctaccaacatccagcatttccaagga
tgcaccaaaatatttggcaatttggcattcctttctgaatccttcagagcggatccagca
cagaacgtaacagcactttctttggtggatttggaagtattccagactcttgaagaaatt
acaggatatatatacattgactcatggcctgaagaactggctaatctcagtgtatttgag
aatttgcgtgtaatccgtgggcggctcctatacaatggggcgtattcactgattgtccgc
aacctttccatgtcatctcttggcttgcggtccttaacggaaatcagcagtggattagtg
ctgctagaggccaaccccaatctttgctatctggacactgtcccgtggacaaacatattt
aggaattctagacaagctatattgaagacaacaaataaaccacagaatgtgtgtgaaaaa
gagggacacgtctgcttccagctgtgtgctaatgctgagtgctggggatttggaccatct
cagtgtgtcaactgtagtggcttgcttcgtgggaatgactgtgtggaatcctgcaatgta
gaagagggggagccaagggaagttgttgataaaggccagtgtataatgtgtcatccagaa
tgcatgctgcagaatggatctcagacgtgctttggtccgagtgcagagcagtgtatggcc
tgtgcccactacagagatggcaccacatgtgtgaaacattgcccgagtggaaagaagatg
gactcctttgtgcctgtttggaaatatgcagacaaagatggagaatgtcagctgtgccct
gttaactgctcccattcgtgtgataaactagatgagaaaggatgccctatcattgtgaac
aacagtcatatttacatgatcgtggcagtggtgggcagcatattcctcgccgtgactatt
gcagttggccttgtactggttgtcaaacgcaggaagcatctaaaaaagaagcacaccatg
cgacgctttgtggataatgagttggtggaaccgttaaccccaagtggagccatgcctaac
caagcacagatgaggattctgaaggagaccgagttgaagaagatgaaaatcctggggtct
ggtgcttttggcactgtgtataagggtatctggatccctgatggagaggacataaaaatt
caggtcgctatcaaagtgttgcgtgaaaacacttctcctaaagccaataaagaaatcctg
gatgaggcttatgtcatggcaggggtagcaagtccttatgtgtgtcgtctgctgggcatc
tgtctaaaatccacagtgcagctggttacccagctcatgccgtatggttgcttactggaa
tatgtacgagagaataaggatcgcattgcttccaaagatctactaaactggtgtgtgcag
atagcaaagggcatgacatatctagaggaggtacggttggtgcacagagatctggctgcc
aggaatgtattggtgaagaacccaacacatgtgaagatcaccgactttggcttggcacgg
ttgctggatgtggatgaaacagaatatcatgcagacggagggaaggttcccattaaatgg
atggctttggaatctattctgcaccggaagttcacacaccagagtgacgtatggagctat
ggggtgactgtatgggaactcatgacctttggtgcaaaaccttatgatggtattccagcg
cgggagattccagacctcctggagaagggagaaagactcccgcagcctcctgtttgtacc
atcgatgtgtatatgatcatggtgaaatgctggatgatagactctgagtgccggcccaag
ttccgtgagctggtcaccgagttttcccgcatggctcgtgatccacagcgcttcgtggtc
attcaggatgatgaactcttggctcaggccagccccttaactacacaattctacagtgaa
ctattaagggaggttggcatggatgagttggtggatgctgatgagtaccttgttcctcac
catggattctttgggtctgaagatcctgtgctggaacatcgcagtagaatatcgtcttca
cagagtgcaaatgagaacgatcggccgttgttggatggaacagctcccgtggtccctcta
gcttgcactttgtcacacgaatcagctgccagtggctctgatgatcttagtgacagggac
aatgtgtttgattcacttcccagagatgtcagccttagacaccggtactgcgaggatcca
acagaacttggaggagctgacatgatcgatggaaggatgatggacatcaatggttataca
tctccagcatctcctgcatacccttcagagtatgtaaaccaaagagaacccatcagaagt
cgctcctcggtaaagacaccacgagcgtccgtttccactctagaaagacagaagggacaa
gtgtgcaggaatggcttgatcagagagccaatgagcccagcatccttttctgcggtggag
aatccagactatctccccccaccaggactacatgcaccaaactttttcccacaagctttt
gacaatctttactactggaaccatgaactcaactcctcaagaggtgagcaggaccctaac
ccaggacctaatggatttactactccaaccgcagaaaatcccgaatacttgggcctggat
gagatgattatgaggcctcgggacgtgacagcatag
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