Anas platyrhynchos (mallard): 101795002
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Entry
101795002 CDS
T02816
Symbol
EGF
Name
(RefSeq) pro-epidermal growth factor isoform X2
KO
K04357
epidermal growth factor
Organism
apla
Anas platyrhynchos (mallard)
Pathway
apla04010
MAPK signaling pathway
apla04012
ErbB signaling pathway
apla04020
Calcium signaling pathway
apla04068
FoxO signaling pathway
apla04510
Focal adhesion
apla04540
Gap junction
apla04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
101795002 (EGF)
04012 ErbB signaling pathway
101795002 (EGF)
04068 FoxO signaling pathway
101795002 (EGF)
04020 Calcium signaling pathway
101795002 (EGF)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
101795002 (EGF)
04540 Gap junction
101795002 (EGF)
09142 Cell motility
04810 Regulation of actin cytoskeleton
101795002 (EGF)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04052 Cytokines and neuropeptides [BR:
apla04052
]
101795002 (EGF)
Cytokines and neuropeptides [BR:
apla04052
]
Cytokines
Growth factors (RTK binding)
101795002 (EGF)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
cEGF
Ldl_recept_b
FXa_inhibition
EGF_CA
EGF
EGF_3
Vgb_lyase
SGL
hEGF
EGF_LRP2
Plasmod_Pvs28
Motif
Other DBs
NCBI-GeneID:
101795002
NCBI-ProteinID:
XP_005019902
Ensembl:
ENSAPLG00000011867
UniProt:
R0JVC3
LinkDB
All DBs
Position
4:complement(4194846..4263663)
Genome browser
AA seq
1253 aa
AA seq
DB search
MFLFLVAFLPVVFKIGFVSLSALQHWNCPNGYRLKTENSACIDIDECLEGGLGTCGQTCI
NVPGSYICSCLPGYTLDIDKRSCYANDPVPFLLFSHGSAIFRIDTEGTNHERLVADAGPS
TLMDFHYTEEKVYWVDSERRLLQRIHLTGAKRERLCYIDKGISGFAIDWINQDILWANRQ
KSTIEATDMNGKKRRVILRNVGRPTKITIDAEQRLLFWSSDGTVSSIYRASLNGSDVRNI
LRTTEKIKTISLDLVNIRLYWIQHDHGKEISHIGSCDYDGGAVYLLQSSGRHRLLGMSLF
ADHLYYSELKSGMIWRANKYTGKVVVTISLKPSFFPPVEIKVVHPFQQPGARTDLQDFER
GVCDMTKEKCRRRTCRPDLRTHRCKCSSGFILSRNKQYCEDINECGFWNHGCTLGCVNIP
GSYYCTCPRGFVLLPDRKTCHELISCVSNDTECSHGCLQTSKGPVCFCPEGSILKVDGKT
CTGCTSPDNGGCSQICSSLSPSSWECACFPGYKLQGDRKHCTAIGPRPFLLFANGQDIRR
ISFDGTDYTSLLDWQMGIVLALDSDPVENKIYFAHTALKWIERADLDGSNREKVIQEAVD
IPEGLAVDWINRKLYWTDRGKACIERSNLNGMQRKMIIWEDISQPRGIAIHPFVKRLFWT
EMGVRPRIDSSSLEGSDRRVIASTGLASPSGITLDYLANKLYWCDAKLSVVESANLDGSD
RRILAQNDVGRPFDVAVFEDHLWFSDWARPSLMRVDKKTGQNRVRLRGSMLRPSSMVVVH
PLAKPGTNPCLYQNGGCDQICENNFGVVHCMCHPGFVKTQDGKTCRALDASNTTAGSISV
QKEAGPVPTPETLLQNTQGNAIFKDIDSGEKKKTNILLMAEIMISDQDDCTALECDVNAQ
CVLLEDGAVCQCLKGFTRKGKSCYDINECAANTDRCHRNVSGCINTDGGYVCKCLEGYTG
DGLHCYDIDECKMGTHTCGENRTCTNTEGNFTCSCANGASGTTMGCESTLSPTAVSNEYS
THPVQGDSMGCPPSYDSYCLHGGVCNYVSDLQDYACNCVTGYVGERCQFSDLEWWEQQHA
ERVKVRNITIAVCVAVLVLLLLLGTLAAYCSRSQNLYKKNLYAEAIRDASSHTDNENVTL
TCNKSRFAVVKECNSPPETKAVDLIECETADPHPACPSEYEEQPITYDKAAETLAEEEKE
QGCRQEVPGGEKSFQAPGAENGPPQAPWGAHPKPLQGREPCLPGPASLLMQPD
NT seq
3762 nt
NT seq
+upstream
nt +downstream
nt
atgtttctcttccttgttgcttttttgccagtggtttttaaaattggttttgtcagcctc
tcagctctgcagcactggaactgtcctaatggatacagattaaagactgaaaactctgcc
tgtatagatattgatgaatgccttgaaggtggtttgggaacctgtggccaaacctgtatc
aatgtgccagggtcctatatctgctcctgtttgcctggctacaccttggatattgacaaa
cggtcttgctatgcgaatgaccctgtaccattcctacttttcagccatggaagtgccatc
tttagaattgacactgaagggaccaatcacgaaagattggtggctgatgccggtccgtca
acacttatggactttcattatacagaagagaaagtgtattgggtagactcagaaaggcga
cttctgcaaagaattcacctcactggcgcaaagcgagagagactgtgttacatagacaaa
ggcatttcaggttttgctattgactggataaatcaagacatcctctgggccaacagacag
aaatcgaccatagaagcgacagacatgaatgggaagaaacgcagagttattctaagaaat
gttggtcgtcccacaaagattaccattgatgcagagcaaaggttgttattttggtcatct
gacggcacagtttccagtatataccgagcatctctcaatggaagtgatgtgagaaatatt
ttaagaaccacagaaaagataaagaccatctcactagacttggttaacatacggctctat
tggatccagcatgaccatgggaaggagatttcccatattggatcgtgtgactatgatggg
ggagctgtttatttgcttcagagttctggccgacatcggttgcttggtatgtctctcttt
gctgaccacctgtactattcagagttgaaatctggtatgatatggagagccaacaagtat
actggaaaagtcgtagtcacaattagcctgaaaccatcattttttccaccagtggagata
aaagtggtgcatccatttcaacagccaggtgcaagaacagatcttcaggattttgaaaga
ggagtctgtgatatgacaaaagaaaagtgcagaagaagaacctgcaggccagacttgagg
actcatcggtgtaaatgttctagtggctttattttaagtcgaaataagcagtattgtgaa
gatatcaatgaatgtggcttctggaatcatggctgtactttgggctgtgtgaacatccct
ggttcctattactgcacctgcccaagaggttttgttctgctgcctgataggaaaacatgt
cacgagctaatttcctgtgtaagtaacgacactgaatgtagccacggttgccttcagaca
tctaaagggcctgtttgcttttgtcctgaaggatctatactcaaagtggatggcaaaaca
tgcacgggttgcacatctccagataatggtggctgtagtcagatatgttcttctttaagc
ccgtcctcctgggagtgtgcttgctttcctggatataagcttcagggagacagaaagcac
tgcactgccataggccccaggccgttcctgttatttgcaaacggccaagatatccgccgg
atcagttttgatggaacggattacacaagtttacttgactggcagatgggaatagtctta
gctctggattctgacccagtggaaaataagatttactttgcccacactgccttgaagtgg
atagaacgagctgatctggatggctcaaatcgtgaaaaagttattcaagaagctgtagat
atacccgaaggccttgctgttgactggattaaccgtaaattgtattggacagacagaggg
aaggcatgcattgaaaggagcaatttgaatggaatgcaaagaaaaatgatcatctgggag
gatatctcccagccccgagggattgccattcacccatttgtgaagagattattctggact
gaaatgggggtccgtccccggattgacagctcttcattagaaggcagcgatcgtcgagtt
atagccagcactgggctagcatctcccagtgggataactcttgactacttagccaacaag
ttgtactggtgtgatgcgaagctgtcggtggttgaaagtgcaaacctggatggttctgat
cgtcgaattcttgcacagaatgatgtaggccgcccctttgatgtagcagtgtttgaggat
cacctttggttttctgactgggctaggccatcactcatgagagtggacaagaagaccggc
caaaacagggtacgtcttcgaggcagcatgctgagaccctcatcaatggttgtagttcat
cctttggcgaaaccagggacaaatccttgcctttatcagaatggaggctgtgatcagatc
tgtgaaaacaattttggagttgtccattgcatgtgccatccaggatttgtgaaaactcaa
gatggaaaaacctgtcgtgcactggatgcttccaacacaacagcaggaagtatatctgtg
cagaaggaggcagggccagtgccaacaccagagaccctgctccagaacacacaaggcaat
gcaattttcaaggatattgacagtggggaaaagaagaaaaccaacattttgttgatggct
gagatcatgatatcagatcaagatgactgcactgcactagaatgtgatgtcaacgcacag
tgtgttttgctagaagatggtgctgtgtgccagtgtttgaaaggatttaccaggaagggc
aaatcatgctatgatattaatgagtgtgctgcgaatacggaccgctgccatcgaaacgtg
tcaggctgtatcaatacagacgggggctacgtctgcaaatgcctggagggctacacagga
gacgggctccattgctacgatattgatgagtgcaagatgggaacccacacctgtggagag
aacagaacctgcacaaacacagaaggaaacttcacttgctcctgtgctaatggcgcttct
ggaactaccatgggttgtgaatccactttgtcccctactgctgtcagcaatgaatactct
acacaccctgtgcaaggtgattccatgggatgccctccttcctatgattcatactgcctt
catggcggagtgtgcaattatgtttctgacctacaagactatgcctgcaactgtgtgacg
ggctacgtaggggagcggtgccagttcagcgacctggagtggtgggagcagcagcacgcc
gagagggtgaaggtgcggaacatcaccatcgccgtgtgcgtagcagtgctggtcctgctg
ctcctgctggggaccctggccgcctactgctccagaagtcaaaacttgtacaagaagaat
ctctacgcagaagcgataagagatgccagcagccacactgacaatgagaacgtgacactt
acttgcaacaagtctcggtttgcggttgtcaaggagtgtaacagtcctccggagactaaa
gcggttgatctaattgagtgtgagacagcagaccctcatcctgcctgtccttcagaatat
gaagaacagcctataacatatgacaaagcggcagagactttggcagaagaggagaaagaa
caaggctgccgacaagaggttcctggtggtgagaaatcatttcaggccccgggagcagag
aacggtcccccccaggctccttggggagcccaccccaagcccctgcagggaagggagccc
tgcctgcctggcccagccagcctgctgatgcagccggactag
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