Pygoscelis adeliae (Adelie penguin): 103913130
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Entry
103913130 CDS
T06012
Symbol
MEGF10
Name
(RefSeq) multiple epidermal growth factor-like domains protein 10 isoform X1
KO
K24068
multiple epidermal growth factor-like domains protein 10/11
Organism
padl
Pygoscelis adeliae (Adelie penguin)
Pathway
padl04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
padl00001
]
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
103913130 (MEGF10)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
padl04131
]
103913130 (MEGF10)
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
padl04990
]
103913130 (MEGF10)
Membrane trafficking [BR:
padl04131
]
Endocytosis
Phagocytosis
Others
103913130 (MEGF10)
Domain-containing proteins not elsewhere classified [BR:
padl04990
]
Laminin domain-containing proteins
Laminin EGF-like domain-containing proteins
103913130 (MEGF10)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Laminin_EGF
hEGF
EGF_2
DL-JAG_EGF-like
EGF
TM_ErbB1
JAG1-like_EGF2
Baculo_11_kDa
Syndecan
Motif
Other DBs
NCBI-GeneID:
103913130
NCBI-ProteinID:
XP_009317860
UniProt:
A0A093NL74
LinkDB
All DBs
Position
Unknown
AA seq
1130 aa
AA seq
DB search
MVLHLNSFFGFLVILLYHWMGTTLSLNLEDPNVCSHWESYSVTVQESYPHPFDQIYYTSC
TDILNWFKCTRHRISYRTAYRHGEKTMYRRKSQCCPGFYESREMCVPHCADKCVHGRCIA
PNTCQCEPGWGGPNCSSACDSDHWGPHCSSRCQCKNGALCNPITGACHCASGFKGWRCEE
HCDQGTYGNDCHQKCQCQNGATCDHVTGECRCPPGYTGAFCEDLCPPGKHGPQCEERCPC
QNGGVCHHVTGECACPPGWMGMVCGQPCPEGRYGKNCSQECQCHNGGTCDSATGQCHCSP
GYTGERCQDECPVGTYGVQCAETCKCMNGGKCYHISGACLCEPGYTGEHCETRLCPEGIY
GLKCDKKCPCHMPNTWSCHPMSGECSCKPGWSGLYCNETCSPGFYGESCQQICSCQNGAD
CDSVTGKCTCAPGFKGATCGTPCLPGTYGVNCSSVCNCKNEAICSAVDGSCACKAGWHGV
DCSINCPSGTWGLGCNLTCQCLNGGACNALDGTCTCAPGWRGEKCELPCQDGTYGMDCAE
RCDCSHADGCHPTTGYCRCLPGWSGIHCDSVCAEGQWGPNCSLSCYCKNGASCSPDDGIC
ECAPGYRGTTCQRICSPGFYGHRCSQTCPQCVHSSGPCHHITGLCDCLPGFTGALCNEVC
PSGRFGKNCIGICTCTNNGTCNPIDRSCQCYPGWIGSDCSQPCPPSHWGPNCIHTCNCHN
GAYCSAYDGECKCTPGWTGLYCTQRCPLGFYGKDCALICQCQNGADCDHISGQCTCRTGF
MGKHCEQKCPQGTYGYGCRQICDCLNNSTCDHITGTCYCSPGWKGARCDQAGVIIVGNLN
SLSRTSTAIPADSYQIGAIAGIIILVLVVLFLLVLFIIYRHKQKGKETNMPAVTYTPAMR
VINADYTISETIPHGNGGNANSHYFSNPSYHTLTQCTTPPHVNNMDRLTLAKAKNNQLFV
NLKNVEPGKRGTVMDYTGTLPADWKHGGYLNELGAFGLDRGYLGKSLKDLVKNSEYNLSN
CSLSSSENPYATIKDPPALVPKSSECGYVEMKSPARRDSPYAEIAGSASANKNVYEVEPT
VSVVQGAFSSSGRFSQDPYDLPKNSHIPCHYDLLPVRDSPTSSMKEVSSE
NT seq
3393 nt
NT seq
+upstream
nt +downstream
nt
atggttcttcatttgaactccttttttggcttccttgtcatactcctgtaccattggatg
gggacaactttatctttgaatctggaagatcccaatgtgtgtagccactgggaaagttat
tcagttacagtgcaagagtcatatccacatccttttgatcaaatttattacaccagttgt
actgacatcctaaactggtttaagtgcacacgacacaggatcagttaccgtactgcttac
agacatggtgaaaaaacgatgtacaggcgtaaatcccagtgctgccctggattttatgaa
agcagggaaatgtgtgtccctcattgtgctgataaatgtgtccacggtcgttgtattgct
ccgaacacctgtcagtgtgagcctggctggggaggacccaactgctccagtgcatgtgac
agtgaccactggggacctcactgcagcagccgctgccagtgcaaaaatggagccttgtgc
aaccccatcactggagcctgccactgtgcatcgggtttcaaaggttggcgctgcgaggaa
cactgtgatcaagggacatacggaaatgactgtcatcaaaaatgtcagtgtcaaaatgga
gccacctgtgaccacgtgactggagagtgcagatgtcctccaggatacactggtgccttc
tgtgaggacctctgtccccccgggaagcatgggccacagtgcgaggagagatgcccgtgc
cagaacggcggcgtctgtcaccacgtcaccggggagtgtgcctgcccgccaggatggatg
ggcatggtctgtggtcagccttgtcctgagggtcgttatgggaaaaactgttcccaggag
tgccagtgccacaatggagggacctgtgactcggcgacaggtcaatgccattgcagccca
ggttacacaggggaacgatgccaagatgagtgtccagtggggacttacggagtgcagtgt
gctgagacctgcaagtgtatgaatggtgggaaatgttaccatattagtggtgcctgtctc
tgtgaaccaggatacaccggagagcactgtgaaacaaggctttgccctgagggaatttat
ggtctcaagtgtgataaaaagtgtccctgccacatgcccaatacctggagctgtcaccct
atgtctggggaatgctcctgcaagcctggctggtctgggctctactgcaacgagacatgt
tccccaggattctatggcgagtcgtgtcagcagatctgcagctgccaaaatggtgctgac
tgtgatagtgtgactggaaaatgcacctgtgcccctggatttaagggtgctacttgtggt
actccttgtcttccggggacatacggagtaaactgttcatctgtgtgcaactgcaaaaat
gaagccatctgttcagcagtagatggttcttgtgcctgcaaagcaggttggcatggtgta
gattgctcaataaattgtcccagtggtacctggggacttggctgtaacttaacttgccag
tgtcttaacggaggggcttgcaatgctctggatggaacctgtacctgtgccccaggctgg
agaggagaaaaatgcgaactcccttgccaggacggcacatatggtatggattgtgctgaa
cgctgtgactgcagccatgcggacggttgccatcccaccacgggttactgtcgctgtctt
ccaggatggtcaggcattcactgtgacagcgtgtgcgctgagggacagtggggtccaaat
tgctcattgtcttgttactgcaaaaatggagcatcctgctctccagatgacggaatctgt
gagtgtgcaccaggatacagaggcaccacttgtcagagaatttgttcccctgggttttat
ggacaccgctgcagccagacatgtccccagtgtgtacacagcagcggtccctgccaccat
attactggcttatgtgactgcttacctggatttacaggagccctctgtaacgaagtatgt
cccagtggcagatttggcaagaactgcattggaatatgcacctgcaccaataatggaacg
tgtaatcctattgatagatcctgtcagtgttaccctggctggattggtagtgactgctct
cagccttgcccaccttcccactggggaccaaactgcatccacacgtgcaactgccataac
ggagcttactgcagtgcctacgatggggagtgcaaatgtaccccaggatggactggcctt
tactgtacacagcgatgtcccctagggttttacgggaaggactgtgcattgatatgccaa
tgtcagaacggagccgactgcgaccacatcagtgggcagtgcacctgccgcacagggttc
atggggaagcactgcgagcagaaatgtcctcaaggtacatatgggtatggatgccggcag
atatgtgactgtctgaacaactcaacctgtgaccacatcacgggaacatgttactgcagc
ccaggctggaaaggggccaggtgtgatcaagctggtgtaattatagtgggaaacttgaac
agtttaagccgtaccagtactgccatccctgctgattcttatcagataggggctatagca
ggcatcatcattcttgtcctggttgtccttttcctgctagtgctgttcatcatttacaga
cataagcagaaaggaaaagaaacaaatatgcccgcagtgacctatacccctgctatgagg
gtcatcaatgcagattacaccatttcagaaaccatccctcatggtaatggtggaaatgct
aacagtcactatttctctaaccctagttatcatactctaactcaatgcactaccccacct
catgtcaacaacatggacagactgaccctggcaaaggcaaaaaacaatcagctgtttgtg
aaccttaaaaatgtggaacctggaaaacgaggcaccgtcatggactacacaggaacactg
cctgcagactggaaacatggtggctacctcaatgagcttggtgcttttggacttgatagg
ggatatttgggaaaatccctgaaagatctagtgaagaactcggaatataacttaagtaat
tgctcattaagtagttctgagaacccatacgctactataaaagacccaccagctcttgta
ccaaaaagttcagaatgcggatatgttgaaatgaagtcaccagcacgcagggactcccca
tatgctgagatcgccggctctgcttcagccaataagaacgtttatgaagttgaacctacg
gtgagtgttgtccagggagcattcagcagcagcggacgtttcagccaggatccttatgat
cttccaaaaaacagccatattccatgtcattatgacttgctaccagttcgagatagcccc
acatcctctatgaaggaggtcagcagtgaatga
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