Chelonoidis abingdonii (Abingdon island giant tortoise): 116816637
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Entry
116816637 CDS
T07367
Symbol
MEGF11
Name
(RefSeq) multiple epidermal growth factor-like domains protein 11 isoform X4
KO
K24068
multiple epidermal growth factor-like domains protein 10/11
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Pathway
cabi04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
116816637 (MEGF11)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
cabi04131
]
116816637 (MEGF11)
Membrane trafficking [BR:
cabi04131
]
Endocytosis
Phagocytosis
Others
116816637 (MEGF11)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
EGF_PEAR1L
EGF_laminin
hEGF
EGF_TEN
EGF_Teneurin
EGF_2
EGF_DL_JAG
TM_ErbB1
Syndecan
Meckelin
Stevor
RIFIN
DUF5385
Motif
Other DBs
NCBI-GeneID:
116816637
NCBI-ProteinID:
XP_032621918
LinkDB
All DBs
Position
9:complement(80298853..80692989)
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AA seq
1111 aa
AA seq
DB search
MVVCMWLWWILKVLTLSFLLKMTLSLNPDDPNVCSHWESYAVTVQESYAHPFDQIYYTRC
TDILNWFKCTRHRISYKTAYRRGLRTMYRRRSQCCPGYYESGDFCIPLCTEECVHGRCVS
PDTCHCEPGWGGIDCSSGCDSDHWGPHCSNRCQCQNEALCNPITGACVCADGYKGWRCEE
LCDPGTYGKGCQFQCQCHNGATCDHKTGECHCAPGYTGVFCEEHCPPGSHGARCELHCPC
QNGGVCHHITGECSCPPGWMGFVCAQPCPSGTFGINCSQDCPCHNGGQCDHVTGKCLCTP
GYMGNRCQEECPVGTYGFQCTRKCDCQNGAKCYHVNGACMCDPGFKGFRCQERMCPEGLY
GLKCHKKCPCNINNTLSCHPLSGECTCKAGSAGLYCNDTCPLGYYGEGCQLICLCQNGAD
CGSVTGKCTCAPGYMGDDCSTACGAGTYGANCSSVCNCKNDGACSPVDGLCLCKEGWQGV
DCSIPCPSGTWGLNCNQTCYCANGAACNPVDGFCLCSPGWQGEYCDQACPDGTYGLNCSE
RCDCSHADGCDAVTGYCCCLAGWTGVHCDNICAQGQWGPNCSISCNCENGGSCSPEDGTC
ECAPGYRGPMCQRICSPGFYGHHCSQACPPCVHNSGPCHHVTGRCDCLPGFFGSLCNQVC
ASGRYGKNCAEVCQCTNNGTCNPIDGTCQCFPGWIGKDCSQTCPAGFWGPDCFHTCNCHN
GAMCNPYDGECRCTAGWNGLYCTQRCPAAFYGRNCANVCQCQNGADCDHITGQCTCRTGF
TGKQCEQKCPPGSFGYGCKQLCECMNNATCDHVTGTCYCSPGFKGIRCDQAALMMEELNP
YTKISPALGSERHSVGAIIGIIILLLIIMVLLALFVWYRRKQKEKGHDMPSVSYTPAMRM
TNTDYSLSDVSQGSGSVHCFSNPSYHTLSCGVTSRFFTNNLDGNSSSKLSNKVLDRETAD
RRPYSYLNELGACGMDRRQNTYIMEKSFTEYMKESVCSSSTCSLNSSENPYATIKDPPIL
TCKHSESSYVEMKSPIHRDSPYSEMPTSSTTNKNIYEVEPTVSVVQEARGCSANYNQNPY
DLPRNSHIPSHYDLLPVRHSPTHGASWDKQS
NT seq
3336 nt
NT seq
+upstream
nt +downstream
nt
atggtggtctgcatgtggttgtggtggattctaaaagtgcttaccctgtctttcttgctg
aaaatgactctgtccttaaatccagatgatcccaatgtttgtagtcactgggaaagctat
gctgtgacagtgcaggaatcttatgctcaccctttcgatcagatctattatacgagatgt
actgatatactgaactggttcaaatgcactagacatcgaataagttataaaacagcatat
cgaagaggactaagaacaatgtatcggcgaagatctcaatgctgccctggatattatgaa
agtggagacttctgcatacctctctgcacagaagagtgtgtgcatggaagatgtgtatct
ccagatacctgtcattgtgaaccaggctggggaggcattgactgctccagtggttgtgat
agcgatcactggggaccacattgtagcaaccgctgccaatgccagaacgaggctctctgc
aaccctatcactggcgcctgtgtctgtgcagatgggtacaaaggatggcgctgtgaagag
ctctgtgaccctgggacttacgggaagggctgccagtttcaatgccagtgccacaatgga
gcaacctgtgaccataaaacaggagaatgtcattgtgctcccggatacacaggggtattc
tgtgaagagcactgccctccaggcagtcatggagctcggtgtgaattgcactgcccgtgc
cagaatgggggagtctgtcaccatatcaccggcgagtgctcctgtccgcctggatggatg
ggttttgtatgtgcacagccatgcccttccggaacctttggaattaactgcagccaggat
tgtccatgccataatggaggacagtgtgatcatgtgacaggaaaatgcctgtgtacacct
ggatatatgggaaacaggtgtcaagaggagtgtcctgttgggacatatggctttcagtgc
actcgaaaatgtgactgtcaaaatggtgcaaagtgttaccatgtaaatggagcatgtatg
tgcgaccctgggtttaaagggtttcgttgccaagaaagaatgtgtccagaagggctttat
ggcctaaaatgccacaagaaatgtccttgtaatattaacaacactctcagctgccatcca
ctctctggagaatgtacctgtaaagctggctcggctggactttattgcaacgacacctgt
cctcttggatactatggcgaaggctgccagctgatctgcctttgccagaacggtgcagat
tgtggtagtgttacaggaaaatgcacctgtgctccaggatatatgggagatgattgctcc
actgcttgcggggccggaacctacggagccaactgctcgtcagtgtgtaactgcaaaaat
gatggcgcatgttcccctgtggatggcttgtgtctttgcaaagaaggatggcagggggtt
gactgctccattccatgtccaagtggaacttggggtcttaactgtaaccaaacatgttac
tgtgccaatggagcagcctgcaatccagtggatgggttttgtctttgttcgcctgggtgg
caaggagagtactgtgatcaggcatgccctgatggaacatatggtcttaattgcagtgaa
cgctgtgactgtagccatgcagacgggtgcgatgctgtcactggttattgctgctgtctt
gccgggtggacaggcgtccattgtgataatatatgcgcacagggccagtggggaccaaac
tgctccatctcttgtaactgtgagaacgggggatcctgctcgccggaggatgggacttgc
gagtgtgcgccaggatatagaggacccatgtgccagagaatttgttcacctggcttttat
gggcatcattgcagtcaagcatgtcccccgtgtgtgcacaacagtgggccttgtcaccat
gttactggacgttgtgattgtttgcctggattctttggctcactctgcaaccaagtgtgt
gccagtggacggtatgggaagaactgtgccgaggtctgtcaatgtaccaacaatggtaca
tgcaatcctattgatggaacttgtcaatgttttccaggatggatagggaaagactgctct
cagacttgtccagctggtttttggggaccagattgctttcacacgtgcaactgccacaat
ggagcaatgtgcaatccttatgatggagaatgtagatgtaccgctggttggaatgggctc
tactgtactcagcgttgcccagctgccttttatggaagaaattgcgccaatgtttgtcag
tgtcagaatggagcagattgtgaccacatcactgggcaatgcacatgcagaactggattt
acaggcaaacagtgtgagcaaaagtgcccacctggatcatttggttatggttgcaaacag
ctatgcgaatgcatgaataatgctacatgtgatcatgtcactggtacatgctactgtagt
ccaggcttcaaaggaatcaggtgcgatcaagcggctcttatgatggaagaattaaatccc
tatactaaaattagccccgctctcggatcagagaggcactcagtgggagcaatcattgga
attattattctccttctaattattatggttttgctggcactgtttgtgtggtatcgacgg
aaacagaaggagaaggggcatgacatgccaagtgtatcttacactccagccatgaggatg
actaacacagattactcactttctgatgtatctcaaggtagcgggagcgtacattgtttt
tccaatccaagctaccacactctgtcatgtggtgtgacttcacgcttctttaccaataat
ctggacggaaacagctccagtaagctcagtaacaaagtccttgacagagaaactgcagac
cggaggccgtacagctatctgaatgaactaggtgcttgtgggatggatagacgtcagaac
acatacataatggaaaaaagcttcacagagtatatgaaagaatctgtgtgtagttcaagc
acctgctctctgaacagcagcgaaaacccatacgccaccattaaggatccacccatcttg
acatgtaaacactcggagagcagttatgtggaaatgaaatcacccattcacagggattcg
ccctattcagaaatgccaacctcatcaacgactaataaaaatatatatgaagttgagccc
actgtcagtgtggtccaagaagcccgtggttgtagtgctaattacaaccagaatccatat
gacctgcctaggaacagccacattcctagtcattatgaccttctccctgtaagacacagc
cctacccatggggcatcttgggacaagcagtcttaa
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