Ficedula albicollis (collared flycatcher): 101810815
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Entry
101810815 CDS
T02815
Symbol
MEGF11
Name
(RefSeq) multiple EGF like domains 11
KO
K24068
multiple epidermal growth factor-like domains protein 10/11
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
101810815 (MEGF11)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
fab04131
]
101810815 (MEGF11)
Membrane trafficking [BR:
fab04131
]
Endocytosis
Phagocytosis
Others
101810815 (MEGF11)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
EGF_laminin
EGF_PEAR1L
EGF_TEN
EGF_Teneurin
EGF_2
hEGF
EGF_DL_JAG
TM_ErbB1
Syndecan
Meckelin
MLANA
Stevor
RIFIN
DUF5385
Motif
Other DBs
NCBI-GeneID:
101810815
NCBI-ProteinID:
XP_005051755
UniProt:
U3K625
LinkDB
All DBs
Position
10:4107720..4309914
Genome browser
AA seq
1049 aa
AA seq
DB search
MGAHVLFQWILRGLILTFLLKTTLSLNPDDPNVCSHWESYAVTVQESYAHPFDQIYYTRC
TDILNWFKCTRHRISYKTAYRRGLRTMYRRRSQCCPGYYESGDYCIPLCTEECVHGRCVS
PDTCHCEPGWGGTDCSSGCDSEHWGPHCSNRCQCQNEALCNPITGACVCADGFRGWRCEE
LCEPGTYGKGCHFQCQCHHGATCDHQTGECHCAPGYTGVFCEELCPPGSHGAQCELRCPC
QNGGVCHHITGECSCPAGWMGLVCAQPCPPGTFGINCSQDCPCHNGGHCDPVTGKCLCTA
GYIGDRCQEECPIGTYGFQCTQTCDCHNGAKCYHVNGACICDPGFKGIHCQERMCPEGFY
GLKCNKRCPCNITNTLSCHPLSGECSCKAGWAGLYCNETCPVGYYGEGCRVPCPCHNGAD
CDSITGSCICAPGFMGEDCTIPCMAGTYGTNCSSVCNCKNDGTCSPVDGLCYCKEGWQGV
DCSIPCPSGSWGLNCNQTCSCSNGASCRPADGFCLCSPGWQGEFCDQPCPDGTYGLNCSE
RCDCNHADGCDPVTGYCCCLAGWTGIHCDNICTQGRWGPNCSISCSCENGGSCSPEDGTC
DCAPGYRGPLCQRICPPGFYGHHCSQPCPQCVHSSGPCHHVSGHCDCLPGFSGPLCSQVC
PSGKFGKDCAEVCQCTENGTCNPIDGSCQCFPGWIGMDCSQTCPTGFWGPDCFHSCNCHN
GALCSPYDGECRCTHGWTGLYCTQRCPAAFYGKNCANVCQCQNGADCDHITGQCTCRTGF
TGKQCEQKCSPGTFGYGCKQLCECMNNATCDHVTGTCYCSPGFKGIRCDQAALMMEELNP
YTKISPALGSERHSVGAIIGIIILLLIIMVLLALFVWYRRKQKEKGHDMPSVSYTPAMRM
TNTDYSLSGACGMDRRQNTYIMEKSFKDYMKESVCSSSTCSLNSSENPYATIKDPPILTC
KHSESSYVEMKSPGHRESPYSEMPTSSTANKNIYEVEPTVSIVQDGRSRSASYLQSPYDL
PRNSHIPGHYDLLPVRHSPTHGPSWDKQS
NT seq
3150 nt
NT seq
+upstream
nt +downstream
nt
atgggggcacatgtgctgttccagtggattctgagagggcttattctgacttttctgctc
aaaactactctgtccctaaatccagatgatccaaatgtttgtagccactgggaaagctac
gccgtgaccgtgcaggaatcctacgctcatccctttgaccagatctattacacacgatgc
acagacatcctcaactggttcaagtgcaccaggcacaggatcagctacaagaccgcgtac
cgcagggggctgcgcacgatgtaccggcggcgctcccagtgctgccccggctactacgag
agcggggactactgcatcccactgtgtacagaggagtgtgtgcatggaagatgtgtctct
cctgacacgtgtcactgtgaaccaggctggggagggactgattgctcaagtggctgtgac
agcgagcactgggggccccactgcagcaaccgctgccagtgccagaacgaagcgctctgc
aaccccatcacgggcgcctgcgtgtgcgccgacggcttccgcggctggcgctgcgaggag
ctctgcgagccgggcacctacggcaagggctgccacttccagtgccagtgccaccacggg
gccacctgcgaccaccagaccggcgagtgccactgcgcgcccggctacaccggcgtgttc
tgtgaggagctgtgtccccccggcagccacggagcccagtgcgagctgcgctgcccctgc
cagaacgggggagtttgtcaccacatcactggggagtgctcctgtcctgctggatggatg
gggctggtgtgtgcacagccgtgtcctcctggaacctttggaattaactgcagccaggac
tgtccgtgccacaacggaggacactgtgaccctgtgacaggaaaatgcctgtgtacagct
ggctatataggagacaggtgtcaggaggagtgtcccatcggcacctacggcttccagtgc
acgcagacctgtgactgccacaacggggccaagtgctaccacgtcaacggagcctgcatc
tgtgaccctggcttcaaaggcatccactgccaggaaaggatgtgtcctgaggggttttat
ggcctcaaatgcaacaagagatgcccttgcaatattaccaacaccctcagttgccatcct
ctgtctggggagtgcagctgcaaggctggctgggctgggctctactgcaacgagacgtgt
cccgtgggctactatggcgagggctgccgggtgccctgtccctgccacaacggggccgac
tgtgacagcatcactggcagctgcatctgcgccccaggcttcatgggagaggactgcacc
attccctgcatggcaggaacctacggaaccaattgctcatcggtttgtaactgcaagaat
gacggcacttgttcccctgtggatgggctgtgctactgcaaagaagggtggcaaggagtg
gattgctctattccatgtccaagtggaagttggggtctgaactgtaaccagacgtgttcc
tgcagcaatggagcgtcctgcaggccggccgatggcttctgcctctgctccccagggtgg
cagggggagttctgtgaccagccttgtcctgatggaacatatggccttaattgcagtgag
cgttgtgactgcaaccacgcggatgggtgtgatcctgtcactgggtactgctgctgcctt
gcaggctggacaggcatccactgtgacaacatctgcacccagggccgctggggacccaac
tgctccatctcctgcagctgtgagaatgggggatcctgctcccctgaggatggaacctgt
gactgtgcaccaggatacagaggacccttgtgccagagaatttgcccccccgggttctac
gggcaccactgcagccagccgtgtccccagtgcgtgcacagcagcggtccctgtcaccac
gtgtccggacactgcgactgcctgccgggcttctccgggcccctctgcagccaagtgtgt
cccagtgggaaatttgggaaggactgtgctgaggtctgccagtgcacggagaacgggacc
tgcaatcccatcgatggatcgtgccagtgcttcccgggctggataggcatggactgctcc
cagacttgtcccactgggttttggggccctgattgctttcattcatgcaactgccacaac
ggagcactgtgcagcccctacgatggagagtgtagatgtacccatggctggacggggctc
tactgcactcagcgttgcccagctgctttttatggaaagaactgtgccaatgtatgccag
tgccagaacggagccgactgtgaccacatcactgggcagtgcacgtgcaggacaggattt
acaggcaaacagtgtgagcagaagtgctctccaggaacatttggttatggttgcaaacaa
ttgtgtgagtgcatgaacaatgcaacgtgtgaccacgtcacaggcacttgctactgcagt
ccaggcttcaaaggaatccgatgtgatcaagcggctcttatgatggaagaattaaacccc
tatactaaaattagccctgctcttggatcagagaggcactcagtgggagcaatcattgga
attattattctccttctaattattatggtcttgctggcactctttgtgtggtatcgacgg
aaacagaaggagaagggccatgacatgccaagtgtatcttacactccagccatgaggatg
actaatacagattactcactttctggtgcttgtgggatggatagacgtcagaacacatac
ataatggaaaaaagcttcaaagattatatgaaagaatctgtgtgcagctccagcacttgt
tccctgaacagcagtgaaaacccatacgccaccattaaagacccccccattttaacctgc
aaacattccgagagcagctacgtggaaatgaaatcacctggtcacagggagtccccgtat
tccgaaatgccaacttcatcaacagccaacaaaaacatctacgaagttgagcccactgtc
agcatagtccaggacggccgcagtcggagtgccagctaccttcagagcccctatgacctg
cccaggaacagccacattcctgggcactacgacctgctccccgtccggcacagcccgacc
cacggcccttcctgggacaagcagtcctag
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