Equus caballus (horse): 100057656
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Entry
100057656 CDS
T01058
Symbol
CD55
Name
(RefSeq) complement decay-accelerating factor isoform X1
KO
K04006
decay accelerating factor
Organism
ecb
Equus caballus (horse)
Pathway
ecb04610
Complement and coagulation cascades
ecb04640
Hematopoietic cell lineage
ecb05416
Viral myocarditis
Brite
KEGG Orthology (KO) [BR:
ecb00001
]
09150 Organismal Systems
09151 Immune system
04640 Hematopoietic cell lineage
100057656 (CD55)
04610 Complement and coagulation cascades
100057656 (CD55)
09160 Human Diseases
09166 Cardiovascular disease
05416 Viral myocarditis
100057656 (CD55)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
ecb04147
]
100057656 (CD55)
04090 CD molecules [BR:
ecb04090
]
100057656 (CD55)
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
ecb00537
]
100057656 (CD55)
Exosome [BR:
ecb04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
100057656 (CD55)
Exosomal proteins of other body fluids (saliva and urine)
100057656 (CD55)
Exosomal proteins of colorectal cancer cells
100057656 (CD55)
CD molecules [BR:
ecb04090
]
Proteins
100057656 (CD55)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
ecb00537
]
Antigens
100057656 (CD55)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sushi
Motif
Other DBs
NCBI-GeneID:
100057656
NCBI-ProteinID:
XP_023496562
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All DBs
Position
5:complement(28033229..28073192)
Genome browser
AA seq
957 aa
AA seq
DB search
MSPARRSAPTVLRLLGWLPVLLLLCPPAARGDCSHPPDVPNAQPTLGELTSFPKQTTVTY
KCDEGFVKVPGKPDSVVCLENDKWSEVAEFCNRSCDVPPRLPFASLQNPYRNQNYFPAGS
TVEYECRMGYRRDRSLSGTLTCLQNFTWSKPDEFCKKKACPTPGEIPNGHVKIQTDILFG
AAISFSCNTGYTLVGSSFSYCSLEGENVKWTDPLPECKEIACPSPPAIANGIILEQHDTY
IYRQSITYKCEKGFTLVGGNSIHCTVKDGQGEWSGPPPECKDSSQISKVTPAVQKPTTVD
VTATEAPSTPQKTSAVNVTGTEAPSPPQKTSAVNVTGTEAPSTPQKTSAVNVPTTEAPST
PQKPTIVNSSATKFPLIPQRPSIVDIPATEAPSTPQKPTTINSSATKSSLIPQRPSIVDI
PATEAPSTPQKPTTIHSSATKFPLIPQRPTIVDIPATEAPSTPQKPTTIHSSATKFPLIP
QRPTIVDIPAAEAPSTPQKPTTIHSSATKFPLIPQRPTIVDIPATEAPSTPQKPTTIHSS
ATKFPLIPQRPTIVDIPAAEAPSTPQKPTTIHSSAMKFPLIPQRPTIVDIPATEAPSTPQ
KPTTIHSSATKFPLIPQRPTIVDIPAAEAPSTPQKPTTIHSSAMKFPLIPQRPTIVDIPA
TEAPSTPQKPTTIHSSATKFPLIPQRPTIVDIPATEAPSTPQKPTTIHSSATKFPLIPQK
PSNVNIPATETPSTPQKPTAANVSATTAEKSPISNSLSAETPPAAQNPIVANASATQFTP
VTQRLNTAKASFTQSLPGTRKSTAVHAPVTKHVHTKQRLTSAAHITATQNLAVPSTTTRF
HTTSTSKGAVIIASGKFGSPAVKRNCHPCGMYNPDSWKRILSFNCLRNTIKMRCLRVPKR
KQVNAFYRHVLWTPLGTRYVPKYSQPCSCSKVVSGQLRIIRPINQVLLSAYCLNASF
NT seq
2874 nt
NT seq
+upstream
nt +downstream
nt
atgagtcccgcgcggcggagcgcccccacagtgctgcgcctccttggctggctgcccgtg
ctgctgctgctgtgtccgccggctgcgcggggtgactgcagccatcccccagatgtgcct
aatgcccaaccaactttgggagagcttacaagttttcctaaacaaaccacagtgacatac
aaatgtgatgaaggctttgtaaaagttcctggcaagccagactcagtggtctgtcttgag
aacgataaatggtcagaggttgcagaattttgtaatcgtagctgtgatgttccacccagg
ctgccttttgcatctctccaaaacccttatcgcaaccagaattatttcccagcgggttcc
actgtggaatatgagtgccgaatgggctacagaagggaccgttctctatcaggaacacta
acttgccttcagaattttacgtggtccaaaccagatgaattttgcaaaaaaaaagcatgt
cccactcctggagaaataccaaatggtcatgtcaaaatacaaacagacatattatttggt
gcagctatctctttctcatgtaacacagggtacacgttagttggttcatcttttagttac
tgttctcttgaaggtgagaatgttaagtggactgatccattgccagaatgcaaagaaatt
gcatgtccaagcccaccagcaattgccaatggaattattctagagcaacatgacacttac
atatatagacagtctataacatataaatgtgagaaaggattcaccctggtcggaggcaac
tctattcattgcactgtaaaagatggccaaggggaatggagtggcccgccacctgaatgc
aaagatagttctcagatttccaaggtcacaccagcggttcagaaacccaccactgtagat
gttacagctactgaagccccatcaactcctcagaaaaccagtgctgtaaatgttacaggt
actgaagccccatctcctcctcagaaaaccagtgctgtaaatgttacaggtactgaagcc
ccatcaactcctcagaaaaccagtgctgtaaatgttccaactacagaagccccatcaact
cctcagaaacccaccatagtaaattcttcagctacaaagttcccactgattcctcagaga
ccctccattgtagatatcccagctacagaagccccatcaactcctcagaaacccactaca
ataaattcttcagctacaaagtcctcactaattcctcagagaccctccattgtagatatc
ccagctacagaagccccatcaactcctcagaaacccaccacaatacattcttcagctaca
aagttcccgctaattcctcagagacccaccattgtagatatcccagctacagaagcccca
tcaactcctcagaaacccaccacaatacattcttcagctacaaagttcccgctaattcct
cagagacccaccattgtagatattccagctgcagaagccccatcaactcctcagaaaccc
accacaatacattcttcagctacaaagttcccactgattcctcagagacccaccattgta
gatattccagctacagaagccccatcaactcctcagaaacccaccacaatacattcttca
gctacaaagttcccgctaattcctcagagacccaccattgtagatattccagctgcagaa
gccccatcaactcctcagaaacccaccacaatacattcttcagctatgaagttcccactg
attcctcagagacccaccattgtagatattccagctacagaagccccatcaactcctcag
aaacccaccacaatacattcttcagctacaaagttcccgctaattcctcagagacccacc
attgtagatattccagctgcagaagccccatcaactcctcagaaacccaccacaatacat
tcttcagctatgaagttcccactgattcctcagagacccaccattgtagatattccagct
acagaagccccatcaactcctcagaaacccaccacaatacattcttcagctacaaagttc
ccgctaattcctcagagacccaccattgtagatattccagctacagaagccccatcaact
cctcagaaacccaccacaatacattcttcagctacaaagttcccactaattcctcagaaa
ccctccaatgtaaatatcccagctacagaaaccccatcaactcctcagaaacccactgca
gcaaatgtttcagccacaacagccgaaaaatcgccaatatcaaactctctatctgccgag
accccaccagcagcccagaatcccatcgtggcaaatgcttctgctacacagttcacccca
gtaacccaaagactcaacacagcaaaagcttcttttacacagagtcttccaggaacacga
aagtccactgctgtacatgccccagtgactaagcatgtccatacaaaacaaagattgacc
tctgctgctcatattacagcgacacagaatctagctgttcccagtacaaccacgcgtttt
catacaacaagcacgtcaaaaggtgctgtcatcattgcatctggtaagtttggctctcca
gcagttaaaagaaattgtcatccctgtgggatgtacaatccagattcgtggaagagaata
ttgtcgtttaactgtcttagaaatactattaaaatgcgttgtttacgggtgcccaaaaga
aaacaggtaaatgcattttatcggcatgttttgtggacaccactgggtacccggtatgtt
cctaagtattctcaaccatgttcttgttccaaggtagtttcaggacaacttcgaatcatt
aggccaatcaatcaagtattattgagtgcctattgtctcaatgcatctttctag
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