Mesocricetus auratus (golden hamster): 101839860
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Entry
101839860 CDS
T08306
Name
(RefSeq) LOW QUALITY PROTEIN: carcinoembryonic antigen-related cell adhesion molecule 3-like
KO
K06499
carcinoembryonic antigen-related cell adhesion molecule
Organism
maua
Mesocricetus auratus (golden hamster)
Brite
KEGG Orthology (KO) [BR:
maua00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
maua03037
]
101839860
04147 Exosome [BR:
maua04147
]
101839860
04090 CD molecules [BR:
maua04090
]
101839860
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
maua00537
]
101839860
Cilium and associated proteins [BR:
maua03037
]
Other cilia and associated proteins
Stereociliary proteins
101839860
Exosome [BR:
maua04147
]
Exosomal proteins
Exosomal proteins of colorectal cancer cells
101839860
Exosomal proteins of bladder cancer cells
101839860
CD molecules [BR:
maua04090
]
Proteins
101839860
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
maua00537
]
Antigens
101839860
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
V-set
Ig_3
ig
I-set
Ig_2
Receptor_2B4
Herpes_gE_N
DUF5726
Motif
Other DBs
NCBI-GeneID:
101839860
NCBI-ProteinID:
XP_040591371
LinkDB
All DBs
Position
Unknown
AA seq
1014 aa
AA seq
DB search
MEESSVLLCKGCTPWQGFLLTASLLTLWHLPTTAHVTTELAPLQVAEGENVLFLPHDFPE
NVTAFAWFKGLRNMKQGIAVYILGHNLSGPGPVHSSRETIYPNGSLLLEKVTQKDSGYYT
LRTYNGHAKIISTTSIYLHVHASLLTCWHLTTTAQVSIESVPPQVIEGENVLLQVHNLPE
NLLAFVWQKGVNEMNLGIALYSLAENESMTGPSHSGRETVYSNGSLQIRNVTQKDTGFYT
FRTMNRHEKVLSVTTTYLHVHTSNCGHPPTSDKPTIELVPSSFPEGASVLLVVHNLPKNL
RAFFWYKKAVVFKNFEVARHVISTNSTVLGPAHSGRETVYSNGSLLLQNVTWSDTGFYTL
RTLSTDLKTELAHVKLQLDTSHCGPHPTYAQATVELVPPSIAEGGNALLVVHNLPKNLRT
IFWYKGVTVFKNHEVARHIVATRSSILGPAHSGRETVYSNGSLLLQNVTRNDTGFYTLRT
LTTDLKVGVVNVQVLVDTSLSVCCNPPTFVQLMVESVPQNVVEGESVLLLVHNLPEDLRA
FAWYKSVYNTESFKIAEYSRVMNYITRGPAYNSRAMVYTNGSLLLQDVKKRDAGFYTLQT
LSRDFKIEKAHVQLFVYTCKLPPKDAQFSVEAVPSNVVEGENVMLLVHNIPENLRGFSWY
KGVTFVSRHVIAGKEIIADKSWLGPAHSGREIVHPSGSLLLQNTTQKDTGFYTLRTLNTQ
FEIKETHVYLHIYKPVTQPFIRINSTTVTAQNSVVLTCFSRDTGVSIRWIFNNRSLQLTE
RMTLSPTKCRLSIDPVRREDAGEYQCEVFNPVSSKTSLPVSLIVMNPQYAAEEESVLLQV
HNLPEDFQPFTWYRAVCSVSYFEIVEHSREAHNIIWGDQYRQRETVYXNESLLLQDITEE
DAGMYKLEILKRDFKXEKLYVQFHPQVTKPLGSITNSIVSSHRSVIFTCVSPDTDISICX
IFNNWCLHVSKRMILSPTKCGLRIYPLWLENVGEYRCKVSNRVSLQTSLPIWFQ
NT seq
3045 nt
NT seq
+upstream
nt +downstream
nt
atggaggagtcctctgttcttctctgcaaggggtgcaccccatggcaggggtttctgctc
acagcctctcttttaaccctctggcacttgcccaccactgcccatgtgaccactgaattg
gcaccacttcaagtggctgaaggagaaaatgtcctttttcttcctcatgattttcctgag
aatgttacagcctttgcctggttcaaaggactaagaaacatgaaacaaggaatcgcagtt
tatatactgggccacaatttaagtggtccggggcctgtgcacagcagtagagagacaata
tatcccaatggttccctgctgctggagaaggtcacacagaaggattcaggatactatacc
ctacgaacctataatggacatgcaaaaatcatatcaaccacatctatataccttcatgtg
catgcttcccttttaacctgctggcacctgaccaccactgcccaagtcagcattgagtca
gtgccaccccaagtgattgaaggagaaaatgttctactacaggttcataatctaccagag
aatcttctagcctttgtctggcaaaaaggggtgaatgagatgaaccttggaattgcacta
tattcactggctgagaatgaaagtatgacagggccctcacacagtggcagagagacagtg
tacagcaatggatccctgcagatccgcaatgtcacccagaaggacacaggattctacacc
ttccgaaccatgaatcgacatgaaaaagtattgtcagtgacaaccacataccttcatgtg
cacacctccaattgtgggcaccctcccacctctgacaagcccactattgaattagtacca
tccagctttccagaaggagcaagtgttcttctagtggttcacaacctcccgaagaatctt
cgagcctttttctggtacaaaaaagcggttgtgttcaagaactttgaggttgcccggcat
gtaatatccacaaattcaactgtattgggccctgcacacagtggtagagagacagtgtac
agtaatggatccctgctgctgcagaatgttacctggagtgacactggattctatacccta
cgtactctgagtacagatctgaaaactgaattagcacatgtgaaactccagttggacacc
tctcattgtggaccccatcccacctatgcccaagccactgttgaattagttccacccagc
atagctgaagggggaaatgctcttttagtggttcataatctcccgaagaatcttcgaacc
attttctggtacaaaggagtgactgtgttcaagaaccatgaggttgcccgacacatagta
gccacaagatcaagtatactgggccctgcacacagtggtagagagacagtgtacagcaat
ggatccctgctactccagaatgttaccaggaatgacactggattctacaccctacgaact
ctgaccacagatctgaaagttggagtagtgaatgtacaagtcctagtagacacctccctt
tctgtgtgttgtaaccctcccacttttgtccagctcatggtagagtcagtgccacagaat
gttgttgaaggagaaagcgttcttctccttgttcacaatctaccagaagatcttcgagcc
tttgcctggtacaaatcagtgtataacaccgagagttttaaaattgcggaatacagcaga
gtcatgaattacatcacccgggggcctgcctacaacagcagagcaatggtgtacaccaat
ggatcccttcttctccaggatgtcaagaagagagatgcaggattctacacactacaaact
ttaagcagagatttcaaaattgaaaaagcacatgtacaactctttgtgtacacctgcaag
cttccacccaaggatgcccagttctctgttgaagcagtgccatccaatgttgttgaaggg
gaaaatgttatgctacttgttcataatatcccagagaatcttcgaggcttttcctggtac
aaaggggtaaccttcgtcagcagacatgtgattgcagggaaggaaataattgctgataaa
agttggctggggcctgcacacagtggtagagagattgtgcaccccagtggatccctgctg
ctccaaaacaccacccagaaggacactggattctacaccctacggaccttaaatacacag
tttgaaatcaaagaaacacatgtgtacctccacatatacaagcctgtgacacagcccttt
atccgaatcaacagcaccacagttacagcacagaactctgtggtcctcacatgcttctca
agagatactggagtctccatccgttggatcttcaataaccgaagtctgcagctcacagag
aggatgacactgtccccaacaaagtgccgactcagcatagatcctgtcaggagggaggat
gctggagagtatcaatgtgaggtgttcaacccagtcagttcaaagaccagtctcccagtc
agcctgattgtgatgaatcctcagtatgctgctgaagaggaaagtgttcttctccaagtt
cataatcttccagaagatttccaaccctttacttggtacagggcagtatgtagtgtttca
tattttgaaatagttgaacatagcagagaagcacataacatcatctggggtgatcaatat
agacaaagagagactgtgtatngcaatgaatccctcctgcttcaggacatcactgaggaa
gatgcaggaatgtacaaactagaaattttgaaacgtgatttcaaanttgaaaaattatat
gtgcaattccatcctcaagtcacaaagccccttggatcaatcactaacagcatagtctca
tcacacagatctgtgatcttcacctgtgtatcacctgatactgatatctccatctgttag
atctttaataactggtgcctgcatgtctcaaagaggatgattttgtccccaacaaagtgt
ggactgaggatataccctttatggttggagaatgttggggagtataggtgtaaggtctcc
aaccgtgtcagtttacagaccagtctcccaatctggtttcagtga
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