AlcaA.18655.a

Spike glycoprotein

CENTER ID: AlcaA.18655.a
ORGANISM: Alphacoronavirus Canine coronavirus HuPn-2018
ASSOCIATED DISEASE:
CURRENT STATUS: in PDB
COMMUNITY REQUEST: False
NIH RISK GROUP: NA
SELECT AGENT: False
NIH PRIORITY
pathogens category:
non-BEI

Ordering Clones & Proteins

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Structures

7US6
DEPOSITED: 4/23/2022
DETERMINATION: CryoEM
CLONE: AlcaA.18655.a.K12.GE44903
PROTEIN: AlcaA.18655.a.K12.PE00064
7USB
DEPOSITED: 4/23/2022
DETERMINATION: CryoEM
CLONE: AlcaA.18655.a.K13.GE44904
PROTEIN: AlcaA.18655.a.K13.PE00065
7US9
DEPOSITED: 4/23/2022
DETERMINATION: CryoEM
CLONE: AlcaA.18655.a.K14.GE44905
PROTEIN: AlcaA.18655.a.K14.PE00066

Publications by SSGCID

Structure, receptor recognition, and antigenicity of the human coronavirus CCoV-HuPn-2018 spike glycoprotein
Walls AC, Veesler D, Park YJ, Lanzavecchia A, Corti D, King NP, Tortorici MA, Telenti A, Miranda M, Kepl E, Eguia R, Bloom J, Joshi A, Dosey A, Stevens-Ayers T, Boeckh MJ
Cell - 2022
volume 185, issue 13, pages 2279-2291
PMID: 35700730; PMCID: PMC9135795
PDB: 7U0L, 7US6, 7US9, 7USA, 7USB

External Resources

RESOURCE REFERENCE ID
UniProt: A0A8E6CMP0

Sequences

These sequences are the native gene sequence; sequences of constructs derived from these sequences may differ due to codon optimization or other protocols. To find the specific sequence of any material you may have ordered, click on the "info" button next to the name of that material.
AA Sequence
MKLLFVVLVV LPSIYGDNFP CSKFLNRTIG NHWNLIENFL LNYSIRLPPN SDVVLGDYFP TVQPWFNCIR NNNNSLYVTM ENLKALYWDY ATENITSDHR QRLHVVVKGK PYSITVTTTR NFDAAEGAII CICKGSPPTT TTGNLDCNWG SDCRLNHKFP ICPSNSQANC GNMLYGLQWF TDEVVAYLHG AIYRISFENK WFGTVTLGDM RATTLQTAGA LVDLWWFNPV YDVTYYRVNN KNGTTIVSNC TDQCASYVDN VFTTQPGGLI PSDFSFNNWF LLTNSSTVVS GKLVTRQPLV VNCLWPVPSF KEAASTFCFE GAGFDQCNGA VLNNTVDVIR FNLNFTADVQ SGMGATVFSL NTTGGVILEI SCYNDIVSES SFYSYGDIPF GITDGPRYCY VLYNGTTLKY LGTLPPSVKE IAISKWGHFY INGYNFFSTF PIDCISFNLT TGASGAFWTI AYTSYTEALV QVENTAIKKV TYCNSHINNI KCSQLTANLQ NGFYPVASSE VGLVNKSVVL LPSFFAHTTV NITIDLGMKR SGYGQPIASP LSNITLPMQD NNTDVYCIRS NQFSIYVHST CKSSLWDNVF NQDCTDVLEA TAVIKTGTCP FSFDKLNNHL TFNKFCLSLS PVGANCKFDV AARTRTNEQV VRSLYVIYEE GDNIVGVPSD NSGLHDLSVL HLDSCTDYNI YGRTGVGVIR QTNSTLLSGL YYTSLSGDLL GFKNVSDGVI YSVTPCDVSA QAAVIDGAIV GAMTSINSEL LGLTHWTTTP NFYYYSIYNY TNERTRGTAI DSNDVDCEPI ITYSNIGVCK NGALVFINVT HSDGDVQPIS TGNVTIPTNF TISVQVEYIQ VYTTPVSIDC ARYVCNGNPR CNKLLTQYVS ACQTIEQALA MGARLENMEV DSMLFVSENA LKLASVEAFN STENLDPIYK EWPNIGGSWL GGLKDILPSH NSKRKYRSAI EDLLFDKVVT SGLGTVDEDY KRCTGGYDIA DLVCAQYYNG IMVLPGVAND DKMTMYTASL AGGITLGALG GGAVAIPFAV AVQARLNYVA LQTDVLNKNQ QILANAFNQA IGNITQAFGK VNDAIHQTSK GLATVAKVLA KVQDVVNTQG QALSHLTVQL QNNFQAISSS ISDIYNRLDE LSADAQVDRL ITGRLTALNA FVSQTLTRQA EVRASRQLAK DKVNECVRSQ SQRFGFCGNG THLFSLANAA PNGMIFFHTV LLPTAYQTVT ACSGICASDG DRTFGLVVKD VQLTLFRNLD DKFYLTPRTM YQPRAATSSD FVQIEGCDVL FVNATEIDLP SIIPDYIDIN QTVQDILENY RPNWTVPELT LDIFNATYLN LTGEIDDLEF RSEKLHNTTV ELAILIDNIN NTLVNLEWLN RIETYVKWPW YVWLLIGLVV VFCIPLLLFC CCSTGCCGCI GCLGSCCHSI CSRRQFENYE PIEKVHVH
NT Sequence
ATGAAACTAC TATTTGTAGT TTTGGTTGTA CTGCCTTCGA TCTATGGAGA TAACTTCCCT TGTTCTAAAT TTCTCAATCG AACTATAGGT AACCATTGGA ATCTCATTGA AAATTTCCTT CTAAATTATA GTATTAGGTT ACCACCTAAT TCAGATGTGG TTTTAGGTGA TTATTTTCCA ACTGTACAAC CTTGGTTTAA TTGCATCCGC AATAACAATA ATAGTCTTTA TGTTACAATG GAAAATCTTA AAGCATTGTA TTGGGATTAT GCGACAGAAA ATATCACTTC TGACCACAGA CAAAGGTTAC ATGTAGTTGT TAAAGGAAAA CCATATTCCA TTACAGTTAC AACAACCCGC AATTTTGATG CTGCTGAAGG TGCTATTATA TGTATTTGTA AGGGATCACC ACCTACTACT ACCACAGGTA ACCTGGATTG CAATTGGGGT AGTGATTGCA GGTTAAACCA CAAGTTTCCC ATTTGTCCTT CCAATTCACA AGCAAATTGT GGTAATATGC TGTATGGCCT ACAATGGTTT ACAGATGAGG TTGTTGCTTA CTTACATGGT GCTATATACC GTATTAGTTT TGAAAACAAA TGGTTTGGCA CTGTCACACT TGGTGACATG CGCGCAACTA CATTACAAAC CGCAGGCGCG CTTGTAGACC TCTGGTGGTT TAATCCTGTT TATGATGTCA CTTATTATAG AGTCAATAAT AAAAATGGCA CTACTATAGT TTCCAATTGC ACTGATCAAT GTGCTAGTTA TGTAGATAAT GTCTTTACTA CACAACCAGG AGGTCTTATA CCATCAGATT TTAGTTTTAA TAATTGGTTT CTTCTAACTA ATAGCTCTAC AGTTGTTAGT GGTAAATTAG TTACCAGACA ACCATTAGTA GTTAATTGCT TATGGCCAGT TCCCAGCTTT AAAGAAGCAG CTTCTACATT TTGTTTTGAG GGTGCTGGCT TTGATCAATG TAATGGTGCT GTTTTAAATA ACACTGTAGA TGTTATTAGA TTCAATCTTA ATTTCACCGC AGATGTACAA TCTGGCATGG GTGCTACAGT GTTTTCACTG AATACAACGG GTGGTGTCAT TCTTGAAATT TCATGTTATA ATGACATAGT GAGTGAGTCT AGTTTTTACA GTTATGGCGA CATTCCGTTC GGCATAACTG ATGGACCACG GTACTGTTAT GTACTTTATA ATGGTACAAC TCTTAAGTAT TTAGGAACGT TACCACCCAG TGTCAAGGAA ATTGCTATTA GTAAGTGGGG CCATTTTTAT ATTAATGGTT ACAATTTCTT TAGCACATTT CCTATTGATT GTATATCTTT TAACTTAACC ACTGGTGCTA GTGGAGCTTT CTGGACAATT GCTTACACAT CGTACACTGA AGCATTAGTA CAAGTTGAAA ACACAGCTAT TAAAAAGGTG ACGTATTGTA ACAGTCACAT TAATAACATT AAATGTTCTC AACTTACTGC TAATTTGCAA AATGGATTCT ATCCTGTTGC TTCAAGTGAA GTAGGTCTCG TTAATAAGAG TGTTGTGTTA TTACCTAGCT TTTTCGCACA TACCACTGTT AATATAACCA TTGATCTTGG TATGAAACGT AGTGGTTATG GTCAACCCAT AGCCTCACCA TTAAGTAATA TCACACTACC AATGCAGGAC AACAACACCG ATGTGTACTG TATCCGTTCT AACCAATTTT CAATTTATGT TCATTCCACT TGCAAAAGTT CGTTATGGGA CAATGTTTTT AATCAAGACT GCACGGATGT TTTAGAGGCC ACAGCTGTTA TAAAAACTGG TACTTGTCCT TTCTCATTTG ATAAATTGAA CAATCACTTA ACTTTTAACA AGTTTTGTTT GTCGTTGAGT CCTGTTGGTG CTAACTGTAA GTTTGATGTT GCAGCCCGTA CAAGAACCAA TGAGCAGGTT GTTAGAAGTT TGTATGTAAT ATATGAAGAA GGAGACAACA TAGTGGGTGT GCCATCTGAT AATAGTGGTT TGCACGATTT GTCAGTGCTA CACCTAGACT CTTGCACAGA TTACAATATA TATGGTAGAA CTGGTGTTGG TGTTATTAGA CAAACTAACA GCACGCTACT TAGTGGCTTA TATTACACAT CACTATCAGG TGATTTGTTA GGTTTTAAAA ATGTTAGTGA TGGTGTCATT TATTCTGTAA CACCATGTGA TGTAAGTGCA CAAGCAGCTG TTATTGATGG TGCCATAGTT GGAGCTATGA CATCCATTAA TAGTGAACTG TTAGGTCTAA CGCATTGGAC AACGACACCT AATTTTTATT ACTACTCTAT ATATAATTAC ACAAATGAGA GGACTCGTGG CACTGCAATT GACAGTAACG ATGTTGATTG TGAACCTATC ATAACCTATT CTAACATAGG TGTTTGTAAA AATGGTGCAT TGGTTTTTAT TAACGTCACA CATTCGGATG GAGACGTGCA ACCAATTAGC ACTGGTAATG TCACGATACC TACAAACTTT ACCATATCTG TGCAAGTCGA ATACATTCAG GTTTACACTA CACCAGTATC AATAGATTGT GCAAGATACG TTTGTAATGG TAACCCTAGA TGTAACAAAT TGTTAACACA ATATGTTTCT GCGTGTCAAA CTATTGAGCA AGCACTTGCA ATGGGTGCCA GACTTGAAAA CATGGAGGTT GATTCCATGT TGTTTGTTTC GGAAAATGCC CTTAAATTGG CATCTGTTGA GGCGTTCAAT AGTACAGAAA ACTTAGATCC TATTTACAAA GAATGGCCTA ACATAGGTGG TTCTTGGTTA GGAGGTTTAA AAGACATACT GCCGTCCCAT AATAGCAAAC GTAAGTATCG TTCTGCTATA GAAGACTTGC TTTTTGATAA GGTTGTAACT TCTGGTTTAG GTACAGTTGA TGAAGATTAT AAACGTTGTA CAGGTGGTTA TGACATAGCC GACTTAGTGT GTGCTCAATA TTACAATGGC ATCATGGTGT TACCTGGTGT AGCTAATGAT GACAAGATGA CTATGTACAC AGCATCTCTT GCAGGTGGTA TAACACTAGG TGCACTTGGT GGTGGCGCCG TTGCTATACC TTTTGCAGTA GCAGTTCAGG CTAGACTTAA TTATGTTGCT CTACAAACTG ATGTATTGAA TAAAAACCAG CAGATCCTGG CTAATGCTTT CAATCAAGCT ATTGGTAACA TTACACAGGC ATTTGGCAAG GTCAATGATG CCATACATCA AACATCAAAA GGTCTTGCAA CGGTTGCTAA AGTATTGGCA AAAGTGCAAG ATGTTGTCAA TACACAAGGG CAAGCTTTAA GCCACCTAAC AGTACAATTG CAAAATAATT TTCAAGCCAT TAGTAGTTCT ATTAGTGACA TTTACAACAG ACTTGACGAA CTGAGTGCTG ACGCACAAGT TGATAGGCTG ATTACAGGAA GACTTACAGC ACTTAATGCA TTTGTGTCTC AGACTCTAAC CAGACAAGCG GAGGTTAGGG CTAGTAGACA ACTTGCCAAA GACAAGGTCA ATGAATGCGT TAGATCCCAA TCTCAGAGAT TCGGATTCTG TGGTAATGGT ACACACTTGT TTTCACTTGC AAATGCAGCA CCAAATGGCA TGATTTTCTT TCATACAGTG CTATTACCAA CGGCTTATCA AACTGTAACA GCTTGCTCAG GTATTTGTGC TTCAGATGGC GATCGCACTT TTGGACTTGT CGTTAAAGAT GTACAGTTGA CGTTGTTTCG TAACCTAGAT GACAAGTTCT ATTTGACTCC CAGAACTATG TATCAGCCTA GAGCTGCAAC TAGTTCTGAT TTTGTTCAAA TTGAGGGGTG CGATGTGTTG TTTGTCAATG CAACTGAAAT TGACTTGCCT AGTATTATAC CTGACTATAT TGACATCAAT CAGACTGTTC AAGATATATT AGAAAATTAC AGACCAAACT GGACTGTACC TGAATTGACA CTTGATATTT TTAACGCAAC CTATTTAAAT CTGACTGGTG AAATTGATGA CTTAGAATTT AGGTCGGAAA AGCTACACAA CACCACTGTA GAACTTGCCA TTCTCATTGA CAACATTAAC AACACATTAG TCAATCTTGA ATGGCTCAAC AGAATTGAAA CTTATGTAAA ATGGCCTTGG TATGTGTGGC TACTGATAGG TTTAGTAGTA GTATTTTGCA TACCATTACT TCTATTTTGC TGTTGTAGTA CAGGTTGTTG TGGCTGCATA GGTTGTTTAG GAAGTTGTTG TCACTCTATA TGTAGTAGAA GACAATTTGA AAATTATGAA CCAATTGAAA AAGTGCATGT CCAC