CobaB.18655.a
Spike glycoprotein
| CENTER ID: | CobaB.18655.a |
| ORGANISM: | unclassified Coronavirinae Bat coronavirus PDF-2180 |
| 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
If there are materials available for this target, they will be listed below.
Materials can be ordered from SSGCID using the button in the "order material" column.
Clicking the button will add the material to a virtual cart.
You may order multiple materials at a time at no cost to you, as this contract is funded
by NIAID. When you are ready to place your order, click the "Place Order" link which will
appear in the top right corner of the page after you place your first item in your cart.
Structures
7U6R
DEPOSITED: 3/5/2022
DETERMINATION: CryoEM
CLONE: CobaB.18655.a.K11.GE44907
PROTEIN: CobaB.18655.a.K11.PE00068
Publications by SSGCID
Close relatives of MERS-CoV in bats use ACE2 as their functional receptors
Tortorici MA, Walls AC, Veesler D, Chen Y, Corti D, Yang H, Cao L, Wang C, Xiong Q, Ma C, Liu C, Si J, Liu P, Gu M, Shi L, Tong F, Huang M, Li J, Zhao C, Zhao H, Lan K, Wang X
Nature - 2022
volume 612, issue 7941, pages 748-757
PMID: 36477529; PMCID: PMC9734910
PDB:
7U6R
External Resources
| RESOURCE | REFERENCE ID |
|---|---|
| BV-BRC: | fig|1508220.2588.CDS.3 |
| GenBank: | YP_009361857.1 |
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
MTYSVSLLMC LLTFIGANAK IVSIPGGVGT GACPQVDMQP SYFIKHNWPE PIDMNKADGV IYPNGRTYSN ITLQTTNLFP RNGDLGTQYV YSASNEKSRT SNVAFISNYS YYGNPFGDGI VIRIGQNSNK TGSVIVGTAQ TTIKKIYPAL MLGSSFGNFS VNNKSGAYFN HTLLILPSKC GTVFQVAYCL LQPRTDSYCP GNANYVSYAL IDSPTDCTSA DESKRRNGLE DIKKYFNLVN CTYFEEFNVT ADERAEWFGI TQDSQGVHLY TSRKNGFNSN NLFLFASVPI YDKINYYTVI PRSIITPANQ RSAWAAFYVY PLHQLSYLLN FDVNGYITQA ADCGYNDYTQ LVCSYGDFNM KSGVYSTSYY SAKPVGAYYE AHVYPDCNFT DLFRENAPTI MQYKRQVFTR CNYNLTLLLS LVQVDEFVCD KITPEALATG CYSSLTVDWF AFPYAWKSYL AIGSADRIVR FNYNQDYSNP SCRIHSKVNS SVGISYSGLY SYITNCNYGG FNKDDVVKPG GRASQPCVTG ALNSPTNGQV WSFNFGGVPY RTSRLTYTDH LKNPLDMVYV ITVKYEPGAE TVCPKQVRPD YSTNITGLLG SCISYDIYGI TGTGVFQLCN ATGIPQQKFV YDKFDNIIGF HSDDGNYYCV APCVSVPVSV IYDDNTNQYA TLFGSVACQH ISTMAAQFSR ETRASLVSRN MQNLLQTSVG CVMGFHETND TVEDCNLSLG QSLCAIPPNT NLRVGRSTFG LGSLAYNSPL RVDALNSSEF KVSLPLNFTF GVTQEYIETS IQKITVDCKQ YVCNGFAKCE KLLEQYGQFC SKINQALHGA NLRQDDFVRN LFESVKTPQT VPLTTGFGGE FNLTLLEPLS VSTGSSNARS ALEELLFDKV TIADPGYMQG YDDCMQQGPA SARDLICAQY VAGYKVLPPL MDVNMEAAYT SSLLGSIAGA GWTAGLSSFA AIPFAQSIFY RLNGVGITQQ VLSENQKIIA NKFNQALGAM QTGFTTTNEA FQKVQDAVNT NAQALAKLAS ELSNTFGAIS SSIGDIIQRL DVLEQEVQID RLINGRLTTL NAFVAQQLVR SESAARSAQL AKDKVNECVK SQSTRSGFCG QGTHIVSFVI NAPNGLYFMH VGYHPSQHIE VVAAYGLCDA ANPTNCIAPV NGYFIKNQTT RGVDDWSYTG SSFYAPEPIT TLNTRYVAPQ VTFQNISTNL PPPLLGNSTG TDFKDELDEF FKNVSTSIPN FGALTQINTT LLDLSDEMLA LQQVVKALNE SYIDLKELGN YTYYNKWPWY IWLGFIAGLL ALALCVFFIL CCTGCGTSCL GKLKCNRCCD KYEEYDLEPH KIHIH
NT Sequence
ATGACGTACT CAGTGTCTCT ACTGATGTGC TTGTTAACTT TTATAGGGGC AAACGCTAAA ATTGTGTCGA TACCTGGTGG TGTCGGTACT GGAGCTTGTC CCCAGGTTGA TATGCAGCCC AGTTATTTTA TAAAGCATAA CTGGCCTGAA CCTATTGACA TGAATAAGGC AGACGGTGTC ATCTACCCAA ATGGCCGCAC TTATTCTAAC ATCACATTAC AGACCACTAA TCTGTTTCCT CGTAATGGTG ATTTAGGCAC TCAGTATGTC TATTCAGCAT CTAATGAGAA AAGCCGCACT AGCAATGTGG CTTTTATTAG TAATTATTCA TACTATGGCA ATCCCTTTGG CGACGGCATT GTCATACGTA TAGGTCAAAA TTCTAATAAG ACTGGTAGTG TCATTGTGGG CACAGCACAG ACTACTATTA AAAAGATCTA CCCAGCTCTT ATGCTTGGTA GTTCTTTTGG CAATTTCTCT GTTAATAATA AGTCAGGTGC TTATTTTAAT CACACCCTTC TTATCTTACC TAGCAAGTGT GGCACTGTAT TTCAGGTGGC ATACTGCCTT CTACAACCAA GGACTGACTC TTATTGTCCC GGTAATGCTA ACTATGTTAG CTATGCACTC ATTGATTCTC CTACGGATTG TACATCTGCG GATGAATCTA AACGTAGGAA TGGTCTTGAG GACATTAAAA AGTACTTCAA TTTGGTCAAT TGTACCTATT TTGAAGAGTT TAATGTCACA GCTGACGAGC GTGCAGAGTG GTTTGGCATC ACCCAAGATT CTCAGGGTGT GCACCTCTAC ACCTCTCGTA AAAATGGTTT CAATTCAAAT AATCTCTTTT TATTTGCTTC TGTGCCCATT TATGATAAGA TCAATTACTA CACTGTAATT CCTCGCTCAA TAATAACTCC TGCCAACCAG CGTTCTGCTT GGGCAGCATT TTATGTATAT CCTTTACACC AACTTAGCTA CTTGCTAAAT TTTGATGTTA ATGGTTATAT TACGCAAGCA GCAGACTGTG GTTACAATGA TTATACCCAG CTTGTCTGCT CGTATGGTGA TTTTAATATG AAATCTGGTG TTTACTCTAC TTCATATTAT TCAGCCAAAC CTGTAGGTGC GTACTATGAA GCTCATGTTT ACCCAGATTG CAATTTTACT GATTTGTTCC GGGAAAATGC TCCCACAATC ATGCAATATA AGCGTCAAGT TTTTACGCGT TGTAATTACA ACCTCACACT ACTGCTCTCT CTTGTGCAGG TGGATGAGTT TGTCTGCGAT AAGATTACCC CTGAGGCTCT TGCAACAGGG TGTTATTCGT CTCTTACCGT CGATTGGTTT GCATTTCCGT ATGCTTGGAA GTCATACCTA GCTATAGGTT CAGCAGATCG CATTGTGCGG TTTAATTATA ACCAGGATTA TAGCAATCCC TCTTGTAGAA TTCACTCCAA GGTGAATTCT TCAGTTGGCA TTTCTTACTC TGGTTTATAT AGTTATATTA CTAATTGTAA TTACGGCGGC TTCAACAAGG ATGACGTTGT TAAGCCTGGT GGTCGTGCCA GTCAACCCTG TGTTACTGGC GCACTCAATT CACCTACTAA CGGTCAAGTC TGGTCTTTTA ATTTTGGTGG CGTCCCTTAC AGAACCTCCC GCCTCACCTA CACTGACCAT CTTAAAAACC CTCTAGATAT GGTTTATGTC ATCACTGTTA AGTATGAACC AGGCGCTGAA ACTGTATGTC CCAAACAAGT GCGTCCTGAT TATAGTACCA ATATTACTGG CTTATTAGGC TCTTGTATCA GTTATGACAT TTATGGTATA ACTGGTACTG GTGTTTTCCA GCTGTGTAAT GCAACTGGAA TTCCTCAACA AAAGTTTGTC TATGACAAAT TTGATAATAT AATTGGCTTT CACTCTGATG ACGGCAATTA TTATTGTGTG GCACCTTGTG TCAGTGTGCC TGTTTCTGTT ATATATGATG ACAACACTAA TCAATACGCC ACATTGTTTG GCAGTGTTGC TTGTCAACAT ATATCTACAA TGGCTGCTCA GTTTTCTCGT GAAACTCGTG CTTCCCTCGT TTCAAGAAAT ATGCAGAATC TTCTACAGAC TTCTGTCGGT TGTGTCATGG GTTTCCATGA AACTAATGAC ACCGTTGAAG ACTGCAATCT TTCTTTGGGA CAATCACTCT GCGCAATCCC ACCTAACACC AACTTGAGGG TTGGTCGCTC CACCTTTGGA TTAGGTTCTT TAGCCTACAA CAGTCCATTG CGTGTTGATG CACTTAACTC CTCTGAGTTT AAGGTCTCCT TGCCTCTCAA TTTTACATTT GGTGTTACTC AGGAATATAT TGAAACTAGC ATACAGAAGA TTACAGTTGA CTGTAAACAG TACGTGTGCA ATGGTTTTGC TAAGTGTGAA AAGCTGCTCG AACAATACGG TCAGTTTTGC TCTAAAATTA ACCAGGCTCT CCATGGCGCG AATCTTCGCC AGGATGACTT TGTTCGTAAT CTGTTTGAGA GTGTTAAAAC ACCACAGACA GTTCCTCTTA CTACAGGTTT TGGAGGGGAG TTTAATCTTA CTCTTCTAGA GCCGCTTTCT GTTTCTACAG GTTCTTCTAA TGCGCGTAGT GCTTTGGAAG AGCTTTTGTT TGACAAAGTC ACTATAGCTG ATCCTGGCTA CATGCAAGGT TATGATGACT GCATGCAACA GGGCCCTGCC TCAGCTCGTG ATCTTATCTG TGCTCAATAT GTTGCTGGCT ACAAAGTGTT ACCACCCCTT ATGGATGTTA ACATGGAAGC TGCATACACC TCTTCTTTGC TTGGTAGCAT AGCTGGTGCT GGCTGGACTG CTGGTTTATC ATCATTTGCT GCCATTCCAT TTGCACAGAG TATATTTTAC AGGTTAAATG GTGTTGGTAT AACACAACAG GTTCTATCTG AGAATCAAAA GATTATTGCT AACAAGTTTA ACCAAGCTCT TGGTGCCATG CAAACTGGTT TCACAACAAC TAATGAAGCT TTTCAGAAAG TTCAAGATGC TGTGAACACT AATGCACAGG CTCTAGCTAA GTTGGCTAGT GAACTATCCA ATACTTTTGG TGCTATTTCT TCTTCCATTG GTGACATCAT TCAACGTCTT GATGTGCTTG AACAGGAAGT CCAAATAGAC AGACTTATTA ATGGCCGTCT GACTACACTC AACGCCTTTG TTGCTCAGCA GCTTGTTCGT TCTGAATCTG CTGCTCGTTC TGCACAATTG GCTAAGGATA AAGTCAATGA GTGTGTTAAA TCACAATCCA CTAGATCTGG ATTTTGTGGT CAAGGCACTC ATATAGTGTC CTTTGTTATT AACGCCCCTA ATGGCCTCTA CTTTATGCAT GTTGGTTACC ACCCTAGCCA ACATATTGAG GTTGTTGCTG CCTATGGTCT TTGTGACGCG GCCAACCCCA CTAATTGTAT AGCCCCAGTT AATGGCTACT TTATTAAAAA TCAAACTACT AGGGGTGTTG ATGATTGGTC ATATACAGGT TCTTCCTTTT ATGCTCCAGA ACCCATCACC ACTCTTAATA CTAGGTATGT CGCACCTCAA GTGACATTCC AAAACATTTC TACTAACCTT CCTCCTCCTC TGTTGGGCAA TTCCACTGGA ACTGACTTCA AAGATGAGTT GGATGAATTT TTCAAGAATG TTAGCACCAG TATACCAAAT TTTGGTGCTC TAACACAAAT TAATACTACT TTATTGGATC TTTCCGATGA AATGCTAGCT TTACAGCAAG TTGTCAAAGC GCTTAATGAG TCATATATTG ACCTTAAAGA GCTCGGCAAC TATACTTATT ACAACAAATG GCCTTGGTAC ATTTGGTTGG GTTTCATTGC TGGACTTCTA GCCCTAGCCC TTTGTGTTTT CTTTATTCTT TGCTGCACTG GTTGCGGCAC AAGTTGTTTA GGAAAACTTA AATGTAATCG TTGTTGTGAC AAATATGAAG AATACGACCT TGAGCCGCAT AAAATTCATA TTCAC