HelaA.20710.a

Attachment glycoprotein (G)

CENTER ID: HelaA.20710.a
ORGANISM: Henipavirus Langya virus isolate SDQD_H1801
ASSOCIATED DISEASE:
CURRENT STATUS: in PDB
COMMUNITY REQUEST: False
NIH RISK GROUP: 2
SELECT AGENT: False
NIH PRIORITY
pathogens category:		 I

Ordering Clones & Proteins

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Publications by SSGCID

Structure and design of Langya virus glycoprotein antigens
Veesler D, Park YJ, Dang HV, Yan L, Broder CC, Wang Z, McCallum M, Amaya M, Sharkey WK, Person A
Proc. Natl. Acad. Sci. U.S.A. - 2024
volume 121, issue 16, pages e2314990121
PMID: 37645760; PMCID: PMC10462157
PDB: 8TVB, 8TVE, 8TVF, 8TVG, 8TVH, 8TVI, 8VWP

External Resources

RESOURCE REFERENCE ID
BV-BRC: fig|2971765.685.peg.8
GenBank: UUV47206.1

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
MATNKRDVIK TTESTREDKV KKFYGVETAE KVADSISSNK VFILMNTLLI LTGAIITITL NVTNLTTIKN QQAMLKIIQD EVNSKLEMFV SLDQLVKGEI KPKVSLINTA VSVSIPGQIS NLQTKFLQKY VYLEESITKQ CTCNPLSGIF PTTKPPPPPT DKPDDDTTDD DKVDTTIKPV EYYKPDGCNK TNDHFTMQPG VNFYTVPNLG PSSSSADECY TNPSFSIGSS IYMFSQEIRK TDCTTGEILS IQIVLGRIVD KGQQGPQASP LLVWSVPNPK IINSCAVAAG DETGWVLCSV TLTAASGEPI PHMFDGFWLY KFEPDTEVVA YRITGFAYLL DKVYDSVFIG KGGGIQRGND LYFQMFGLSR NRQSIKALCE HGSCLGTGGG GYQVLCDRAV MSFGSEESLI SNAYLKVNDV ASGKPTIISQ TFPPSDSYKG SNGRIYTIGE RYGIYLAPSS WNRYLRFGLT PDISVRSTTW LKEKDPIMKV LTTCTNTDKD MCPEICNTRG YQDIFPLSED SSFYTYIGIT PSNEGTKSFV AVKDDAGHVA SITILPNYYS ITSATISCFM YKEEIWCIAV TEGRKQKENP QRIYAHSYRV QKMCFNIKPA SVVTSLPSNV TIRS
NT Sequence
ATGGCAACAA ACAAAAGGGA TGTAATCAAG ACAACTGAGT CAACCCGCGA GGATAAAGTT AAGAAATTTT ATGGCGTTGA AACAGCTGAA AAGGTAGCAG ATAGTATAAG TAGTAATAAA GTGTTTATAT TGATGAACAC ATTACTTATA CTAACAGGTG CTATCATAAC AATAACTCTT AATGTGACTA ATCTGACTAC AATTAAGAAT CAACAAGCAA TGCTGAAGAT CATCCAAGAT GAAGTGAACT CAAAATTGGA AATGTTTGTA AGTTTGGACC AACTTGTTAA AGGTGAAATC AAACCGAAGG TTTCCCTGAT TAACACAGCT GTTAGTGTGA GCATCCCTGG TCAGATTTCA AATTTGCAGA CAAAATTCCT ACAAAAATAC GTATACCTAG AAGAATCAAT CACCAAACAA TGCACTTGTA ATCCATTATC AGGAATTTTT CCAACTACAA AGCCGCCACC TCCGCCTACA GATAAACCCG ATGATGACAC GACAGATGAT GACAAAGTGG ACACTACAAT CAAACCGGTG GAATATTATA AACCAGATGG TTGTAACAAG ACAAACGATC ACTTTACAAT GCAGCCAGGT GTTAATTTTT ACACTGTACC CAACCTTGGT CCATCCAGCT CTAGTGCTGA TGAGTGTTAC ACTAATCCAT CATTTTCTAT AGGATCATCA ATTTATATGT TCTCCCAAGA GATTAGAAAA ACAGATTGTA CAACAGGAGA AATATTATCA ATTCAGATCG TCTTAGGCCG AATCGTAGAC AAGGGTCAAC AGGGACCACA AGCATCACCC TTATTAGTAT GGAGCGTCCC AAATCCAAAA ATCATCAACT CGTGTGCTGT CGCAGCTGGA GACGAGACGG GATGGGTGTT ATGCTCAGTG ACATTAACTG CAGCCTCAGG GGAACCAATA CCCCACATGT TTGATGGGTT CTGGTTGTAT AAGTTTGAAC CAGACACTGA GGTAGTTGCT TATAGAATCA CAGGCTTTGC TTATCTGCTT GATAAGGTTT ATGACTCTGT CTTTATAGGC AAAGGAGGAG GAATCCAGAG AGGCAATGAT CTGTACTTTC AGATGTTTGG GCTTTCCAGA AACAGACAGA GCATTAAGGC GCTATGTGAA CACGGTTCAT GCCTAGGGAC AGGAGGAGGA GGGTACCAAG TTCTGTGTGA TAGAGCCGTA ATGTCTTTTG GGAGTGAGGA ATCTCTAATT TCAAATGCAT ATCTCAAGGT TAATGATGTT GCTAGTGGAA AGCCGACCAT CATAAGTCAG ACTTTTCCGC CATCTGATTC CTACAAAGGT TCCAATGGGA GGATATATAC AATAGGAGAA CGATATGGAA TATATCTGGC TCCTTCGTCA TGGAACAGAT ACCTCAGATT TGGTCTAACA CCTGATATAT CTGTAAGATC TACAACATGG CTGAAGGAAA AGGACCCTAT AATGAAGGTC TTAACCACAT GTACTAATAC AGACAAAGAT ATGTGCCCTG AGATTTGTAA CACACGAGGT TATCAGGATA TATTCCCTCT GTCTGAAGAC TCCAGTTTTT ACACTTACAT AGGGATTACA CCTAGTAATG AAGGTACAAA GAGTTTTGTT GCAGTTAAGG ATGATGCAGG ACATGTTGCA TCCATAACAA TACTCCCAAA TTACTATAGT ATAACATCTG CCACGATTAG TTGTTTCATG TACAAAGAGG AGATATGGTG TATAGCAGTT ACCGAGGGAC GAAAACAGAA AGAAAATCCT CAAAGAATAT ATGCCCACTC ATACCGAGTT CAAAAAATGT GTTTTAACAT AAAACCGGCA TCAGTCGTGA CAAGTCTACC AAGTAATGTG ACCATCCGTT CT