HeniA.19903.a

Glycoprotein G

CENTER ID: HeniA.19903.a
ORGANISM: Henipavirus Nipah virus
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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Structures

7TXZ
DEPOSITED: 2/10/2022
DETERMINATION: CryoEM
CLONE: HeniA.19903.a.K11.GE44742
PROTEIN: HeniA.19903.a.K11.PE00057
7TY0
DEPOSITED: 2/10/2022
DETERMINATION: CryoEM
CLONE: HeniA.19903.a.K11.GE44742
PROTEIN: HeniA.19903.a.K11.PE00057

Publications by SSGCID

Architecture and antigenicity of the Nipah virus attachment glycoprotein
Veesler D, DiMaio F, Dang HV, Yan L, Broder CC, Wang Z, Addetia A, Amaya M, Reggiano G, Hickey AC
Science - 2022
pages eabm5561
PMID: 35239409
PDB: 7TXZ, 7TY0

External Resources

RESOURCE REFERENCE ID
BV-BRC: fig|121791.178.CDS.8
UniProt: Q9IH62

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
MPAENKKVRF ENTTSDKGKI PSKVIKSYYG TMDIKKINEG LLDSKILSAF NTVIALLGSI VIIVMNIMII QNYTRSTDNQ AVIKDALQGI QQQIKGLADK IGTEIGPKVS LIDTSSTITI PANIGLLGSK ISQSTASINE NVNEKCKFTL PPLKIHECNI SCPNPLPFRE YRPQTEGVSN LVGLPNNICL QKTSNQILKP KLISYTLPVV GQSGTCITDP LLAMDEGYFA YSHLERIGSC SRGVSKQRII GVGEVLDRGD EVPSLFMTNV WTPPNPNTVY HCSAVYNNEF YYVLCAVSTV GDPILNSTYW SGSLMMTRLA VKPKSNGGGY NQHQLALRSI EKGRYDKVMP YGPSGIKQGD TLYFPAVGFL VRTEFKYNDS NCPITKCQYS KPENCRLSMG IRPNSHYILR SGLLKYNLSD GENPKVVFIE ISDQRLSIGS PSKIYDSLGQ PVFYQASFSW DTMIKFGDVL TVNPLVVNWR NNTVISRPGQ SQCPRFNTCP EICWEGVYND AFLIDRINWI SAGVFLDSNQ TAENPVFTVF KDNEILYRAQ LASEDTNAQK TITNCFLLKN KIWCISLVEI YDTGDNVIRP KLFAVKIPEQ CT
NT Sequence
ATGCCGGCAG AAAACAAGAA AGTTAGATTC GAAAATACTA CTTCAGACAA AGGGAAAATT CCTAGTAAAG TTATTAAGAG CTACTACGGA ACCATGGACA TTAAGAAAAT AAATGAAGGA TTATTGGACA GCAAAATATT AAGTGCTTTC AACACAGTAA TAGCATTGCT TGGATCTATC GTGATCATAG TGATGAATAT AATGATCATC CAAAATTACA CAAGATCAAC AGACAATCAG GCCGTGATCA AAGATGCGTT GCAGGGTATC CAACAGCAGA TCAAAGGGCT TGCTGACAAA ATCGGCACAG AGATAGGGCC CAAAGTATCA CTGATTGACA CATCCAGTAC CATTACTATC CCAGCTAACA TTGGGCTGTT AGGTTCAAAG ATCAGCCAGT CGACTGCAAG TATAAATGAG AATGTGAATG AAAAATGCAA ATTCACACTA CCTCCCTTGA AAATCCACGA ATGTAACATT TCTTGTCCTA ACCCACTCCC TTTTAGAGAG TATAGGCCAC AGACAGAAGG GGTGAGCAAT CTAGTAGGAT TACCTAATAA TATTTGCCTG CAAAAGACAT CTAATCAGAT ATTGAAGCCA AAGCTGATTT CATACACTTT ACCCGTAGTC GGTCAAAGTG GTACCTGTAT CACAGACCCA TTGCTGGCTA TGGACGAGGG CTATTTTGCA TATAGCCACC TGGAAAGAAT CGGATCATGT TCAAGAGGGG TCTCCAAACA AAGAATAATA GGAGTTGGAG AGGTACTAGA CAGAGGTGAT GAAGTTCCTT CTTTATTTAT GACCAATGTC TGGACCCCAC CAAATCCAAA CACCGTTTAC CACTGTAGTG CTGTATACAA CAATGAATTC TATTATGTAC TTTGTGCAGT GTCAACTGTT GGAGACCCTA TTCTGAATAG CACCTACTGG TCCGGATCTC TAATGATGAC CCGTCTAGCT GTGAAACCCA AGAGTAATGG TGGGGGTTAC AATCAACATC AACTTGCCCT ACGAAGTATC GAGAAAGGGA GGTATGATAA AGTTATGCCG TATGGACCTT CAGGCATCAA ACAGGGTGAC ACCCTGTATT TTCCTGCTGT AGGATTTTTG GTCAGGACAG AGTTTAAATA CAATGATTCA AATTGTCCCA TCACGAAGTG TCAATACAGT AAACCTGAAA ATTGCAGGCT ATCTATGGGG ATTAGACCAA ACAGCCATTA TATCCTTCGA TCTGGACTAT TAAAATACAA TCTATCAGAT GGGGAGAACC CCAAAGTTGT ATTCATTGAA ATATCTGATC AAAGATTATC TATTGGATCT CCTAGCAAAA TCTATGATTC TTTGGGTCAA CCTGTTTTCT ACCAAGCGTC ATTTTCATGG GATACTATGA TTAAATTTGG AGATGTTCTA ACAGTCAACC CTCTGGTTGT CAATTGGCGT AATAACACGG TAATATCAAG ACCCGGGCAA TCACAATGCC CTAGATTCAA TACATGTCCA GAGATCTGCT GGGAAGGAGT TTATAATGAT GCATTCCTAA TTGACAGAAT CAATTGGATA AGCGCGGGTG TATTCCTTGA CAGCAATCAG ACCGCAGAAA ATCCTGTTTT TACTGTATTC AAAGATAATG AAATACTTTA TAGGGCACAA CTGGCTTCTG AGGACACCAA TGCACAAAAA ACAATAACTA ATTGTTTTCT CTTGAAGAAT AAGATTTGGT GCATATCATT GGTTGAGATA TATGACACAG GAGACAATGT CATAAGACCC AAACTATTCG CGGTTAAGAT ACCAGAGCAA TGTACA