humoral responses

[키워드] Affect affected age Alter Analysis antibodies antibody Antibody binding antibody epitope Antibody Response Antigen Bacteria binding C-terminal domain cause chair changes in complicate Comprehensive computing conserved Control covariate COVID-19 COVID-19 pandemic disease DNA fragment dose education effective epitope Epitopes escape escape mutations experiment exposure to faculty FAM feature finding focus foundation funding fusion peptide genetic code help Howard Hughe Howard Hughes Human Humoral response humoral responses identify immune Immune escape immune system implication individual infect infected individuals Infection Infrastructure interfere Laboratory Lower majority mild infection mRNA vaccination mRNA vaccine mutant Mutation mutations NIH not affect not altered occur offered overlapping pandemic pathway Pathways pattern peptide peptides phage phages population level portion Principal component principal component analysis produced producing PROTECT Protein RBD Region regions Research residue route S1 subunit S2 subunit SARS-CoV-2 SARS-CoV-2 spike protein Scholar selected severe disease Severe infection shape small molecule Small molecules specific antibodies specific protein spike Spike protein spike-specific antibodies Spike-specific antibody Spread stick subsequent Support supported target the antibody the antibody response the RBD the S1 subunit the SARS-CoV-2 the Spike the spike protein thought triggering unique vaccinated individual vaccinated individuals vaccination Vaccine Vaccine development vaccine-induced antibodies vaccine-induced antibody variant Variation virus was performed while wild-type
[DOI] 10.7554/eLife.73490 PMC 바로가기 [Article Type] Comparative Study