Computational study designs multi-epitope vaccine candidate against Lassa virus
A computational reverse vaccinology study reports the design and in silico evaluation of a multi-epitope subunit vaccine candidate targeting the ...
A computational reverse vaccinology study reports the design and in silico evaluation of a multi-epitope subunit vaccine candidate targeting the ...
A new review proposes a five-module artificial intelligence framework linking endoscopic diagnosis, genomic resistance prediction, vaccine design and digital adherence ...
A computationally designed multi-epitope subunit vaccine called FLPD protected 65 percent of mice and 70 percent of chickens against lethal ...
Scientists have computationally designed a multi-epitope chimeric vaccine candidate against Taenia tapeworms in livestock, with all results so far limited ...
A computational study has designed a multi-epitope tuberculosis vaccine candidate from conserved immunoreactive peptides, fused to a non-toxic enterotoxin fragment ...
Researchers used immunoinformatics to design two multi-epitope mRNA vaccine candidates targeting the human metapneumovirus glycoprotein, reporting favorable predicted antigenicity, safety, ...
A nine-month Ghanaian cohort study finds that adenoviral-vector boosting sustains broader and more durable SARS-CoV-2 T-cell epitope recognition than mRNA ...
A new computational framework integrates regional HIV subtype diversity and host HLA allele frequencies to prioritize geographically tailored vaccine epitope ...
Australian researchers have completed the first head-to-head comparison of three mRNA-lipid nanoparticle vaccine platforms in human blood, revealing key differences ...
Cryo-electron microscopy of porcine neutralizing antibodies bound to foot-and-mouth disease virus reveals how mutations on VP1 and VP3 drive antigenic ...
New structural and biochemical analyses of the hepatitis C virus E2 glycoprotein show that germline-reverted broadly neutralizing antibodies recognize the ...
A coupled epidemiological and evolutionary model of influenza shows that vaccination can accelerate viral escape and even raise infection incidence ...
Researchers have mapped conserved epitopes on the sarbecovirus spike protein that allow three monoclonal antibodies to neutralize a wide range ...
New phylogenomic analysis reveals that three ECSA sub-lineages of chikungunya virus each evolved distinct mosquito-adaptation strategies, explaining their regional dominance ...
A new cryo-EM and biophysical study shows that removing the N153 glycan from dengue virus 2 exposes previously hidden epitopes, ...
New research shows that bacterial proteins injected into gut epithelial cells, rather than those left on the bacterial surface, program ...
In the realm of immunology, the search for effective vaccines against infectious diseases and cancer has led to the exploration ...
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