Latest Articles for Vaccine Development

A modified HSV vaccine shows promise in reactivating HIV and boosting immune response.

Researchers track T cells to improve vaccine development and disease understanding.

Understanding the slow progress in malaria and TB vaccine development.

Research reveals Env protein transitions, opening new avenues for HIV treatment.

Research sheds light on how antibodies affect dengue severity.

Improving T cell response predictions through innovative model techniques and data approaches.

Research on neoantigen-based vaccines aims to improve immune response against cancer.

Research focuses on new variants and their implications for COVID-19 management.

New methods enable safer studies of the SARS-CoV-2 virus and its spike protein.

Research investigates genetic changes in H5 influenza and their potential human impact.

This study examines how viruses support each other and evade the immune system.

Research highlights progress in creating effective vaccines against Zika and similar viruses.

Nucleoprotein plays vital roles in influenza virus replication and immune response.

Researchers enhance vaccine safety and efficiency by modifying MDCK cells.

A new method enhances the accuracy of nanopore sequencing for RNA analysis.

Examining how sugar changes on HA affect flu vaccine effectiveness.

Research uncovers crucial RNA elements in coronavirus assembly and their potential impact.

Research reveals complexities of PNAG in Klebsiella pneumoniae lung infections.

Study reveals how malaria parasites evade immunity and maintain genetic diversity.

Research highlights the complexity of MSP2 in malaria vaccine development.

New methods enhance accuracy in predicting antibody-antigen interactions.

A new model improves mRNA delivery using lipid nanoparticles effectively.

An overview of B cells and their role in immunity and antibody production.

Research reveals ixochymostatin's role in tick feeding and disease spread.

Exploring how MR1-restricted T cells interact with microbes.

Study reveals how coronaviruses keep or lose genes based on their environment.

New methods enhance predictions for immune response research.

Research reveals critical mechanisms behind herpesvirus entry and fusion.

ImmuneCLIP improves predictions for TCR and peptide interactions in immunology.

Viridian improves sequencing accuracy for tracking COVID-19 variants.

An overview of SARS-CoV-2 N protein and its significance in COVID-19 solutions.

New tools improve predictions for T cell responses to peptides.

Discoveries about peptide orientation advance immune system research.

Efforts to combat deadly E. coli infections in newborns face significant challenges.

Research reveals potential of saRNA technology in enhancing vaccine effectiveness while managing immune responses.

Research unveils promising NCS.1.x antibodies to combat avian influenza outbreaks.

Researchers explore CMVs to fight Lassa virus through innovative vaccine methods.

A closer look at the spike protein's role in COVID-19 infection.

A deep dive into the Spike protein's role in COVID-19.

KP.3.1.1 variant showcases new mutations affecting COVID-19 responses.