To design the vaccines of the future we need ... vaccines produced according to Pasteur's principles, especially subunit vaccines. The first breakthrough was the advent of gene-splicing technology ...

The aforementioned results inspired a search for an alternative protein pneumococcal vaccine comprising conserved ... will accelerate the development of subunit vaccines in combating bacterial ...

Antimicrobial resistance (AMR) is a critical challenge to global public health, with the livestock sector playing a ...

Small-molecule fusion inhibitors bind the pH-sensing stable signal peptide-GP2 subunit interface of the Lassa virus ... which will contribute to the advancement of drug and vaccine design.

A team of Yale researchers recently published promising results from a clinical trial testing the effectiveness of a new ...

One avenue for new vaccine development is mucosal vaccines. In theory, dosing the vaccine directly into the respiratory tract ...

Researchers at McMaster University have started a phase-2 clinical trial on a next-generation, inhaled COVID-19 vaccine.

This research on a T-cell–targeting vaccine in HIV has implications for future study design to incorporate consideration of ...

This page is no longer being updated and reflects the status of vaccine progress through March 4, 2021. For more coverage about the pandemic, visit our coronavirus hub. 3 vaccineshave been ...

In our opinion, the five most important issues facing RSV F protein subunit-based vaccines in the next 5–10 years are the following: Determining whether RSV F protein subunit vaccines will be ...