Breaking News

Brandon Nimmo removed from Mets’ lineup for Thursday game versus Phillies Steward Health Care plans to sell 8 Massachusetts hospitals before summer’s end Scottie Scheffler begins Round 2 of PGA Championship with an early lead: Live Updates. Hundreds of student athletes gear up for Stotesbury Cup Regatta in Philadelphia; Kelly Drive shut down in Strawberry Mansion UW-La Crosse awarded nearly $3 million in donations for science program growth

Dr. Barney Graham, a virologist at the National Institutes of Health’s (NIH) Vaccine Research Center in the 2000s, had always been intrigued by problem-solving since his childhood days on a farm in Kansas. In the lab, his focus was on understanding how respiratory syncytial virus (RSV) infects cells. With millions of babies being hospitalized each year due to severe respiratory disease caused by RSV, Graham saw an urgent need for an effective vaccine. He identified a specific form of RSV just before it infects cells as the ideal target for the immune system and worked tirelessly to stabilize it.

However, before he could test his findings, the COVID-19 pandemic struck. Graham adapted his research from RSV to the new coronavirus, leading to the development of the first mRNA vaccines for COVID-19 and later a vaccine for RSV in 2023.

Graham’s groundbreaking work has not only paved the way for the development of vaccines against COVID-19 and RSV but has also opened doors for similar breakthroughs in vaccine research. As a senior advisor for global health equity and a professor at Morehouse School of Medicine, Graham continues to share his insights and expertise with researchers working on vaccines for other viruses. One such virus is human metapneumovirus, which causes respiratory illness. Thanks to Graham’s contributions, the future of vaccine development looks promising as scientists build on his discoveries to protect against a range of infectious diseases.

Leave a Reply