Howdy! The Ramsey Lab will open for #phage research in TAMU Biology at Texas A&M University summer 2022 Jolene Ramsey here excited to join excellent colleagues as an ACES Faculty Fellow and keep working with #Aggies in the lab and classroom #GigEm

Recruiting #ResearchTechnician excited about #phage #research #microbiology #molecularbiology skills, motivated & organized, values diverse team, willing to help build a positive #brandnewlab in🌞Texas starting soon Details 👉 tinyurl.com/ramseylabjob

New lab website is up ramseylab.vercel.app

Breaking news: Ramsey Lab Undergrads, Paige & Kaylyn unleash their inner phage-ninjas in their first ever poster presentation! Catch a glimpse of their infectious enthusiasm here! 🦠🔍 #PhageHunters #UndergradResearch #RamseyLab #BacteriaBusters

Phages: Finally, it’s the weekend. Time to catch a break. Ramsey Lab:

Happy Birthday to the Phage Mastermind, Michael “M2” Debrah! May your special day be filled with viral excitement and scientific breakthroughs!

Not just a phage lab.

Phage Phact Phriday! Did you know… #Bacteriophage are the most abundant biological entities on Earth. It's estimated that there are more than 10^31 bacteriophages on the planet, far outnumbering any other type of organism, including #bacteria themselves. 🦠🧫

Phage Phact Phriday! Phages have unique structures; they consist of a protein coat surrounding their genetic material. This structure enables them to inject their DNA or RNA into bacterial cells, hijacking the host's machinery for replication.

Bacteriophage, bacterial-infecting viruses, aka 'phages,' derived from 'phagein' ('to eat'), are ubiquitous companions to bacteria. From soil to the depths of Earth's crust, within plants, animals, and the vast oceans – they're everywhere. #PhageFactFriday

TAMU Biology is thrilled to start our collaborative project with Prairie View A&M supporting undergrad research in Genetics. Congratulate Dr. Harriette Howard-Lee Block, Dr. Deridra Vaden, Alex Keene, Asha Rao & institution colleagues on their $2M NIH Grant! pvamu.edu/research/post/…

Excited to keep working with our former summer PVAMU student Philip Lotaire to unravel the mechanisms used by #phage membrane proteins in breaching the bacterial cell envelope