For billions of years, all life on Earth, from tadpoles to humans, have relied on the same 20 amino acids to build proteins — the fundamental building blocks of life. But what if that list of fundamental amino acids was expanded to include any chemical ability of our choosing? What new potential could be unlocked?
Catherine Sterrett has always been called to medicine, but when she found herself as a patient, compassion became her greatest motivation. Now a graduating senior, she looks forward to where her career will take her.
Cities are like organisms — they need immune systems. Viruses can reproduce rapidly, taking over cells and turning them into viral factories within hours. Individuals' immune systems need to rise to the challenge, but what happens when they can't, and a whole population gets sick?
Rebekka Toyoizumi has always admired the big questions that science has to offer. A graduating biochemistry and biophysics major at Oregon State, she spent six months throughout summer and fall 2023 terms at OSU exploring those questions through an experiential internship. She is excited to continue this work for the multinational biotech and biopharmaceutical company, AstraZeneca, in Maryland following graduation.
Collaborative science has the power to change the world. The 2024 College of Science Research and Innovation Seed (SciRIS) award recipients aim to use that power to develop better treatments for cancer and unlock the mysteries of complex mathematical equations.
After landing a coveted internship spot reserved for Honors College students, biology fourth-year Varsha Karthikeyan explored the nuanced intersection between research and medicine.
One project keeps chemist Wei Kong awake at night, and it started as an idea nearly two decades ago. Now, after being awarded nearly $2 million for four years by the National Institutes of Health, the goal is to create a groundbreaking new tool with the potential to revolutionize drug development and enhance our understanding of disease mechanisms.
The remnants of ancient bacteria live inside each of us as mitochondria, structures in cells that are critical for life. Breakthrough work from Simon Johnson, B.S. biochemistry and biophysics ‘09, and his lab has shed new light on how dysfunction of mitochondria causes human disease. For his great strides towards a cure for mitochondrial diseases within a decade since his last degree, Johnson has received the 2023 Young Alumni Award in the College of Science.
Biochemistry & biophysics Ph.D. student Sarah Louie has been selected as this year's Mathews Fellow. Louie is working with Professor Rick Cooley of the Center for Genetic Code Expansion.
Oregon State researchers, including a member of the College of Science, have shown in a mouse model and lab cultures that a compound derived from hops reduces the abundance of a gut bacterium associated with metabolic syndrome.
