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Competing with COVID: Researcher suggests varying from vaccines to fight virus

Competing with COVID: Researcher suggests varying from vaccines to fight virus

COVID-19 virus particles have spike proteins, represented in red, that attach to receptors on host cells. Antivirals block the receptors on host cells so the virus cannot infect more cells. | Creative Commons Photo By Cara Penquite | Bond LSC Vaccines were the light at the end of the tunnel throughout the COVID-19 pandemic, but…

#IAmScience: Juliette Baker

#IAmScience: Juliette Baker

By: Karly Balslew | Bond LSC Science and art may feel like completely separate departments but for research scientist Juliette Baker, this couldn’t be further than the truth. Her mom is a graphic designer and fueled her passion for art while Baker’s own love for science fused the two worlds together. She even drew a…

#IAmScience: Lynden Voth

#IAmScience: Lynden Voth

 By Cara Penquite | Bond LSC Invested in two to three hobbies at a time, Lynden Voth is not afraid to try something new. His flexible mindset – applied equally in his personal life and research – led Voth to discover his passion for molecular pathogenesis and therapeutics. “I was kind of in a completely…

Protecting Plants: Researchers identify genes responsible for vital antimicrobial proteins

Protecting Plants: Researchers identify genes responsible for vital antimicrobial proteins

DNA is the genetic material that determines the characteristics of plants and animals. Using CRISPR gene editing, researchers altered the characteristics of rice plants. | Creative Commons Photo by Pixabay By Cara Penquite | Bond LSC A tickle in the throat, a stuffy nose, congestion . . . the tell-tale signs of a cold are…

#I Am Science Mariam Teme

#I Am Science Mariam Teme

By: Karly Balslew | Bond LSC Mariam Teme’s passion for plants started while growing up in Mali, West Africa, as she watched her father — an agricultural economist — interact with plants daily in the lush area where she grew up. “It’s like my own little bubble of peace when I’m surrounded by plants,” Teme…

Another piece of the pathway: Stacey lab identifies enzyme key to regulating plant metabolism

Another piece of the pathway: Stacey lab identifies enzyme key to regulating plant metabolism

Researcher Sung-Hwan Cho holds mutant Arabidopsis thalianas. The Gary Stacey lab used these mutant variations to study how plants react to external stressors. | Photo by Karly Balslew, Bond LSC By: Karly Balslew | Bond LSC When we get hurt, our body signals our brain to warn us about stress and damage. We acknowledge the…

#IAmScience Reinier Suarez

#IAmScience Reinier Suarez

By Cara Penquite | Bond LSC When one of Reinier Suarez’s undergraduate professors suggested he go to graduate school, he was confused. “I had never heard of a Ph.D. in my life,” Suarez said. Three years later, Suarez is a first-year graduate student studying COVID-19 variants. Suarez came to Mizzou as part of the university’s…

Pancreatic tumor composition provides insight on treatment response

Pancreatic tumor composition provides insight on treatment response

Jing Zhou focuses the microscope through her computer. The microscope feeds its view directly to her screen so Zhou can see the pancreatic cells. | Photo by Cara Penquite, Bond LSC By Cara Penquite | Bond LSC Not all tumors are created equal, and potential treatments aren’t universal. When it comes to pancreatic cancer, surgery…

Old Drugs, New Application: Artificial Intelligence Aid Future Breast Cancer Treatment

Old Drugs, New Application: Artificial Intelligence Aid Future Breast Cancer Treatment

Photo by Christina Victoria Craft on Unsplash By Karly Balslew | Bond LSC New drug treatments take time and money to develop, especially with diseases as complicated as cancer. Developing a new drug to help cancer patients can take up to fifteen years and can cost roughly $1.6 billion, according to a paper published in…

Outlining Omicron: researchers determine key mutations in the latest COVID-19 variant

Outlining Omicron: researchers determine key mutations in the latest COVID-19 variant

Bond LSC and UNMC scientists explain mutations unique to the Omicron variant Austin Spratt, undergraduate mathematics student in the Kamlendra Singh lab, shows protein models of the Omicron spike protein and the receptor it attaches to when infecting cells. “The genetic codes are used to identify the mutations, and then we use the structure to…