Published: Feb. 18, 2022 By

Ferguson
Professor Virginia Ferguson

Biomedical Engineering Professor Virginia Ferguson has been elected to the distinguished American Institute for Medical and Biomedical Engineering’s College of Fellows.

The College of Fellows is a prestigious group comprised of the most accomplished and distinguished engineering and medical school professors, researchers, innovators and entrepreneurs. Only the top two percent of engineers in the country are elected to the college, according to the AIMBE.

Ferguson, who is also a professor in the Department of Mechanical Engineering, was chosen for her outstanding contributions to the fields of musculoskeletal tissue and biomaterial mechanics through research, education and service. She was nominated, reviewed and elected by her peers in the AIMBE College of Fellows.

All of Ferguson’s work points back to advancing society, which is AIMBE’s mission. Each of her research projects are built on enhancing human health by better understanding the materials and mechanics of the body, as well as finding effective solutions to treat patients’ injuries and illnesses.

Ferguson’s research focuses on the nano-scale characterization of materials and biological tissues. She has become an expert in soft-hard tissue interface mechanics and in nano and micro indentation of bone, soft tissues and hydrogels for tissue regeneration.

Ferguson also has expert knowledge in how aging, disuse and metabolic disease negatively affects the quality of bone and other musculoskeletal tissues. She has recently received a nearly $400,000 National Science Foundation grant to study the mechanisms that lead to tissue degradation in microgravity.

The study will look at the bone loss, muscle atrophy and degradation of soft tissues of mice on the International Space Station. Biomedical and mechanical engineering Professor Sarah Calve is also leading that project.

In another study, Ferguson is researching how chronic inflammation and degeneration of the extracellular matrix is connected to pelvic organ prolapse. She hopes the work, funded by an AB Nexus grant, will help develop early intervention strategies to prevent this kind of prolapse.

Ferguson will be officially inducted into the College of Fellows, along with 152 colleagues making up the AIMBE Fellow Class of 2022, during a ceremony on March 25.
 

Related Stories

Sled hockey sticks

The science of sled hockey: Team USA partners with CU Boulder physiologists

In the world of sled hockey, the stick is everything. Players have two sticks, each equipped with a blade on one end and a stainless steel pick on the other that they drive into the ice to propel their sled at dizzying speeds up to 20 mph across the ice. Since the sport’s inception in the 1960s as a way for athletes with lower limb amputations or impairments to play ice hockey, players have debated how long those sticks should be. A new CU Boulder study seeks to find out. Sixteen members of the team recently visited CU Boulder for what Alena Grabowski, BME faculty member, hopes will be the first in a series of studies aimed at helping sled hockey players improve their performance and minimize injury. Read more
robots

Robots can’t outrun animals (yet). A new study explores why

The question may be the 21st century’s version of the fable of the tortoise and the hare: Who would win in a foot race between a robot and an animal? In a new perspective article, a team of engineers from the United States and Canada, including CU Boulder roboticist and BME faculty member Kaushik Jayaram, set out to answer that riddle. The group analyzed data from dozens of studies and came to a resounding “no.” In almost all cases, biological organisms, such as cheetahs, cockroaches and even humans, seem to be able to outrun their robot counterparts. Read more
people walking

Why do we move slower the older we get? New study delivers answers

The research is one of the first studies to experimentally tease apart the competing reasons why people over age 65 might not be as quick on their feet as they used to be. The group reported that older adults may move slower, at least in part, because it costs them more energy than younger people—perhaps not too shocking for anyone who’s woken up tired the morning after an active day. The findings could one day give doctors new tools for diagnosing a range of illnesses, including Parkinson’s disease, multiple sclerosis and even depression and schizophrenia, said study co-author Alaa Ahmed, BME faculty member. Read more