Cancer research in the U.S. is backed by a complex system of interdependent funding. Partners rely heavily on each other and, when one struggles, the entire system suffers. Here, Jeffrey MacKeigan explains how cancer research funding works and what happens if there are cuts to those budgets.

Pressure sores, also known as bedsores, form when individuals remain in the same position for extended periods without movement. Tamara Bush, professor of mechanical engineering and associate dean for inclusion and diversity at Michigan State University, and Justin Scott, biomechanics research associate, have developed a breakthrough solution to help address this widespread issue.

Michigan State University researcher Jean Kerver leads one of the largest National Institutes of Health-funded studies of environmental influences on child health outcomes. She works with families in Michigan to understand a broad range of environmental factors, including air pollution, chemical exposure, inadequate nutrition and others, that may adversely affect pregnancy and child health.

For decades, scientists believed Vesta, one of the largest objects in our solar system’s asteroid belt, wasn’t just an asteroid. They concluded that Vesta has a crust, mantle and core – fundamental properties of a planet. Michigan State University has contributed to research that flips this notion on its head.

Just over a year ago, Michigan State University leaders broke ground on transformative renovations taking place at the MSU Plant Science Research Greenhouse Facility. As work continues to be done at the facility, its progress is clear and evident when passing by.

The Institute for Cyber-Enabled Research (ICER) marked its 20th anniversary this February with a celebration at the MSU Union Ballroom, highlighting two decades of advancing high-performance computing (HPC) on campus. Event highlights included a poster session showcased impactful research enabled by MSU’s supercomputer.

Starting in 2009, the Pasture Dairy Center at the W.K. Kellogg Biological Station pioneered automatic robotic milking combined with data-driven intensive rotational grazing methods for dairy cattle. These robots remained operational for 15 years and were instrumental in informing the rapid adoption of robotic milking systems across Michigan.

College of Natural Science Assistant Professor Anthony Kendall and College of Engineering Associate Professor Annick Anctil are part of an interdisciplinary team. Together, with Kansas Geological Survey and Kansas State University, they created a system to increase groundwater and preserve aquifers by harnessing the power of solar panel arrays.