These ancient proteins will both add to our knowledge of the evolution of photosynthesis and open exciting doors to applications in fields like medicine and biotechnology.
The Kramer lab is using its homegrown tech, PhotosynQ, towards improving bean production in this African country, where 60 percent of the population lives in poverty and more than 350,000 people suffer from food insecurity.
Brandizzi is studying ways to increase soybean and alfalfa yields. She is one of 11 MSU professors who have received grants through the university’s Michigan Translational Research and Commercialization program.
PRL won two prizes at the 12th Workshop on Cyanobacteria, geared towards students and post docs. We interviewed our winners to find out what got them in science, and why their research is cool.
Dr. Yu, an assistant professor from 2002-2005, is currently at the nation's only federal lab dedicated to renewable energy. His work is opening doors to algae creating a new chemical - usually extracted from oil.
A fascinating collaboration has developed between the Kramer lab and local partners to improve land management practices in one of the poorest nations on the planet.
Advances in synthetic biology are allowing Christoph Benning and his collaborators at the Great Lakes Bioenergy Research Center to coax plants into producing more oils and valuable compounds.
The Kramer lab has published an article on groundbreaking technology that reveals the hidden workings of photosynthesis in living plants.
Bethany Huot, a PhD student at the PRL, realized that science is best done in supportive and active communities. So she created The Pub Club, a successful student-driven collective.
The collaboration between Jianping Hu and Spanish researchers examines how peroxisomes and subcellular organelles detect and regulate the environmental stress response in plants.
This fundamental photosynthesis research focuses on one cyanobacteria species in changing light environments.
The piece briefly explores the challenges behind scaling algae-based biofuels, as part of a recently started relationship between the Kramer Lab and ExxonMobil.
The 3-year multi-institutional project will aim to study and improve how this important crop reacts to extreme environmental stressors such as heat, drought, or high salt content.