Plant molecular geneticists discover, and begin to crack, the epigenetic code
Plant molecular geneticists discover, and begin to crack, the epigenetic code
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Plant molecular geneticists discover, and begin to crack, the epigenetic code
When plants sense environmental challenges such as drought or extended periods of extreme temperatures, they instinctively reprogram their genetic material to survive and even thrive. The chemical code that triggers those changes can be deciphered and then duplicated to breed more vigorous, productive and resilient crops. That’s the conclusion of a team of Penn State molecular plant geneticists that conducted the first-ever study of those reprogramming effects and discovered that “epigenetic reprogramming” code, which results in the expressing and over expressing of some genes and the s...
In this interview, we speak to Echo Pan, a Ph.D. student from North Carolina State University about her latest research that used CRISPR to uncover more on probiotics.
Research from the University of Sheffield is exploring a new way of killing the Plasmodium parasite that causes malaria The feasibility study discovered molecules that interfered with the parasite’s DNA processing enzyme, but not the equivalent human one - revealing a novel way to combat the life-threatening disease The research…
Two research teams at the University of Tennessee Health Science Center (UTHSC) have been awarded the 2022 UTHSC Collaborative Research Network (CORNET)-Functional Genomics Award. Each team will receive $50,000 to support their novel projects.