Two scientists from the John Innes Centre have been elected as Fellows of the Royal Society, the premier scientific accolade in the UK. Their breakthroughs in fundamental research have pioneered advances in antibiotic discovery and in crop improvement from which we all benefit.
Professor Mike Bevan pioneered methods for expressing foreign genes in plants that underpin the crop biotechnology industry. He instigated plant genome sequence analyses and has recently completed the first draft of the wheat genome. This work will accelerate breeding and genetic analysis of this globally important crop.
Professor Mervyn Bibb's research focus is on how soil bacteria such as Streptomyces make antibiotics. Nearly 80% of clinically used antibiotics are derived from these microorganisms. His breakthroughs assist drug companies in their quest to make new and improved antibiotics. A spin-out company based on his work has an antibiotic about to enter phase 2 clinical trials.
"Professors Bevan and Bibb have been key players in the development of JIC's research in molecular aspects of plant and microbial biology" said Professor Dale Sanders, director of the John Innes Centre.
"Although their research fields are seemingly disparate, Mike and Merv have both demonstrated the power that genetics can bring to a fundamental understanding of life."
"This research will set the stage for genetically-based translational advances that address national and global issues in the areas of food security and human health."
The Fellowship is the backbone of the Royal Society, made up of the most eminent scientists, engineers and technologists from the UK and the Commonwealth. Fellows are elected through a peer review process on the basis of excellence in science that culminates in a vote by existing Fellows.
Both newly elected JIC scientists have active research groups with long-term research plans to improve understanding in their field.
"I want to understand how plant growth is controlled and I am analysing the wheat genome to understand how hybridization influences gene stability and expression," said Professor Bevan.
Insights from this work will provide new ways to increase crop yields and breed new crops.