Breeding better grasses for food and fuel
17 January 2012Newly discovered family of genes could help us breed grasses with improved properties for food and fuel.
Newly discovered family of genes could help us breed grasses with improved properties for food and fuel.
A study of infant growth, tracking 2,400 babies from gestation to the age of two, has provided data of unique depth – and is already adding to our understanding of the development of life-threatening conditions, including obesity. The Cambridge University scientists who led the research now plan to follow the same children through another key phase of development - puberty.
New collaboration aims to address the growing demand for food and fuel by improving the process of photosynthesis.
Chinese food contains a hidden recipe for living, a new analysis reveals.
Mother birds communicate with their developing chicks before they even hatch by leaving them messages in the egg, new research by a team from the Department of Zoology, University of Cambridge, has found.
Rats fed a high-fat diet show a stark reduction in their physical endurance and a decline in their cognitive ability after just nine days, a new study has shown.
An ambitious project that aims to increase rice yields could provide the solution to future food shortages.
A new European research consortium, in which Cambridge will play a major role, is to receive 3 million Euros to conduct research into the escalating epidemic of obesity. The 'EurOCHIP’ project brings together a group of leading European experts to investigate how signals from the gut communicate with the brain to control appetite.
Scientists have uncovered the underlying biological reason why locusts form migrating swarms. Their findings, reported in today's edition of Science, could be used in the future to prevent the plagues which devastate crops (notably in developing countries), affecting the livelihood of one in ten people across the globe.
Nicky Clayton, Professor of Comparative Cognition in the Department of Experimental Psychology, has thrown the doors wide open on animal cognition. Where once the idea would have been dismissed that animals can re-experience the past and plan for the future, her imaginative studies have shown this inherent cleverness in crows.