The Next Phase of Life-Sciences Spaceflight Research: Harnessing the Power of Functional Genomics
News Apr 02, 2012
Spaceflight appears to induce metabolic changes in all species yet studied, many of which are suggested to have detrimental consequences for crew health and performance. These (mal)adaptations represent a major obstacle preventing the worlds’ space agencies from safely achieving their common goal of sending humans on long duration deep-space exploratory missions, and ultimately the human habitation of other planetary bodies. To overcome this obstacle we must first understand the molecular mechanisms regulating spaceflight-induced alterations and, second, utilize this knowledge to effectively target efforts to develop therapeutic strategies.
This article is published online in Communicative and Integrative Biology and is free to access.
Bacterial Control Mechanism for Adjusting to Changing ConditionsNews
A fundamental prerequisite for life on earth is the ability of living organisms to adapt to changing environmental conditions. Physicists have now determined that the regulation mechanisms used by bacteria to adapt to different environments are based on a global control process that can be described in a single equation.READ MORE
Cracking the Code of Coenzyme Q BiosynthesisNews
Coenzyme Q is a vital cog in the body’s energy-producing machinery, a kind of chemical gateway in the conversion of food into cellular fuel. Researchers are developing new tools to shed light on CoQ function, primarily by finding and defining proteins that have a direct link to the chemical. This includes the development of a new multi-omic strategy to identify the global function of an RNA-binding protein that has long been associated with mitochondria and its role in CoQ biosynthesis.READ MORE
CMC Biologics Announces Development and Manufacturing Agreement with Harpoon TherapeuticsNews
Companies have entered into agreement for the development and manufacturing of three TriTAC molecules for the treatment of cancers.READ MORE