Completed Diabetes, Hormones & Metabolism Cells, Biochemistry & Physiology

Enabling technologies

In plain English

AI plain-English summary

Mice are being scanned, weighed, and monitored around the clock to measure exactly how their bodies process food and burn energy. This programme provides the core equipment and facilities that allow scientists to study metabolic diseases—such as obesity and diabetes—in living animals rather than in isolated cells or computer models. Because metabolic disease affects the entire body, researchers need to see the full picture: how much fat and muscle an animal carries, what and how much it eats, and how much energy it expends through movement, heat, or exercise. At the same time, the programme supports work at the molecular scale, letting scientists read the activity of thousands of genes and measure hormones in blood. Without these shared facilities, individual research groups would have to buy and maintain their own expensive equipment, slowing progress. This is fundamental science: it does not deliver a new drug or device tomorrow. But the detailed, whole-body data it generates is what allows researchers to connect genetic changes to real metabolic outcomes—the kind of understanding that eventually points toward treatments for conditions that affect millions of people.

View original technical description
The Enabling Technologies programme consists of a number of core facilities that provide critical technologies and equipment to scientists in the MDU and it is crucial its success. Because metabolic disease affects the entire body, it is vital to study these diseases whole animals. Our model of choice is the mouse. The Disease Model Core provides facilities for the measurement of the amount of fat and muscle in an animal’s body, how much and what type of food is eaten, and how much energy is burnt, through either metabolism, heat production, or exercise. It also provides facilities for examining isolated cells, tissues and organs. At the other end of the size spectrum, the Genomics/Transcriptomics Core enables scientists to study the sub-microscopic world of genes and how they function and are turned into proteins and the Core Biochemistry Assay Lab measures hormones and other molecules in blood.

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Researchers

Giles Yeo (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Institute of Metabolic Science.
Centre for Developmental and Biomedical Genetics
Degron - Precision control of protein dosage in vivo
Engineering of complex alleles
IMES Integrating Metabolic and Endocrine Science: A Discovery Research Platform for the Study of Metabolic Health and Disease

Original classification

Intramural

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.