.

Mouse Metabolic Phenotyping Center

Metabolic Pathophysiology Core

 
The number of genetically altered mice with relevance or potential relevance to metabolic disease continues to grow. The techniques necessary to study the impact of genetic (or pharmacologic) manipulations on metabolic and endocrine processes are difficult and specialized. Performing well-controlled metabolism experiments in mice is difficult due to their small size. This is particularly true if the goal is to study conscious mice free of stress. The Aims of the MPC are to serve the needs of the scientific community by:
  • Providing state-of-the-art services to assess the regulation of metabolic flux in vivo using a variety of glucose clamp and exercise protocols.
  • Determining the components of energy balance with high precision and time resolution.
  • Providing robust imaging technology to monitor the dynamics of cellular process. 
  • Training investigators in approaches to study metabolism in conscious unstressed mice.
  • Providing innovative mouse bariatric surgery models with application to basic and translational research.
  • Responding to the needs of the scientific community through development of new procedures.

    If you have questions regarding our services, please contact Louise Lantier, Ph.D., Managing Director.

 Photo of Dr. Owen McGuinnessDirector: Owen P. McGuinness, Ph.D.

 

 

 

Photo of Louise Lantier  Managing Director: Louise Lantier, Ph.D.

 


Subcore
Metabolic Regulation: In vivo
Light Hall Room 843

Director: Owen P. McGuinness, Ph.D.

 

Research Assistants:
Carlo Malabanan

Tasneem Ansari
Merrygay James

Alicia Lorance 

Teri Stevenson

 

 

Services

**** Energy Balance Core: Considerations Before Starting a Study **** 

Subcore
Tissue and in vivo Imaging
742 Light Hall
Associate Director:  Sam Wells, Ph.D.
 
Subcore
Bariatric Surgery
843 Light Hall
 
 
Preston Research Building Room 748
Director: Marcela Brissova, Ph.D.
Research Assistant: Anastasia Golovin 

 

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