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Cores

Human Metabolism I Mouse Metabolism and Imaging I Genetics and Genomics


The aim of the UCSF NORC is to promote and grow research in obesity, nutrition and metabolism at UCSF. One aspect by which the NORC achieves this goal is through supporting the maintenance and evolution of the state-of-the-art facilities required to meet the needs of the NORC’s research community. These Core facilities provide research capabilities requiring up-to-date expertise and resources commonly required for nutrition and obesity research that are beyond that which can typically be supported within any individual laboratory. To that end, the NORC’s research focus areas are supported by:

  • The Human Metabolism Core provides consulting and assistance with study design and subject recruitment and facilities that assist with sample collection and storage and expertise in interpreting the results. The Core provides also an array of sophisticated methods, instruments, and facilities for studies adopting body composition, radiologic imaging and biobehavioral methods
  • The Mouse Metabolism and Imaging Core enables similar measurements in body composition and radiologic imaging for small animal models.
  • The Genetics and Genomics Core provides an array of sophisticated methods and instruments that enable sophisticated human genetic and genomics research and/or the tools to generate genetic models to test hypotheses.

 

Benefits of the Research Cores

The centralized resources in the Biomedical Cores are facilities that provide expertise, training and/or instruments that are most efficiently provided in shared facilities. The primary purpose is to enable immediate access by NORC researchers to sophisticated and/or expensive methods and technologies. This service eliminates the need to spend substantial resources and effort in acquiring and implementing such needs in individual laboratories; and dramatically speeds the process by which a researcher inexperienced in sophisticated methods can obtain data in an area that he/she otherwise may not enter because of fiscal or technologic barriers. It also eliminates the needless duplication of development efforts in multiple laboratories while ensuring that the data obtained from a Core is produced in consistent ways that facilitate cross-comparison of results. Thus, a well-designed Core serves to lower financial barriers to heavy-use NORC members, improves the opportunities to recognize interesting collaborative directions, and enables researchers to remain abreast of technologic improvements in rapidly changing fields at low cost. Cores also serve as educational and technical centers of knowledge that further the teaching missions of the NORC. In general, the Cores act as focal points around which established research programs are efficiently pursued and around which novel research programs and collaborations grow.


CENTER MEMBERS ARE REMINDED TO ACKNOWLEDGE THE UCSF NORC GRANT CONTRIBUTION IN THEIR PUBLICATION (P30DK098722)