Body Composition, Thermoregulation and food Intake Behavior Core

$171,875U24FY2015DKNIH

University Of California At Davis, Davis CA

Investigators

Linked publications & trials

Paper 38453236 Paper 38036105 Paper 38026235 Paper 37872876 Paper 37755291 Paper 36480511 Paper 36125045 Paper 35624791 Paper 35617141 Paper 35101747 Paper 34806320 Paper 34549523 Paper 34242094 Paper 34192532 Paper 34098115 Paper 34081357 Paper 33820817 Paper 33794904 Paper 33652807 Paper 33324864 Paper 33157256 Paper 33068774 Paper 32917985 Paper 32829657 Paper 32769011 Paper 32726162 Paper 32545722 Paper 32356724 Paper 32320701 Paper 32259599 Paper 32100023 Paper 32062416 Paper 31935236 Paper 31919051 Paper 31568518 Paper 31356870 Paper 31336350 Paper 31228216 Paper 30988006 Paper 30924862 Paper 30882205 Paper 30871463 Paper 30723097 Paper 30420753 Paper 30189111 Paper 30137367 Paper 30016149 Paper 29844188 Paper 29623829 Paper 29444171 Paper 29428999 Paper 29398487 Paper 29372223 Paper 29348434 Paper 29243276 Paper 29216341 Paper 28987240 Paper 28877457 Paper 28847566 Paper 28776958 Paper 28757338 Paper 28485854 Paper 28352079 Paper 28334953 Paper 28096235 Paper 28077357 Paper 27905063 Paper 27703156 Paper 27693255 Paper 27421578 Paper 27094034 Paper 27087439 Paper 26684088 Paper 26511794 Paper 26485349 Paper 26374090 Paper 26206923 Paper 26197299 Paper 26062496 Paper 26029731 Paper 25998382 Paper 25993999 Paper 25888330 Paper 25880638 Paper 25827057 Paper 25605332 Paper 25402489 Paper 25389146 Paper 25338551 Paper 25282357 Paper 25189785 Paper 25182530 Paper 25161883 Paper 25108156 Paper 25076055 Paper 24993133 Paper 24967271 Paper 24960158 Paper 24956127 Paper 24742673

Abstract

The primary mission ofthe MMPC-UCD Body Composition, Thermoregulation, and Food Intake Behavior Core is to provide our clients with in-depth assessements of molecular and whole-animal phenomena relevant to body weight regulation and metabolism. In addition to providing essential basic metabolic phenotyping services and expertise, the Core has a unique strength in the application of challenge tests designed to unmask subtle phenotypes associated with energy balance and gut function. In addition, the Core will conduct pilot and feasibility studies with a goal to institute new mouse phenotyping approaches that will be useful to the MMPC-UCD and the MMPC system as a whole. Investigators participating in this Core have proven capabilities in studying mouse thermogenesis, adipose tissue biology, and energy balance regulators including gut signals. The MMPC-UCD Body Composition, Thermoregulation, and Food Intake Behavior Core will employ assays that complement and extend those offered by existing MMPCs, using state-of-the-art approaches and a unique perspective that includes an appreciation ofthe roles of gut physiology and peripheral neuron function.

View original record on NIH RePORTER →