adipose tissue
• primary adipocytes derived from mutant inguinal white adipose tissue (iWAT), epididymal WAT, and brown adipose tissue (BAT) show a significantly reduced glucose uptake in response to an insulin stimulus relative to wild-type controls
• following rosiglitazone treatment, primary white and brown adipocytes from mutant mice fail to exhibit improved insulin-mediated glucose uptake, unlike similarly treated wild-type adipocytes
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growth/size/body
• on a high-fat diet (HFD), mice show a trend towards increased weight gain relative to wild-type controls
• fat pad weights and total body adiposity are not significantly altered on a HFD
• chow-fed mice exhibit normal body weight relative to wild-type controls
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homeostasis/metabolism
• following rosiglitazone treatment, HFD-fed mice show a significantly smaller reduction in fasting blood glucose levels relative to wild-type controls (19% versus 33%, respectively
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• after 12 weeks of HFD, mice exhibit significantly elevated re-fed blood glucose levels relative to wild-type controls
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• following rosiglitazone treatment, HFD-fed mice show a significantly smaller reduction in fasting blood insulin levels relative to wild-type controls (55% versus 75%, respectively)
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• after 12 weeks of HFD, mice exhibit significantly elevated re-fed blood insulin levels relative to wild-type controls
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• after 12 weeks of HFD, mice develop insulin resistance as measured by IPGTT and ITT
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cellular
• primary adipocytes derived from mutant inguinal white adipose tissue (iWAT), epididymal WAT, and brown adipose tissue (BAT) show a significantly reduced glucose uptake in response to an insulin stimulus relative to wild-type controls
• following rosiglitazone treatment, primary white and brown adipocytes from mutant mice fail to exhibit improved insulin-mediated glucose uptake, unlike similarly treated wild-type adipocytes
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