UNASSIGNED: Research suggests that @entity1375 ( @entity1375 ) influences insulin sensitivity and @entity413 tolerance. Reductions in thyroid stimulating hormone (TSH) concentrations are associated with exercise training (ExTr), which improves insulin sensitivity and @entity413 uptake. PURPOSE: A secondary analysis of previously published data was conducted to examine the relationship between @entity1375 , TSH and @entity413 homeostatic control at baseline and to assess the impact of ExTr on thyroid status and how @entity1375 affects changes in insulin sensitivity after ExTr. MATERIALS AND METHODS: Data were obtained from a 36-week ExTr and whey protein supplementation intervention trial. Subjects (n = 304, 48    7 years, females = 186) were randomized to a specific whey protein group (0, 20, 40, or 60 g per day) and all subjects participated in a resistance (2 d/wk) and aerobic (1 d/wk) training program. Testing was conducted at baseline and post-intervention. RESULTS: At baseline, 36% (n = 110) and 12% (n = 35) of subjects were classified with @entity1375 based on the TSH >=  3   IU/L or TSH >=  4.5   IU/L cut-offs, respectively. No association was found between baseline TSH and baseline measures of @entity413 homeostatic control. Whey protein supplementation did not influence intervention outcomes. Post-intervention (n = 164), no change was observed in TSH. @entity1375 did not affect changes in insulin sensitivity following ExTr. CONCLUSION: These results support that the health benefits of ExTr for the management of insulin resistance (IR) are not blunted by @entity1375 .

Thyroid status, insulin sensitivity and XXXX tolerance in overweight and obese adults before and after 36 weeks of whey protein supplementation and exercise training.

@entity1375 :: ('MESH:D007037', 'Disease') :: ['SHT', 'subclinical hypothyroidism'] @entity413 :: ('MESH:D005947', 'Chemical') :: ['glucose']
@entity413 :: (MESH:D005947,Chemical) :: ['glucose']
