Objectives Adhering to a low carbohydrate (CHO) high fat (LCHF) diet can alter markers of
iron metabolism in endurance athletes. This investigation examined the re-introduction of …

This study implemented a 2-week high carbohydrate (CHO) diet intended to maximize CHO
oxidation rates and examined the iron-regulatory response to a 26-km race walking effort …

Purpose The short-term restriction of carbohydrate (CHO) can potentially influence iron
regulation via modification of postexercise interleukin-6 (IL-6) and hepcidin levels. This …

Purpose To quantify the effects of a short-term (6-d) low carbohydrate (CHO) high fat
(LCHF), and low energy availability (LEA) diet on immune, inflammatory, and iron-regulatory …

Purpose To examine the effects of 24-h controlled carbohydrate intake on next day pre-and
post-exercise inflammatory and hepcidin responses. Methods In a crossover design, 12 well …

Purpose Carbohydrate ingestion prior and during exercise attenuates exercise-induced
interleukin-6. This investigation examined if an analogous effect was evident for interleukin …

Sleeping with low carbohydrate (CHO) availability is a dietary strategy that may enhance
training adaptation. However, the impact on an athlete's health is unclear. This study …

Background Declines in iron status are frequently reported in those who regularly engage in
strenuous physical activity. A possible reason is increases in the iron regulatory hormone …

Previous research investigating single bouts of exercise have identified baseline iron status
and circulating concentrations of interleukin-6 (IL-6) as contributors to the magnitude of …

Iron deficiency has ergolytic effects on athletic performance. Exercise-induced inflammation
impedes iron absorption in the digestive tract by upregulating the expression of the iron …