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- W2625366687 abstract "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 regulatory protein, hepcidin. Limited research indicates the potential of specific macro- and micronutrients on blunting exercise-induced hepcidin. Therefore, we investigated the effects of postexercise supplementation with protein and carbohydrate (CHO) and vitamins D 3 and K 2 on the postexercise hepcidin response. Ten highly trained male cyclists (age: 26.9 ± 6.4 years; maximal oxygen uptake: 67.4 ± 4.4 mL·kg –1 ·min –1 completed 4 cycling sessions in a randomized, placebo-controlled, single-blinded, triple-crossover study. Experimental days consisted of an 8-min warm-up at 50% power output at maximal oxygen uptake, followed by 8 × 3-min intervals at 85% power output at maximal oxygen uptake with 1.5 min at 60% power output at maximal oxygen uptake between each interval. Blood samples were collected pre- and postexercise, and at 3 h postexercise. Three different drinks consisting of CHO (75 g) and protein (25 g) with (VPRO) or without (PRO) vitamins D 3 (5000 IU) and K 2 (1000 μg), or a zero-calorie control drink (PLA) were consumed immediately after the postexercise blood sample. Results showed that the postexercise drinks had no significant (p ≥ 0.05) effect on any biomarker measured. There was a significant (p < 0.05) increase in hepcidin and interleukin-6 following intense cycling intervals in the participants. Hepcidin increased significantly (p < 0.05) from baseline (nmol·L –1 : 9.94 ± 8.93, 14.18 ± 14.90, 10.44 ± 14.62) to 3 h postexercise (nmol·L –1 : 22.27 ± 13.41, 25.44 ± 11.91, 22.57 ± 15.57) in VPRO, PRO, and PLA, respectively. Contrary to our hypothesis, the drink compositions used did not blunt the postexercise hepcidin response in highly trained athletes." @default.
- W2625366687 created "2017-06-23" @default.
- W2625366687 creator A5005879903 @default.
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- W2625366687 date "2017-10-01" @default.
- W2625366687 modified "2023-09-30" @default.
- W2625366687 title "Effects of macro- and micronutrients on exercise-induced hepcidin response in highly trained endurance athletes" @default.
- W2625366687 cites W1229399881 @default.
- W2625366687 cites W1512371228 @default.
- W2625366687 cites W1551099219 @default.
- W2625366687 cites W1559770252 @default.
- W2625366687 cites W164028561 @default.
- W2625366687 cites W1883754188 @default.
- W2625366687 cites W1899659990 @default.
- W2625366687 cites W1907209151 @default.
- W2625366687 cites W1917006676 @default.
- W2625366687 cites W1936228823 @default.
- W2625366687 cites W1967359014 @default.
- W2625366687 cites W1971412240 @default.
- W2625366687 cites W1972051185 @default.
- W2625366687 cites W1973705806 @default.
- W2625366687 cites W1980042430 @default.
- W2625366687 cites W1984948598 @default.
- W2625366687 cites W1988501271 @default.
- W2625366687 cites W1993877744 @default.
- W2625366687 cites W1997715561 @default.
- W2625366687 cites W1997930812 @default.
- W2625366687 cites W2002549547 @default.
- W2625366687 cites W2004551342 @default.
- W2625366687 cites W2010764026 @default.
- W2625366687 cites W2018821533 @default.
- W2625366687 cites W2024938615 @default.
- W2625366687 cites W2026000452 @default.
- W2625366687 cites W2028034405 @default.
- W2625366687 cites W2036467345 @default.
- W2625366687 cites W2037434347 @default.
- W2625366687 cites W2037790531 @default.
- W2625366687 cites W2039473186 @default.
- W2625366687 cites W2044136931 @default.
- W2625366687 cites W2047185380 @default.
- W2625366687 cites W2051398929 @default.
- W2625366687 cites W2053933984 @default.
- W2625366687 cites W2058777996 @default.
- W2625366687 cites W2061035099 @default.
- W2625366687 cites W2066886998 @default.
- W2625366687 cites W2068261611 @default.
- W2625366687 cites W2069139741 @default.
- W2625366687 cites W2077902399 @default.
- W2625366687 cites W2078139906 @default.
- W2625366687 cites W2088094751 @default.
- W2625366687 cites W2091055213 @default.
- W2625366687 cites W2097289562 @default.
- W2625366687 cites W2102785036 @default.
- W2625366687 cites W2105370709 @default.
- W2625366687 cites W2105461022 @default.
- W2625366687 cites W2107119905 @default.
- W2625366687 cites W2115197006 @default.
- W2625366687 cites W2116588069 @default.
- W2625366687 cites W2118269481 @default.
- W2625366687 cites W2121666945 @default.
- W2625366687 cites W2121836743 @default.
- W2625366687 cites W2122095496 @default.
- W2625366687 cites W2131915711 @default.
- W2625366687 cites W2131993799 @default.
- W2625366687 cites W2132607881 @default.
- W2625366687 cites W2140687405 @default.
- W2625366687 cites W2143366406 @default.
- W2625366687 cites W2144419497 @default.
- W2625366687 cites W2146421251 @default.
- W2625366687 cites W2148960455 @default.
- W2625366687 cites W2151191790 @default.
- W2625366687 cites W2152981242 @default.
- W2625366687 cites W2153856297 @default.
- W2625366687 cites W2157554312 @default.
- W2625366687 cites W2157705760 @default.
- W2625366687 cites W2159316975 @default.
- W2625366687 cites W2166259264 @default.
- W2625366687 cites W2166906979 @default.
- W2625366687 cites W2169451902 @default.
- W2625366687 cites W2172023883 @default.
- W2625366687 cites W2312527798 @default.
- W2625366687 cites W2327073939 @default.
- W2625366687 cites W2333821210 @default.
- W2625366687 cites W2343616244 @default.
- W2625366687 cites W2464888152 @default.
- W2625366687 cites W4231406605 @default.
- W2625366687 cites W4243766541 @default.
- W2625366687 cites W4255252922 @default.
- W2625366687 cites W4376542816 @default.
- W2625366687 doi "https://doi.org/10.1139/apnm-2017-0207" @default.
- W2625366687 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28605609" @default.
- W2625366687 hasPublicationYear "2017" @default.
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