M U Huang
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Explore the profile of M U Huang including associated specialties, affiliations and a list of published articles.
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10
Citations
44
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Recent Articles
1.
Jarrard C, Watso J, Atkins W, McKenna Z, Foster J, Huang M, et al.
Med Sci Sports Exerc
. 2024 Jan;
56(6):1056-1065.
PMID: 38233995
Introduction: Trauma-induced hemorrhage is a leading cause of death in prehospital settings. Experimental data demonstrate that females have a lower tolerance to simulated hemorrhage (i.e., central hypovolemia). However, the mechanism(s)...
2.
Watso J, Romero S, Moralez G, Huang M, Cramer M, Jaffery M, et al.
Med Sci Sports Exerc
. 2023 Feb;
55(5):765-776.
PMID: 36729937
Introduction: Pulmonary function is lower after a severe burn injury, which could influence ventilatory responses during exercise. It is unclear whether exercise training improves pulmonary function or ventilatory responses during...
3.
Cramer M, Huang M, Fischer M, Moralez G, Crandall C
Med Sci Sports Exerc
. 2021 May;
53(10):2190-2195.
PMID: 33935232
Purpose: This study aimed to test the hypothesis that a simulated burn injury on the torso will be no more or less detrimental to core temperature control than on the...
4.
Romero S, Moralez G, Jaffery M, Huang M, Engelland R, Cramer M, et al.
Med Sci Sports Exerc
. 2020 Oct;
52(11):2430-2436.
PMID: 33064412
Introduction: Vasodilator function is impaired in individuals with well-healed burn injuries; however, therapeutic interventions that lessen or reverse this maladaptation are lacking. The purpose of this study was to test...
5.
Fischer M, Cramer M, Huang M, Belval L, Watso J, Cimino F, et al.
Med Sci Sports Exerc
. 2020 Sep;
52(10):2235-2241.
PMID: 32936596
Introduction: Although evaporative heat loss capacity is reduced in burn-injured individuals with extensive skin grafts, the thermoregulatory strain due to a prior burn injury during exercise-heat stress may be negligible...
6.
Belval L, Cramer M, Moralez G, Huang M, Cimino 3rd F, Watso J, et al.
Med Sci Sports Exerc
. 2020 Aug;
53(2):367-374.
PMID: 32826639
Purpose: This study aimed to test the hypothesis that the elevation in internal body temperature during exercise in a hot environment is influenced by the combination of exercise intensity and...
7.
Cramer M, Moralez G, Huang M, Kouda K, Poh P, Crandall C
Med Sci Sports Exerc
. 2019 Oct;
52(3):712-719.
PMID: 31609298
Purpose: To evaluate whether the detrimental effect of a simulated burn injury on exercise thermoregulation is dependent on air temperature. Methods: On eight occasions, nine males cycled for 60 min...
8.
Cramer M, Moralez G, Huang M, Kouda K, Poh P, Crandall C
Med Sci Sports Exerc
. 2019 Sep;
52(3):705-711.
PMID: 31524829
Purpose: Using a simulated burn injury model to mimic the detrimental effect of a 40% TBSA injury on whole-body evaporative heat dissipation, core temperature response to exercise in physiologically uncompensable...
9.
Allen D, Huang M, Morris N, Chaseling G, Frohman E, Jay O, et al.
Med Sci Sports Exerc
. 2019 Feb;
51(3):395-404.
PMID: 30779715
Introduction: Impairments in sudomotor function during passive whole-body heating have been reported in multiple sclerosis (MS), a demyelinating disease of the CNS that disrupts autonomic function. However, the capability of...
10.
Cramer M, Moralez G, Huang M, Crandall C
Med Sci Sports Exerc
. 2019 Jan;
51(5):868-873.
PMID: 30614899
Purpose: To test the hypothesis that well-healed donor and noninjured sites demonstrate similar elevations in skin blood flow and sweating during exercise-induced hyperthermia. Methods: Twenty burn survivors (>1 yr postinjury;...