Efficient sweat reduction of three different antiperspirant application forms during stress‐induced sweating

Schmidt‐Rose, Thomas; Lehmbeck, F.; Bürger, Anette; Windisch, B.; Keyhani, R.; Max, Heiner

doi:10.1111/ics.12086

Cited by 4 publications

(2 citation statements)

References 37 publications

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“…Although there may be regional differences in stress and resulting stress sweat amounts, we would expect the percentage reduction to be similar. Further, the TSST has been employed successfully for creating stress sweat across regions .…”

Section: Resultsmentioning

confidence: 99%

Thermoregulatory vs. event sweating – comparison of clinical methodologies, physiology and results

Biehle-Hulette

Krailler

Elstun

et al. 2013

Intern J of Cosmetic Sci

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Section: Resultsmentioning

confidence: 99%

Thermoregulatory vs. event sweating – comparison of clinical methodologies, physiology and results

Biehle-Hulette

Krailler

Elstun

et al. 2013

Intern J of Cosmetic Sci

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“…Algunas investigaciones previas han usado antitranspirante en personas con hiperhidrosis (sudor excesivo) (Reynolds, et al, 1995;Schmidt-Rose, et al, 2013). En estos estudios, a los sujetos solo se les evalúo la tasa de sudoración en manos, pies y axilas, Esta obra está bajo una Licencia Creative Commons Atribución-NoComercial-CompartirIgual 4.0 Internacional mientras fueron sometidos a situaciones de estrés psicosocial o con ejercicio de muy baja intensidad como caminar.…”

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Capacidad Del Método De Parches De Sudoración Para Detectar El Efecto De Un Antitranspirante.

Corona

Vargas

2015

PensarMov.

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ResumenAburto-Corona, J.A. y Aragón-Vargas, L.F. (2015). Nota técnica: Capacidad del método de parches de sudoración para detectar el efecto de un antitraspirante. PENSAR EN MOVIMIENTO: Revista de Ciencias del Ejercicio y la Salud, 13 (1), 1-10. Un antitranspirante efectivo es supuestamente capaz de disminuir la sudoración hasta en un 50%, como lo afirman las compañías que fabrican estos productos, pero hay poca evidencia publicada al respecto; es posible que la disminución real sea tan pequeña que no pueda ser detectada por los

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Rapid Stress System Drives Chemical Transfer of Fear from Sender to Receiver

2015

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Humans can register another person’s fear not only with their eyes and ears, but also with their nose. Previous research has demonstrated that exposure to body odors from fearful individuals elicited implicit fear in others. The odor of fearful individuals appears to have a distinctive signature that can be produced relatively rapidly, driven by a physiological mechanism that has remained unexplored in earlier research. The apocrine sweat glands in the armpit that are responsible for chemosignal production contain receptors for adrenalin. We therefore expected that the release of adrenalin through activation of the rapid stress response system (i.e., the sympathetic-adrenal medullary system) is what drives the release of fear sweat, as opposed to activation of the slower stress response system (i.e., hypothalamus-pituitary-adrenal axis). To test this assumption, sweat was sampled while eight participants prepared for a speech. Participants had higher heart rates and produced more armpit sweat in the fast stress condition, compared to baseline and the slow stress condition. Importantly, exposure to sweat from participants in the fast stress condition induced in receivers (N = 31) a simulacrum of the state of the sender, evidenced by the emergence of a fearful facial expression (facial electromyography) and vigilant behavior (i.e., faster classification of emotional facial expressions).

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Efficient sweat reduction of three different antiperspirant application forms during stress‐induced sweating

Cited by 4 publications

References 37 publications

Thermoregulatory vs. event sweating – comparison of clinical methodologies, physiology and results

Thermoregulatory vs. event sweating – comparison of clinical methodologies, physiology and results

Capacidad Del Método De Parches De Sudoración Para Detectar El Efecto De Un Antitranspirante.

Rapid Stress System Drives Chemical Transfer of Fear from Sender to Receiver

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