The cooling intensity of topical emulsions added with encapsulated or free menthol was evaluated by a screened and trained panel recruited based on the American Society for Testing and Materials method. A sensory panel composed of 10 trained judges performed the evaluation of samples stored at 22 +/- 2C for 24 h and, after 28 days of storage, at 37.0 +/- 0.5C. The obtained data were analyzed by analysis of variance and Tukey`s test. The results showed an increase of cooling intensity as a function of encapsulated menthol concentration. The opposite was observed in samples added with free menthol, which may have caused sensory fatigue. Storage at 37 +/- 0.5C for 28 days had no impact on the cooling intensity of emulsions containing encapsula...
Interaction of menthol with polyethylene terephthalate bottles during storage time was tested at thr...
International audienceCold hyperalgesia is a major clinical phenomenon, but validated experimental m...
We have previously demonstrated that provision of a cold fluid (4 degrees C) during exercise in the ...
The cooling intensity of topical emulsions added with encapsulated or free menthol was evaluated by ...
Background: Topical menthol gels are used in the treatment of various pain conditions. However, the ...
In humans, menthol has been shown to produce a heat storage response that may be mediated in part by...
Menthol and new cooling compounds are widely used to improve modern toothpastes, gums, breath freshe...
Purpose. Transient receptor potential melastatin 8 (TRPM8) is responsible for the sensation of cool ...
Objective: This study purpose is to better understand the impact of topical application of 3 active ...
Menthol is an active ingredient derived from mint commonly used in sports medicine practices to trea...
Due to its volatility, the qualitative experience of menthol may be modulated by its prep‐ aration a...
Menthol is effective at stimulating thermosensitive neurons that evoke pleasant cooling sensations. ...
Menthol is an active ingredient derived from mint commonly used in sports medicine practices to trea...
The cold-receptor agonist menthol has been utilised to improve performance by imparting feelings of ...
When exercise is undertaken in warm, humid conditions, the thermal gradient between the skin and env...
Interaction of menthol with polyethylene terephthalate bottles during storage time was tested at thr...
International audienceCold hyperalgesia is a major clinical phenomenon, but validated experimental m...
We have previously demonstrated that provision of a cold fluid (4 degrees C) during exercise in the ...
The cooling intensity of topical emulsions added with encapsulated or free menthol was evaluated by ...
Background: Topical menthol gels are used in the treatment of various pain conditions. However, the ...
In humans, menthol has been shown to produce a heat storage response that may be mediated in part by...
Menthol and new cooling compounds are widely used to improve modern toothpastes, gums, breath freshe...
Purpose. Transient receptor potential melastatin 8 (TRPM8) is responsible for the sensation of cool ...
Objective: This study purpose is to better understand the impact of topical application of 3 active ...
Menthol is an active ingredient derived from mint commonly used in sports medicine practices to trea...
Due to its volatility, the qualitative experience of menthol may be modulated by its prep‐ aration a...
Menthol is effective at stimulating thermosensitive neurons that evoke pleasant cooling sensations. ...
Menthol is an active ingredient derived from mint commonly used in sports medicine practices to trea...
The cold-receptor agonist menthol has been utilised to improve performance by imparting feelings of ...
When exercise is undertaken in warm, humid conditions, the thermal gradient between the skin and env...
Interaction of menthol with polyethylene terephthalate bottles during storage time was tested at thr...
International audienceCold hyperalgesia is a major clinical phenomenon, but validated experimental m...
We have previously demonstrated that provision of a cold fluid (4 degrees C) during exercise in the ...