Moisturising Gloves as a Solution for Occupational Skin Health: Advances and Challenges

Area of Science:

• Dermatology
• Materials Science
• Occupational Health

Background:

• Prolonged glove use creates an occlusive environment, disrupting skin's natural hydration and barrier function.
• This can lead to overhydration, facilitating irritant penetration from soaps and alcohol, causing occupational dry skin.
• Conventional lotions are often impractical due to compliance issues and latex incompatibility.

Purpose of the Study:

• To review advancements in moisturising glove technologies for occupational use.
• To identify challenges and research gaps in current moisturising glove applications.
• To highlight the need for improved efficacy and standardization in occupational skincare.

Main Methods:

• Review of current literature on moisturising glove technologies.
• Analysis of various integration methods: interlayer coatings, surface applications, matrix integration, microencapsulation, and hydrogel systems.
• Discussion of challenges in material selection, activation stimuli, and efficacy assessment.

Main Results:

• Several innovative technologies enhance moisturising agent delivery within gloves.
• Methods include interlayer coatings, direct surface applications, matrix integration, microencapsulation, and hydrogel-based controlled release.
• Individual activation stimuli and material compatibility require careful consideration for optimal performance.

Conclusions:

• Moisturising gloves offer a promising solution for occupational dry skin.
• Further research is essential to standardize hydration assessment and evaluate real-world performance.
• Clinical studies are crucial to refine designs and compare efficacy against conventional skincare methods.