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Skin Thickness clinical trials

View clinical trials related to Skin Thickness.

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NCT ID: NCT04540900 Recruiting - Wrinkle Clinical Trials

A Phase I Study of KB301, a Replication-Incompetent, Non-Integrating Vector Expressing Human Type III Collagen (COL3) for the Treatment of Superficial Skin Depressions

Start date: October 7, 2020
Phase: Phase 1
Study type: Interventional

A Phase I Study of KB301, a Replication-Incompetent, Non-Integrating Vector Expressing Human Type III Collagen (COL3) for the Treatment of Superficial Skin Depressions

NCT ID: NCT02727114 Completed - Skin Thickness Clinical Trials

Echographic Measurement of Skin Thickness in Children

PIDIC-1
Start date: February 2016
Phase: N/A
Study type: Observational

To optimize a medical device for intradermal injection, knowledge concerning the thickness of epidermis and dermis at the proximal forearm is required. Since scientific knowledge is lacking, the investigators will examine the skin thickness (epidermis and dermis) of children (aged 8 weeks to 18 years) using imaging technology (High Frequency Ultrasound). The investigators hypothesize that they are able to correlate the thickness of the (epi)dermis to a specific combination of parameters age, gender, and BMI. Based on these results, the investigators can define which needle type and length is needed to correctly perform injections into the dermal layer

NCT ID: NCT02363465 Completed - Skin Thickness Clinical Trials

Echographic Measurement of Skin Thickness

Start date: January 2015
Phase: N/A
Study type: Observational

To optimize a medical device for intradermal injection, knowledge concerning the thickness of epidermis and dermis at the proximal forearm is required. Since scientific knowledge is lacking, the investigators will examine the skin thickness (epidermis and dermis) of adults using imaging technology (High Frequency Ultrasound). The investigators hypothesize that they are able to correlate the thickness of the (epi)dermis to a specific combination of parameters age, gender, and BMI. Based on these results, the investigators can define which needle type and length is needed to correctly perform injections into the dermal layer.