Feasibility Study of a Novel Cooling Device for Pain Management During Treatment of Skin With Radio-Frequency Microneedling Device
Feasibility Study of a Novel Cooling Device for Pain Management During Treatment of Skin With Radio-Frequency Microneedling Device
The specific aims of the study are as follows:
Aim 1. Using the EC device, evaluate the cooling rate of in vivo tissue and the temperature profile of the tissue with various pre-cooling times (Phase 1).
Aim 2. Using the EC device, evaluate the cooling time that is required to provide analgesia during RF microneedling at different energies (Phase 2).
Aim 3. Evaluate the pain management capability of the EC device compared to the TEC device during RF microneedling when using topical anesthesia only (Phase 2).
Aim 4. Determine if the EC device can eliminate the need for tumescent anesthesia and/or topical anesthesia prior to RF microneedling (Phase 2).
Aim 5. Evaluate the operability and ease of use of the EC device for clinicians (Phase 2).
In this research study we want to learn more about an experimental cooling method, evaporative cooling (EC), compared to the currently used thermoelectric cooling (TEC) for pain management during radiofrequency (RF) microneedling treatments. This study will use the Profound® RF microneedling device, manufactured by Candela, with a dermal handpiece which will have the experimental cooling plate attachment.
We will recruit and screen up to 30 subjects with the goal of having 6 subjects complete Phase 1 and 12 subjects complete Phase 2 of the study. Phase 2 of the study was not enrolled.
Inclusion Criteria:
Exclusion Criteria: