At a glance
ClinicalIndex Comparison RecordStandardized by ClinicalIndex from the ClinicalTrials.gov record · verify against the source.
A Comparison of Polyglactin 910 and Chromic Gut Suture in the Closure of Punch Biopsy Sites
In Brief
A Phase 4 clinical trial evaluating Polyglactin 910 sterile synthetic absorbable suture (Ethicon) and Chromic Gut Sterile absorbable Suture (Ethicon) for Wound Closure Technique. Completed, enrolled 97 participants across 1 site.
Detailed Summary
Some Dermatologists prefer absorbable suture to non-absorbable suture in the closure of punch biopsy sites. The reason these are often preferred is because patients do not have to pay for another visit to get the suture material removed. Also patients are not inconvenienced into returning to the office for suture removal1. However, the absorbable suture material currently used by most Dermatologists is very expensive. In order to evaluate ways to reduce costs for patients, we will compare a less expensive suture material (chromic gut) with one of the absorbable suture materials currently used in clinical practice (PDS). Patients who are eligible and choose to participate in the study will undergo a punch biopsy and a suture will be used to close the skin. The type of suture received by the patient will be randomized, like the flip of a coin. Group A will receive PDS and Group B will receive chromic gut suture. After one weeks time, the patient will return to clinic and their dermatologist will evaluate the biopsy site for redness, wound infection, wound opening, and scar formation. The patients will be given a questionnaire evaluating their satisfaction with the cosmetic outcome and any pain caused by the suture materials. If the suture came out before the visit, the patient will be asked to report on what day the suture fell out. The patients will return two more times over the next two weeks to receive the same questionnaire and evaluation by their dermatologist.
Study Details
Timeline
Interventions
Half of punch biopsy wounds are closed with each absorbablesuture