Infants with Extra Fingers May Receive Non-Evidence-Based, Complication-Prone Treatment
Nov 14, 2017 - 12:49:45 PM
Suture ligation is the process of tying a thread around the extra digit to cut off circulation. Once necrosis sets in, the dead tissue can be easily removed. The technique is preferred by physicians for being simple and less expensive than surgery. However, ligation is not always successful on the first attempt and is prone to result in painful neuromas, infection, slow healing and cosmetically unpleasant residual tissue. Surgery is often required to correct such issues.
"Suture ligation remains a common practice despite other options that are available," says lead study author Nicholas A. Rathjen, DO, a U.S. Army Captain and physician at the Dwight D. Eisenhower Army Medical Center in Fort Gordon, Georgia. "Physicians have begun to question its usage but there hasn't been strong evidence to support or disprove its efficacy."
Dr. Rathjen and his colleagues conducted a case report and literature review to compile and compare data on suture ligation and surgical excision outcomes. Their findings suggest that, while more research is needed to thoroughly validate surgical excision, there is ample evidence of the complications common to ligation.
The authors of the study believe surgical excision is the more effective treatment option as it is completed in one visit, typically creates little scarring and rarely leaves painful or unsightly residual tissue. They believe parents should be informed of their options prior to any procedure and understand the risks and benefits associated with each.
About The Journal of the American Osteopathic Association
The Journal of the American Osteopathic Association (JAOA) is the official scientific publication of the American Osteopathic Association. Edited by Robert Orenstein, DO, it is the premier scholarly peer-reviewed publication of the osteopathic medical profession. The JAOA's mission is to advance medicine through the publication of peer-reviewed osteopathic research.