New York Plastic Surgeon Reduces Pain of Rhinoplasty with New Technique
Posted by Cosmetic Surgery Review on November 18, 2009
Rhinoplasty, otherwise known as a ‘nose job’, typically involves the removal of nasal tissues and resculpting of the nose to create a more aesthetically pleasing profile. However, rhinoplasty is often associated with post-operative pain, and this pain is a common fear of rhinoplasty patients. Dr. Oleh Slupchynskyj, Director of the Aesthetic Institute of New York and New Jersey, has recently unveiled an innovative rhinoplasty procedure that does not use traditional packing methods and results in less pain.
Dr. Slupchynskyj uses a state-of-the-art plant-based biopolymer material which is easily absorbed into the tissue and helps with the clotting process. He states that, “rhinoplasty can be performed with minimal or no bleeding post-operatively, therefore with a majority of my patients, I don’t use nasal packing…if it is necessary, I use a dissolvable packing which is much more comfortable for the patient and disintegrates over 24 hours.”
Rhinoplasty procedures continue to be among the most sought-after cosmetic and plastic surgery procedures for men and women alike, but many people refrain from undergoing this procedure because of the pain associated with it. The procedure typically takes several hours and requires several days and weeks of downtime. Only a few surgeons use advanced techniques that can minimize pain and irritation associated with the packing process, and this may provide more options for patients.
Dr. Slupchynskyj is double board-certified by the American Board of Facial Plastic Surgery and the American Board of Otolaryngolgoy, and has advanced training for the head, neck and face. He has been named one of the Top Surgeons of 2009 by the Consumers’ Research Council of America, and has created a number of surgical alternatives including the “S” implant that helps create an attractive profile for African American patients.
More information about the latest rhinoplasty procedures and developments can be found here.