Hyderabad, September 11
In a primary of its type process in India, medical doctors on the Krishna Institute of Medical Sciences (KIMS) right here efficiently carried out double lung transplant surgical procedure on a Covid-19 affected person.
The 32-year-old affected person from Chandigarh, who obtained lungs from a brain-dead particular person in Kolkata, was discharged from the hospital on Friday.
The crew of medical doctors was led by Sandeep Attawar, thought of a pioneer in coronary heart and lung transplant surgical procedures in India.
Rizwan alias Monu was affected by sarcoidosis that affected his lungs considerably, resulting in fibrosis of the lungs. The medical doctors mentioned his situation deteriorated quickly and double lung transplant was the one everlasting choice for treatment.
The state of affairs worsened when the affected person contracted coronavirus whereas awaiting for his double lung transplant. His oxygen requirement elevated from 15 liters/minute to 50 liters/min for the final eight weeks.
“The patient was a severe case of lung sarcoidosis, and Covid-19 only complicated the precarious lung condition. Fortunately, a match to his lungs was found in a person declared brain dead in Kolkata, and the harvested lungs were airlifted to Hyderabad to save the life of the patient,” mentioned Attawar.
According to him, the process was complicated and had little scope for errors and solely a well timed transplant of lungs helped save the affected person. “What is more important is that good outcomes are difficult to achieve as these patients are extremely sick, under nourished and bed-ridden before the transplant. Post discharge, he will need close monitoring, bio bubble environment and careful drug control for at least six weeks,” he mentioned.
A veteran within the area of transplant surgical procedures with an expertise of over 24 years, Attawar has to date carried out over 12,000 coronary heart surgical procedures, and over 250 transplant surgical procedures for lungs, coronary heart, and synthetic coronary heart implants (LVAD).