Nitric oxide a possible treatment for COVID-19: Experts 

New Delhi (By Aditya Vikram Singh):

Health and medical experts have opined that the Nitric Oxide is a possible treatment for the cure of Covid 19 patients.

DMC New Delhi Scientist Dr Narender Saini said that the Nitric oxide is a substance produced naturally in the body, playing many important roles in human health.

It is an antimicrobial and anti-inflammatory molecule with key roles in pulmonary vascular function.

NO can be administered as inhaled gas, in low concentrations, to boost the blood-oxygen saturation level. One key reason for the successful results was that inflammation in the patients’ lungs decreased.

Published findings from the 2004 SARS-CoV infection suggest the potential role of inhaled nitric oxide as a supportive measure for treating infection in patients with pulmonary complications.

Treatment with NO reversed pulmonary hypertension, improved severe hypoxia, and shortened the length of ventilatory support compared with matched control patients with SARS.

The study published in the journal Redox Biology stated the compound beside antimicrobial property acts as a hormone and controls various organs, including the tension in the muscles of the blood vessels and the blood flow between and within organs.

The dosage and timing of starting treatment probably play an important part in the outcome, and now need to be explored.

Dr Saini pointed out that the face coverings (nose and mouth) should be part of new normal.

He also mentioned that smoking in any form at this time should be avoided and banned in public places as it may increase the spread of virus. The teamwork and feeling of openness is important for winning this corona war, suggested Dr Narendra Saini, Chairman Scientific Committee, DMC New Delhi.

{Author Aditya Vikram Singh is a senior journalist currently associated with Democratic Accent. The author has extensive experience in Health beat and has previously worked with reputed groups such as Indian Express and Hindustan Times}