In some patients who died of Covid-19 and respiratory failure, a jelly was formed in the lungs and now researchers have established that the active agent in the jelly can be the key to new effective therapies.

"Our findings can also explain why cortisone seems to have an effect on Covid-19," Hellman added. When performing lung scans on critically ill patients with Covid-19 infection, medical professionals have been able to see white patches.

Additionally, the autopsies of some deceased Covid-19 patients have shown that the lungs were filled with a clear liquid jelly, much resembling the lungs of someone who has drowned. It was previously not known where this jelly originated from.

The study, published in the Journal of Biological Chemistry, has shown that the jelly consists of the substance hyaluronan.

The presence of hyaluronan is normal in the human body, with various functions in different tissues, but it generally acts as a useful characteristic in the connective tissue. Not least, hyaluronan is involved in the early stages of wound healing. Hyaluronan is also produced synthetically in the beauty industry for lip augmentation and anti-wrinkle treatments.

Since hyaluronan can bind large amounts of water in its web of long molecules, it forms a jelly-like substance.

And it is this process that runs riot in the alveoli of Covid-19 patients' lungs resulting in the patient needing ventilator care and, in the worst case scenario, dies from respiratory failure, according to the researchers

As an example, this enzyme can be used in the event that an unsuccessful beauty treatment needs to be terminated abruptly.

Even cortisone reduces the production of hyaluronan. In a British study, preliminary data shows positive effects on treatments with the cortisone drug Dexamethasone in severely ill Covid-19 patients

"It has previously been assumed that the promising preliminary results would be linked to the general anti-inflammatory properties of cortisone, but in addition to those beliefs, cortisone may also reduce the production of hyaluronan, which may reduce the amount of jelly in the lungs," Hellman noted.

(This story was published from a syndicated feed. Only the headline and picture has been edited by FIT)