Evaluation of the Effect of Outdated Drugs for Treatment of COVID-19: OAJBS Publishers
Evaluation of the Effect of Outdated Drugs for Treatment of COVID-19 by Ali Ahmadi* in Open Access Journal of Biomedical Science (OAJBS)
Dear Editor,
Chloroquine
(CQ) is considered as a drug that has been significantly motivated versus
malaria and observed in 2006 that this drug has an antimicrobial potential for
the mechanism and chloroquine function increases the pH of the endosomal [1].
With a higher pH of what is required for virus/cell fusion, it blocks the
infection and prevents the progression of the disease. This is due to the
SARS-COV-2 cellular receptor glycoproteins that are connected to their items
[2]. But the hydroxy chloroquine can inhibit the stage before the cellular
binding in the cell surface receptor, in a study in a study by a group of
Chinese researchers and scientists about the efficiency and function of
chloroquine Laboratory studies have been carried out using VERO E6 cells
infected with SARSCOV-2 in polyethylene infection (MOI) 0.05, chloroquine has
been very effective in reducing the virus and has an impressive effect and can
infect SARS-COV- 2 block at low concentrations (effective concentration of
maximum (EC50) 1.13μm and the concentration of semi-cytotoxicity (CC50) larger
than 100μm). Another article showed that chloroquine could prevent the
proliferation of HCOV229E in laboratory conditions in the culture of lung
epithelial cells and can also be effective against the Coronavirus of the
Middle East Respiratory Syndrome (Mers-Cov) in laboratory conditions. Hydroxy
chloroquine (HCQ) with a very similar chemical structure with chloroquine is
one of the moderating diseases of anti-rheumatic drugs used to treat many [3].
https://biomedscis.com/fulltext/evaluation-of-the-effect-of-outdated-drugs-for-treatment-of-covid-19.ID.000335.php
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