Hydroxychloroquine is Proven to Decrease the Viral Load of COVID-19

Hydroxychloroquine, a derivative of Chloroquine, has been used for years in the treatment of malaria. The drug is also known to block the entry of many viruses into cells. A small clinical trial has revealed it to be effective in reducing viral loads in COVID-19 patients.

Enveloped viruses enter into a host, eventually fusing their viral genetic code with a healthy cell causing it to release the viral genome into the cytoplasm. In many cases, after the virus particles have bound with the cell surface receptors, they are taken into cells via the endocytic pathway. As these vesicles move toward the nucleus, their pH drops, which catalyzes the fusion of viral and cell membranes. When cells are treated with chloroquine the pH of the endosome is elevated, which prevents fusion and blocks viral infection. The reproduction of many viruses is inhibited by Chloroquine and Hydroxychloroquine.

Recently reproduction of the newly emerged SARS-CoV-2 in cells was found to be inhibited by Chloroquine. Consequently, a derivative of the drug, Hydroxychloroquine (a less toxic derivative) has been tested on patients affected with COVID-19. The results of a clinical study conducted in Marseille, France, to evaluate the efficacy of hydroxychloroquine in the treatment of COVID-19 were released on 18 March 2020. Patients included in the study were all over 12 years old and had a laboratory-confirmed infection with SARS-CoV-2. They received 600 mg of Hydroxychloroquine, daily, for ten days. Viral loads in the nasopharyngeal wash were measured daily.

The study was conducted on twenty patients having received treatment and 16 were untreated controls. By day 6 of the study, 70% of the treated patients, no longer harbored the virus as determined by RT-PCR, compared to 12.5% of the controls. The combination of Hydroxychloroquine plus Azithromycin was more effective in clearing the virus than Hydroxychloroquine alone.

Available Hydroxychloroquine impurities at Veeprho

Hydroxychloroquine EP Impurity A
CAS No: 1449223-88-4
Mol. Formula: C18H26ClN3O2
Mol. Weight: 351.87
Hydroxychloroquine EP Impurity B
CAS No: 103152-84-7
Mol. Formula: C18H25ClN3NaO4S
Mol. Weight:    437.92
Hydroxychloroquine EP Impurity C
CAS No:          4298-15-1
Mol. Formula:  C16H22ClN3O
Mol. Weight:    307.82
Hydroxychloroquine EP Impurity D
CAS No:         1476-52-4
Mol. Formula:  C16H22ClN3
Mol. Weight:    291.82
Hydroxychloroquine EP Impurity E
CAS No:          10500-64-8
Mol. Formula:  C14H17ClN2O
Mol. Weight:     264.75
Hydroxychloroquine EP Impurity F
CAS No:          6281-58-9
Mol. Formula:  C14H15ClN2
Mol. Weight:     246.74
Hydroxychloroquine O-Acetate
CAS No:         47493-14-1
Mol. Formula: C20H28ClN3O2
Mol. Weight:    377.92

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