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View article: Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial
Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial Open
Background: The DYNAMIC study is based on three properties of tetracyclines. (1) Tetracyclines are known to chelate zinc from matrix metalloproteinases. It is possible their chelating activity may help inhibit COVID-19 infection by limitin…
View article: Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial
Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial Open
Background : The DYNAMIC study is based on three properties of tetracyclines. (1) Tetracyclines are known to chelate zinc from matrix metalloproteinases. It is possible their chelating activity may help inhibit COVID-19 infection by limiti…
View article: Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial
Impact of Doxycycline on COVID-19 Patients with Risk Factors: DYNAMIC, a Multi-Centre, Randomised, Placebo-Controlled, Double-Blind Trial Open
Background : The DYNAMIC study is based on three properties of tetracyclines. (1) Tetracyclines are known to chelate zinc from matrix metalloproteinases. It is possible their chelating activity may help inhibit COVID-19 infection by limiti…
View article: Impact of Doxycycline on Covid-19 Patients With Risk Factors of Disease Degradation: Dynamic, A Randomised Controlled Double-blind Trial
Impact of Doxycycline on Covid-19 Patients With Risk Factors of Disease Degradation: Dynamic, A Randomised Controlled Double-blind Trial Open
Background: The DYNAMIC study is based on three properties of tetracyclines. (1) Tetracyclines are known to chelate zinc from metalloproteases (MMPs). It is possible that their chelating activity may help to inhibit COVID-19 infection by l…