The problem is that there are a bunch of studies that have proven that ivermectin can prohibit rna viruses from replicating in cell cultures to an impressive degree. The main problem is that ivermectin isn’t very water soluble, and thus there is no way to deliver the drug to the targeted cells.
It’s what happens when you develop assumptions based on a study when you don’t really understand the relevant field of the study. It also makes it hard to disprove to people who have read studies that in their mind allude to it as an effective treatment.
Is ivermectin an effective way to controll the replication of rna viruses in a laboratory setting? Yes, amazingly so. Does that mean we can extrapolate upon that claim and assume it would be effective to treat humans? Absolutely not.
I imagine in the next 5-10 years ivermectine will be used as a treatment for rna viruses. However, that will require someone to find a way to turn it into an inhaled medication or some kind of nanosized medication that can be given intravenously.
The problem is that there are a bunch of studies that have proven that ivermectin can prohibit rna viruses from replicating in cell cultures to an impressive degree. The main problem is that ivermectin isn’t very water soluble, and thus there is no way to deliver the drug to the targeted cells.
It’s what happens when you develop assumptions based on a study when you don’t really understand the relevant field of the study. It also makes it hard to disprove to people who have read studies that in their mind allude to it as an effective treatment.
Is ivermectin an effective way to controll the replication of rna viruses in a laboratory setting? Yes, amazingly so. Does that mean we can extrapolate upon that claim and assume it would be effective to treat humans? Absolutely not.
I imagine in the next 5-10 years ivermectine will be used as a treatment for rna viruses. However, that will require someone to find a way to turn it into an inhaled medication or some kind of nanosized medication that can be given intravenously.