Can any professionals guide us on the similarities and differences between the two pills?
Probably not, unless they work for Pfizer, as I suspect Pfizer is keeping the drug pretty close to the chest.Motracicletraficificker said:
Can any professionals guide us on the similarities and differences between the two pills?
amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
WorthAg95 said:amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
And has been found to inhibit protease
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7996102/
It's not hard to find government/big business conspiracy. Money drives everything.Diggity said:
people are looking under every rock to find a "government/big business" conspiracy.
aggierogue said:WorthAg95 said:amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
And has been found to inhibit protease
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7996102/
No. I didn't link the study. But I did notice that they found Ivermectin has antiviral properties...which has been refuted by the MSM narrative and many critics that it's simply a "horse dewormer."amercer said:aggierogue said:WorthAg95 said:amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
And has been found to inhibit protease
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7996102/
Do you know what in silico means?
So where is Oxford getting this?amercer said:
They didn't "find" anything.
In silico means computer models.
Computer modeling isn't totally worthless in drug discovery, but it's pretty close.
Finding a plausible mechanism of action is critical to drug discovery. I spend a lot of my waking hours on it.
Computers are crap. Cells in a dish are only slightly less crap. High res structure of your molecule binding something? That's pretty good, but won't move the needle without animal data. We can cure damn near anything in a mouse, but move that same thing to monkeys and it fails 90% of the time. Move the thing that works in monkeys to people? Your odds are even worse.
So no, no one has demonstrated that ivermectin has any plausible mechanism for Covid antiviral activity. It's perfectly good science to screen whatever you have lying around for new indications. Drug companies love the idea of getting to new markets with things that already have an acceptable safety profile. But 99% it fails, because you are just trying to get lucky in a field where luck isn't ever on your side.
Oxford TrialQuote:
With known antiviral properties, ivermectin has been shown to reduce SARS-CoV-2 replication in laboratory studies.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3327999/amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
https://www.jpost.com/health-science/israeli-scientist-says-covid-19-could-be-treated-for-under-1day-675612aggierogue said:So where is Oxford getting this?amercer said:
They didn't "find" anything.
In silico means computer models.
Computer modeling isn't totally worthless in drug discovery, but it's pretty close.
Finding a plausible mechanism of action is critical to drug discovery. I spend a lot of my waking hours on it.
Computers are crap. Cells in a dish are only slightly less crap. High res structure of your molecule binding something? That's pretty good, but won't move the needle without animal data. We can cure damn near anything in a mouse, but move that same thing to monkeys and it fails 90% of the time. Move the thing that works in monkeys to people? Your odds are even worse.
So no, no one has demonstrated that ivermectin has any plausible mechanism for Covid antiviral activity. It's perfectly good science to screen whatever you have lying around for new indications. Drug companies love the idea of getting to new markets with things that already have an acceptable safety profile. But 99% it fails, because you are just trying to get lucky in a field where luck isn't ever on your side.Oxford TrialQuote:
With known antiviral properties, ivermectin has been shown to reduce SARS-CoV-2 replication in laboratory studies.
If this is true, look how many years it took to find it, and yet we rush headlong with an experimental vaccine and more anti-virals that will get approval by the end of the year.Duncan Idaho said:
Big one I know of right now is that Pfizer isn't known to cause male fertility issues in multiple species ranging from mosquitoes to rats to humans. Granted that might change with time.
Mosquitoes
https://malariajournal.biomedcentral.com/articles/10.1186/s12936-019-2988-3
Rats
https://pubmed.ncbi.nlm.nih.gov/21783912/
People
https://www.scholarsresearchlibrary.com/abstract/effects-of-ivermectin-therapy-on-the-sperm-functions-of-nigerian-onchocerciasis-patients-12867.html
aggierogue said:So where is Oxford getting this?amercer said:
They didn't "find" anything.
In silico means computer models.
Computer modeling isn't totally worthless in drug discovery, but it's pretty close.
Finding a plausible mechanism of action is critical to drug discovery. I spend a lot of my waking hours on it.
Computers are crap. Cells in a dish are only slightly less crap. High res structure of your molecule binding something? That's pretty good, but won't move the needle without animal data. We can cure damn near anything in a mouse, but move that same thing to monkeys and it fails 90% of the time. Move the thing that works in monkeys to people? Your odds are even worse.
So no, no one has demonstrated that ivermectin has any plausible mechanism for Covid antiviral activity. It's perfectly good science to screen whatever you have lying around for new indications. Drug companies love the idea of getting to new markets with things that already have an acceptable safety profile. But 99% it fails, because you are just trying to get lucky in a field where luck isn't ever on your side.Oxford TrialQuote:
With known antiviral properties, ivermectin has been shown to reduce SARS-CoV-2 replication in laboratory studies.
Most reasonable people don't really care if someone uses ivermectin under physician supervision. The problem is when people act like its a legitimate alternative to vaccination at preventing severe disease. Its not no matter how many dubious studies samurai texan posts about.SoupNazi2001 said:
Why are people including Doctors so against people trying Ivermectin for a virus that has very few treatments? If it doesn't help it doesn't help, but what does it hurt? Side effects are pretty minimal.
SoupNazi2001 said:
Why are people including Doctors so against people trying Ivermectin for a virus that has very few treatments? If it doesn't help it doesn't help, but what does it hurt? Side effects are pretty minimal.
Mathguy64 said:SoupNazi2001 said:
Why are people including Doctors so against people trying Ivermectin for a virus that has very few treatments? If it doesn't help it doesn't help, but what does it hurt? Side effects are pretty minimal.
Vaccine + Ivermectin? Go for it.
Using Ivermectin as a replacement for the vaccine? That's the rub. If it's a nothing burger (which so far all the real in person data says) then you are actually doing harm.
Forum Troll said:Most reasonable people don't really care if someone uses ivermectin under physician supervision. The problem is when people act like its a legitimate alternative to vaccination at preventing severe disease. Its not no matter how many dubious studies samurai texan posts about.SoupNazi2001 said:
Why are people including Doctors so against people trying Ivermectin for a virus that has very few treatments? If it doesn't help it doesn't help, but what does it hurt? Side effects are pretty minimal.
DadHammer said:Forum Troll said:Most reasonable people don't really care if someone uses ivermectin under physician supervision. The problem is when people act like its a legitimate alternative to vaccination at preventing severe disease. Its not no matter how many dubious studies samurai texan posts about.SoupNazi2001 said:
Why are people including Doctors so against people trying Ivermectin for a virus that has very few treatments? If it doesn't help it doesn't help, but what does it hurt? Side effects are pretty minimal.
Almost nobody is saying that.
It reportedly has some action against a number of viruses in vitro. It remains to be seen if the effect can be found in safe dosages in vivo.aggierogue said:No. I didn't link the study. But I did notice that they found Ivermectin has antiviral properties...which has been refuted by the MSM narrative and many critics that it's simply a "horse dewormer."amercer said:aggierogue said:WorthAg95 said:amercer said:
Ivermectin does not function by inhibiting protease activity. It interacts with an ion channel found in insects.
Proteases are enzymes that cut proteins. Ion channels sit in cell membranes and let small chemicals in and out.
So very different target and mechanism of action.
And has been found to inhibit protease
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7996102/
Do you know what in silico means?