Rumor vs Truth - Evidence‑Based Mythbusting for Healthcare Professionals
Jun 16, 2026 · 27 min · 11 segments
Ivermectin Is Back in the Conversation—But What Should Healthcare Teams Know? From expanded OTC access in some states to persistent online claims, ivermectin is once again popping up in patient…
Leslie GingoGuestspeaking of CE, this podcast offers nutrition credit for pharmacists, pharmacy technicians, prescribers, and nurses.
And just log into your pharmacist's letter, pharmacy technician's letter, or prescriber insights account and look for the title of this podcast in the list of available CE courses.
It's a well-established anti-parasitic for humans, FDA approved for specific worm infections in people like strongyloidiasis and onchocerciasis.
So anyways, ivermectin works by disrupting parasite nerve and muscle function, essentially paralyzing them.
For us nerds out there, it specifically activates chloride channels and parasite neurons, which then stops them from firing.
Yep, and essentially the paralyzed parasite can't eat and dies, and I really can't say I have any sympathy, Don.
And when I used to think of ivermectin, I usually thought about its veterinary uses, like deworming livestock and other animals typically.
But since the COVID pandemic, this barnyard mainstay has gone mainstream in humans gaining online attention for off-label uses.
speaking of interest, is that based on facts or fads? Is ivermectin a stable treatment, or is it just horsing around?
Yay or nay, right? And that's the million-dollar question, right? And as clinicians, you likely see renewed interest, and that's what we're here to talk about.
Today, we'll worm our way through what's real, what's not, and how to guide patients through all the noise so nothing parasites on your clinical judgment.
speaking of CE, this podcast offers nutrition credit for pharmacists, pharmacy technicians, prescribers, and nurses.
And just log into your pharmacist's letter, pharmacy technician's letter, or prescriber insights account and look for the title of this podcast in the list of available CE courses.
It's a well-established anti-parasitic for humans, FDA approved for specific worm infections in people like strongyloidiasis and onchocerciasis.
So anyways, ivermectin works by disrupting parasite nerve and muscle function, essentially paralyzing them.
For us nerds out there, it specifically activates chloride channels and parasite neurons, which then stops them from firing.
Yep, and essentially the paralyzed parasite can't eat and dies, and I really can't say I have any sympathy, Don.
And when I used to think of ivermectin, I usually thought about its veterinary uses, like deworming livestock and other animals typically.
But since the COVID pandemic, this barnyard mainstay has gone mainstream in humans gaining online attention for off-label uses.
speaking of interest, is that based on facts or fads? Is ivermectin a stable treatment, or is it just horsing around?
Yay or nay, right? And that's the million-dollar question, right? And as clinicians, you likely see renewed interest, and that's what we're here to talk about.
Today, we'll worm our way through what's real, what's not, and how to guide patients through all the noise so nothing parasites on your clinical judgment.
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