Transcript
A (0:18)
Welcome to Derms on Drugs, a video podcast brought to you by Scholars in Medicine. Terms on Drugs is where cutting edge dirt meets hello to mediocre comedy. I'm Matt Ziers, and each week I'm joined by my residency buddies Laura Faris and Tim Patton to use our 60 years of combined derm experience to discuss, debate and dissect the hottest topics in dermatology. It's everything you need to know to be on the cutting edge of derm, and it'll be the most fun you've ever had while actually learning something useful. So tune in every Friday only at Scholars in Medicine, Spotify and Apple podcasts. And everybody, I gotta tell you, I am so excited today for our deep dive. We've got one of my, I don't even know if I'd say one of maybe my favorite person in all of dermatology. We've got Dr. Steve Feldman from Wake Forest University to talk about some of the aspects of adherence. Right. We're supposed to call it adherence, not compliance. But it is going to be a great discussion about, you know, what do we expect with some of these drugs and should they be better or worse and all that kind of stuff. But let's go ahead and get into it. I'm going to kick it over to Dr. Ferris for our first article of the week.
B (1:37)
Thanks, Matt. I hope I am your second favorite North Carolinian, but I'll start with. So I am going to talk about Frontier 2, a phase 2b term extension study of the oral peptide J&J2113, which now we can actually call by its proper name, Icotra Kinra, for moderate to severe plaque type psoriasis. So what is this drug? This is an oral peptide. So it is administered orally, but it actually binds. It's a small peptide. It escapes the gut and it goes into the bloodstream and it. It binds to and blocks the IL23 receptor.
A (2:21)
Faris. How does that. So you're first. I'm gonna tell everybody. Dr. Faris is first author on this paper, so I think of her as the world expert on. How do you say it again?
B (2:32)
Icotra kinra.
A (2:33)
Ecotra kinra.
C (2:35)
How.
B (2:35)
Now I'm gonna find out. I'm saying it wrong.
A (2:37)
So how does it get, how does it get absorbed? Like it's a peptide. It shouldn't get like. I think of it as having like 1% bioavailability.
B (2:46)
It has extremely low bioavailability.
A (2:49)
But it should have any. It should have zero.
