Okay, we are recording. Thank you so much, everybody, for being here this week. I realized in the last couple of weeks that because I just kind of hit record in a panic when I remember that I never really kind of do an introduction for people listening to the replay. So thanks so much for being here. So good to see you. Welcome to this week's Q&A. We have some really good questions for this week,

which I'm dying to jump into. So without further ado, let's get this party started. So good to see so many of you here in the Zoom call as well. Okay. So Donna Ahern has the first question. And she says, well, she said listening to your podcast talking about NADs, but I think

what she means is GLPs, because I haven't been talking about NADs. NAD is just a, is a supplement,

is it's not actually, it's a co-enzyme, it's not a peptide, it's one that I do take for health

and longevity, but anyway, she says, listening to your podcast

talking about NADs and what I've read, it helps you recover and multiply better or faster.

I've read reports that it won't differentiate healthy or cancer cells. If you have one cancer

cell, it can also make that grow. This seems very scary. Do you see that much of a benefit? Maybe

she does mean NAD actually. So NAD is a co-enzyme and it stands for, there's so many of these. It's, what does the N stand for? The second part is adenine and then dionucleotide, but I cannot remember what the bloody N.

But anyway, it really doesn't matter.

They always have these really long names that I can never remember.

And I actually don't know enough about NAD without going online and reading about it because it's not, it's something that I have looked at.

But I am pretty new to the world of

peptides and coenzymes and all different, you know, that kind of stuff. But the bottom line is

NAD has been found to improve, I'm going to read here, improve mitochondrial function, activate

mitopagy, I don't know what that is, Probably someone here who's medical. I'll tell me what it is.

M-I-T-O-P-A-G-P-H-A-G-Y, which is the recycling of dysfunctional mitochondria, and to improve keratinocytes

regenerative capacity. An age-dependent dermal accumulation of oxidatively modified and damaged

proteins has also been found to cause skin dysfunction. So basically, NAD, the one thing that I heard

whenever I was looking into the different peptides and coenzymes that I was going to start taking

was basically that NAD helps to promote tissue regeneration.

So it helps aged tissues.

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