July 17, 2025 • 43 mins
In this episode of the Gladden Longevity Podcast, Dr. Jeffrey Gladden interviews Dr. Alan Bauman, a leading expert in hair restoration. They discuss Dr. Bauman's journey into the field, the evolution of hair transplantation techniques, and the importance of scalp health and nutrition in hair restoration. Dr. Bauman shares insights on the advancements in Follicular Unit Extraction (FUE), the future of hair cloning, and the role of personalized regenerative treatments. The conversation emphasizes the significance of taking action against hair loss and the exciting developments in regenerative medicine.
For Audience
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Takeaways
· Dr. Bauman's journey into hair transplantation began unexpectedly.
· The evolution of hair restoration techniques has significantly improved outcomes.
· Follicular Unit Extraction (FUE) is a less invasive method for hair transplants.
· Scalp health is crucial for successful hair restoration.
· Nutritional status impacts hair growth and restoration.
· Innovative treatments like exosomes are enhancing hair restoration results.
· The future of hair cloning holds promise for unlimited hair supply.
· Personalized regenerative treatments are becoming more accessible.
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Episode Transcript
Available transcripts are automatically generated. Complete accuracy is not guaranteed.
(00:27):
Welcome everybody to this edition of the Gladden Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden.
And as always, we're here answering the big questions.
How good can we be?
How do we make a hundred to new 30?
How do we live well beyond 120?
How do we live young for a lifetime and how do we develop a 300 year old mind?
And today we're going to be talking with a physician, Alan Bauman, who is a hairtransplant specialist, but also is actually more than that, has a bigger purview on life
(00:57):
than
a bigger perspective on life than just transplanting hair, if you will.
He's really a hair restoration specialist.
And we go down the pathway here of sort of like total body restoration, if you will, tosupport what he's doing.
There's a lot of regenerative medicine coming into his space.
I think you're going to find this conversation uh really interesting.
It went beyond the confines of what I thought we might talk about.
(01:20):
So hope you enjoy it as much as I did.
Welcome everybody to this edition of the Gladden Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden.
And today I'm here with Dr.
Alan Bauman.
Dr.
Bauman, welcome to the Gladden Longevity Podcast.
you so much thank you for having me on I really appreciate it.
So you're coming to us from Booker-O-Ton, Florida.
(01:41):
Is that correct?
That is correct.
Now originally I was born and raised in New Jersey, went to college in California, medicalschool in New York, but I've been a Florida resident for almost 30 years.
Okay, okay, great.
Yeah, I know Florida pretty well.
My parents used to live in Naples for a while.
um So yeah, nice part of the world down there.
(02:02):
you um give us a little bit of your history, how you got into hair transplantation.
Did you go to medical school with that in mind or was it something you discovered alongthe way or how that happened?
Yeah, I did not go to medical school thinking I was going to go into hair transplantsurgery.
Although my first love was cosmetic, plastic and reconstructive procedures.
I was mentored at an early age by a plastic surgeon who was a very busy, well-knownplastic surgeon on the Upper East Side of Manhattan.
(02:29):
And he actually invited me to watch him operate in the years before I could even drive acar.
And, you know, back in the day before
You could go on Snapchat, Discovery Channel, or even YouTube and see what surgery waslike.
I had the opportunity to get behind those doors and peer over his shoulder into that worldof surgery.
how did that happen?
Was that like a family friend or?
(02:49):
Yes, so I was friendly with his children.
His kids were my age and my sister's age and we were vacationing the same placeessentially.
And he asked me about my interest.
My dad is a dentist and still is practicing.
he asked me, of course I was interested in going to medical school.
And he said, well, if you're going to go to medical school, you should probably come andwatch me operate.
(03:10):
And I said, well, what kind of a surgeon are you?
And he said, well, I'm a plastic surgeon.
I'm like, you operate on plastic?
Yeah, there you go.
tells you how much I knew in those early days.
But obviously I learned very quickly what uh cosmetic and reconstructive procedures coulddo for the form and function of the body and also how it really transformed people's
lives.
So I had this very unique opportunity ah to basically, you know, be in his shadow and tobe shadowed by him and to see the procedures and treatments.
(03:39):
So that was kind of my initial goal, cosmetic and reconstructive, plastic surgery.
was this high school or was it college or was it?
well, I first saw those procedures when I was in high school.
Yeah.
And then.
before you could drive.
yeah.
So 15, whatever.
Yeah.
Okay.
Nice.
Well, that's great.
You know, it's, really interesting how early experiences like that can have such a bigimpact.
(03:59):
Right.
I mean,
away, as soon as I saw it, people ask me, even when I came home that day, like, my God,what was the, did you see the blood and everything?
I'm like, yeah, it was great.
I just loved it.
And more importantly really was seeing the patients, ah they changed emotionally when theysaw their results, even just as they were just being sewn up and still bruised and
(04:21):
whatnot, you could see that they already could expect how those results were gonna comein.
and seeing his patients afterwards.
So through medical school internship and residency training and general surgery, I wasalways interested in that pathway.
And it wasn't until I met a hair transplant patient who was in my, you know, in mypurview, basically for something completely different, I think he was maybe getting
(04:42):
another plastic surgery procedure, but on his history, it said hair transplants.
And I'm looking directly at him, you know, social distance away, trying to figure outwhere the hair was transplanted, you know, thinking why I should be seeing plugs or
something weird or unusual.
And we got into that casual conversation about his hair transplant and why he went to thesurgeon he went to.
(05:02):
And he was thrilled that I looked and couldn't tell cause it looked natural.
And we got into the technology of single follicle implants.
And anyway, that kind of started me on the path of looking into hair transplant assomething maybe I could add to the repertoire of plastic surgery at that time.
okay.
So you're going to a general surgery residency actually as a stepping stone to plasticsurgery, which is going to be a fellowship.
(05:25):
And then along the way you decided that the hair piece was something that you were really,pun intended, that the hair portion of plastic surgery was part of the thing that you
really involved with.
So
What I'm understanding is that from there, it's kind of evolved into being a specialistslash maybe super specialist in the whole area of hair restoration.
(05:48):
Is that a fair statement?
Yes, you know what was interesting in and around that time, most hair surgeons were eitherfrom general surgery or from dermatology and usually they had done something else.
They really didn't, you know, kind of dive right into it.
But as soon as I started to learn what was needed to really perform hair transplantprocedures properly, I noticed right away that I would need to focus on it full time.
(06:12):
First of all, to learn it for sure.
And after I basically took that sabbatical as a preceptor ship out on Long Island,
with a surgeon who was doing hair transplants.
I realized I got to do this thing full time.
This is not going to be a part-time thing.
And that's when I decided really to make the break from the regular paths of traditionalmedicine, uh not really knowing actually how that was all going to work out.
(06:39):
But I had this vision that I'm going to be a hair transplant specialist, and this is ahair restoration physician actually.
like not just transplants, but protecting people's hair.
And that's when I moved with my wife.
We were engaged at the time.
We moved to Boca Raton and I started the practice, Bauman Medical 1997.
nice.
Yeah, that's great.
(07:01):
Is she also involved with the practice or no?
Well, Karen is a teacher by trade.
has a master's in education and was teaching up in New York.
And certainly when we hit the ground here in Florida, she went back into education forsome time.
But then when I had the practice open, I said, listen, honey, I need you to help out here.
We have no payroll, no money for payroll.
(07:21):
So Karen answered the phones for a number of years as I did the consults and theprocedures.
And we had the team on hand.
And it really wasn't until just before the birth of my first son.
Hmm.
she leave the practice?
so of course she's been an amazing partner and not only us to, you know, both of us tosucceed and do what we do, not just with the family, but also with the business.
(07:43):
So she's, always consider her completely involved in the practice, even though she doesn'treally have a title.
She is my partner.
Yeah.
Having, uh, having support like that, a mutual support like that's, uh, critical.
good stuff.
That's it.
been a quick 28 years, you know, almost there at marriage.
(08:04):
So, so you started this in 97.
So I'm going to imagine that there have been, you know, like, I remember seeing peoplewith hair transplants because you could see the transplants, right?
I mean, you could see that they'd had a transplant done.
was a, there was like a row of plugs across the front of their head.
Um, you know, obviously I've been follicular challenged.
(08:26):
I suppose you could say, um,
But I've actually embraced it.
It's like, I'm not so cool with it now.
It's like, I would never go back, quite honestly.
But I know that's not the case uh for a lot of people.
And yet what I was going to say is that um it's really almost 30 years.
uh You've seen amazing changes in the field.
(08:49):
So can you kind of maybe update the audience a little bit on a couple of things like um
you maybe even where it was 10 years ago versus where it is today.
I think most people are familiar with the idea that you don't have to get big plugs inyour head anymore and stuff like that.
But, but take us from there, take us forward because I know there's been a lot that'shappened.
Sure, so the word hair plugs came from what you just described.
(09:12):
It taking a big punch out of the back of the scalp, which contained 30 to 40 hairs, andsurgeons just literally popped them into a row.
And unfortunately, that's what I envisioned early on when someone said, you think abouthair transplants.
I said, well, that's pluggy and painful.
Why would you ever do that?
And then the technology shifted from
the harvesting of those punches to a harvesting of a strip excision.
(09:35):
So a linear strip excision was how most of us were trained in the 1990s.
And that enabled us to take a big swath of donor hair follicles from the back of the scalpwhere they're permanent.
And then we would convert that strip into individual grafts.
And so the gap or the defect was sewn shut either with stitches or staples.
And then the dissection process would proceed creating those grafts which initiallycontained like chunks of hair.
(10:00):
and then eventually microscopically individual hairs.
And that's kind of where my story begins, working with single follicle implantation andother grafts that were slightly larger as we progressed into what we call the follicular
unit transplant era.
And so a follicular unit is a group of one, two or three hairs that grow in the skin orthe scalp in a close proximity.
(10:23):
So you could basically keep those groupings together and get something that would looknormal and natural.
with one caveat, not only do you have to do it technically correct, but you have to angleand orient and position the hair and the hairline in the right angle and direction and so
forth.
So it would look normal and natural.
And so I started out like everybody else doing those strips.
(10:44):
But I always thought in the time when I was in my general surgery residency, we progressedfrom open procedures, open belly procedures to laparoscopic procedures, right through the
belly button with a camera and long instruments, right?
I always felt that there was a less invasive way to do hair transplants.
And I didn't know what exactly that was, but I was certainly open to trying differentthings.
(11:06):
And I learned around that time that there was a doctor in Australia who was verysecretive, but he was supposedly extracting follicles with a needle.
And so I started to think about that.
Well, a small circular item could be big enough to basically pluck the follicle.
And so we tried a lot of different small circular items to try to harvest the hairs, youknow, with patient's permission, say, listen, I'm going to try these different types of
(11:28):
tools.
And eventually we got to a point where we could take the follicles, not simple, notquickly, but we could get the grafts out of the scalp without making that wide incision.
And so that was called FUE, Follicular Unit Extraction.
And I can't say that I invented it, but we certainly did a lot of them.
And back in the mid to early 2000s, that was something that I was trying and practicing.
(11:52):
You know, we're talking like, you know, putting in 10,000 hours to try to figure it out.
That's what I did uh in my practice.
And eventually my entire practice went towards FUE, Follicular Unit Extraction.
And because it was less invasive, the downtime was less, there was less discomfort.
There's no stitches or staples, no chance of a big wound infection or a reaction to thestitch.
(12:13):
ah Patients could go back to their regular routine very quickly.
And most importantly, there was no linear scar left behind.
So you could wear a short haircut, which was becoming into vogue at that time.
Yeah.
So, okay, so that's interesting.
um So is that what you're doing now?
Is the FUE kind of procedure you've perfected, that's where it's not as time consuming asI assume it was initially.
(12:36):
There are probably instruments that have been developed or techniques that enable you todo maybe even multiple FUE simultaneously, that kind of thing.
So over the years, let's say 20 years, we've seen a variety of instruments.
Originally, there were just manual tools that you would spin with your finger, literally,to try to get the follicles out.
And then they became mechanical, right?
(12:57):
Assisted.
think of it like a small dental drill, if you will.
And those technologies progressed to having suction and then eventually robotic andthen...
robotic came out of favor.
And then we have these other devices that enable us to take the hair follicles withoutshaving actually the hair.
So that's a relatively new process called VIP FUE that we, that we coined that term, uh,essentially it's a long hair extraction.
(13:21):
So for folks who don't want to shave their head to get the harvest, um, we can actuallyperform the harvesting with the long hair intact.
Interesting.
Do you have to cut it to any length or is that you can extract?
I have to imagine there's some limit to how long it could be, but maybe there's not.
Well, it's certainly easier to manage if it's, you know, maybe a couple of centimeterslong.
(13:44):
But usually, you know, let's say a gentleman is a, you know, high profile patient with aman bun, you know, you're not going to shave his head.
That's not going to happen.
So we either have to do a combination of a small shave that's hidden under the existinghair or this what I call the no shave VIP process.
And so it really doesn't matter how long the hair is.
Essentially, we just manage the hair, but we may implant the hair long.
(14:07):
Okay.
Interesting.
Yeah.
still sheds and regrows later on.
Okay.
Yeah.
Interesting.
So I would imagine, and we can go into why people lose their hair in the first place.
um But I would imagine that in a transplant like that, it's a little bit like uhtransplanting trees.
(14:28):
Like my first job at age 15 was working for a nursery and we would, you know, plant treesin the summertime and weed gardens and things like that.
Right.
So, but when you, when you dig up a tree and ball it, of course, it's a shock to the rootsystem.
And I suspect that there's maybe some weak analogy between that and what happens when youtransplant a hair follicle.
So I don't know, is there some shock element to the hair follicle that you'd need to, Imean, this is why we would put all kinds of fertilizers and, you know, the right amount of
(14:58):
watering and all that stuff to kind of get the tree to come through that stage.
Is there's probably an analogous sort of scenario here with hair follicles?
I don't know.
that right?
there's so much personal, there's so many analogies between agriculture and growing hair.
ah We could go on and on, but for sure, like if you're taking palm trees out of yourbackyard and putting them in the front yard, you know, that's basically follicular unit
(15:18):
extraction.
So we do talk about that.
Now, remember that the angle makes a difference.
So you can't just drop it right into the soil, you know, and Mother Nature takes care ofthe rest.
doesn't work like that.
oh So that's really important.
And yes, the storage of those grafts while they're outside of the body is
And so for many, many years, patients would always ask me, what's your take rate?
(15:39):
What's your growth rate?
Because they would try to compare between different surgeons who were getting bettergrowth or less growth, or they knew a friend who had had a procedure and it didn't seem to
grow all that well.
And unfortunately, it probably had a lot to do with how those grafts were cared foroutside of the body.
Either they dried out or they were too long out of the body or they didn't use propersolutions.
(15:59):
I mean, today we have solutions that you could transport.
parts and lungs across the country in a Learjet, you And so we use those sophisticatedstorage solutions, cellular storage solutions at the time of the transplant.
And even now we use things like exosomes to store the grafts, which are doing some amazingthings, not only healing the body faster in and around the grafted zone, but actually
(16:20):
stimulating the regrowth of the transplants much more quickly than I've seen in 20 years.
So pretty exciting stuff.
But yes, so you're absolutely right.
And then the other analogy is that the scalp health has to be on point because if thescalp is irritated, inflamed, then you're moving those trees into a garden where the soil
is just not going to be a good, correct, correct.
(16:43):
The inflammatory markers can really shut down hair follicles quick.
Well, it gets us back to a point, you my background was internal medicine followed byinterventional cardiology, right?
So uh in internal medicine, of course, we're trying to look at things more comprehensivelyand in the work we do now in longevity, it's like a factor of 10 or 100 more than that.
(17:07):
But the point is that everything is integrated.
so even the health of the hair is a function of systemic health as well as the health ofthe scalp, right?
And so
100%.
Right.
So yeah, nutritionally, hormonally, mitochondrally, oxidative stress, inflammation, allthese things factor into this.
So I would suspect that there's an opportunity to optimize a client uh prior to a harvestand a transplant, right.
(17:34):
As well as using lots of cutting edge technologies in the course of that.
So do you want to talk to that a little bit?
Absolutely.
And so over the years, we've expanded not just treating male or female pattern hair loss,you know, dealing with blocking DHT, which is the trigger for male pattern baldness.
I had the testosterone he's talking about.
So this is a metabolite of testosterone that both men and women make.
(17:56):
And it's, uh, it's the hormone that's actually responsible for stimulating involution ofthe hair follicle.
Right.
So, uh, yeah.
It's a negative influence if you've got male or female pattern hair loss.
So it's not just about the old style, you know, fortify the follicle, but as exactly whatyou said, we're taking a very holistic approach.
The hair follicle is one of the most highly metabolic cell populations in your body, whichis one of the reasons why when you're nutritionally deficient or you're in cancer therapy,
(18:23):
you know, it's one of the top three things that gets shut down.
And so, you know, the clear examples are starving kids in Africa.
You know, you always see them, they're protein deficient.
They've got, they can't grow hair.
Mm-hmm.
protein.
If you're protein deficient, you're not gonna grow hair.
Now, fast forward that into today's American modern society.
If you're on a weight loss medication or a sudden, certainly a weight loss drug or peptidelike a GLP-1 agonist, and you're not getting a good nutritional intake, you're losing
(18:52):
weight, which is probably the reason why you're on it, uh you could also be impairing hairgrowth.
And so we often see in associated with treatments like Ozempic and the like.
that you see some associated hair shedding and then weakened hair quality, changes in hairloss that are basically accelerating the patient through their natural male or female
pattern hereditary hair loss process.
(19:14):
Yeah, that's interesting.
That's an interesting point about the nutritional standpoint related to protein.
So one of the things that we found here is using a product called Perfect Aminos.
I don't know if you're familiar with it.
It was actually developed by a guy in Florida who is a physician.
He's an Ironman and I think he's done over 50 Ironman races or something, but he developedit as a compilation of amino acids, mostly essential amino acids in the right formulation
(19:42):
that
99 % of that goes into building protein.
Whereas if you eat an egg white, which is nature's kind of perfect protein albumin, only49 % of that consumed protein goes into actually building protein.
You know, metabolically, you can take protein and turn it into carbs.
So a lot of the protein that we eat goes into carbs, collagen being, you know, only about22 % of it goes into building protein.
(20:06):
has a unique ability as a stimulate protein growth though.
So it has another play.
But the perfect aminos, we like it because when we're working out or we're doing otherthings, it really enables somebody to build muscle mass.
And to your point, if they're taking a GLP-1, one of the things that we see is that peoplewill lose muscle mass and bone density on those drugs.
(20:27):
So I'm wondering if something like a dietary program that includes something like that,and maybe you have your own formulation to kind of put people into a high protein.
building mode, combining it with maybe some growth hormone releasing peptides oroptimizing testosterone and estrogen, things like that, that we know are also anabolic.
um If that's part of the equation here for you.
(20:51):
m
absolutely.
I mean, taking that holistic approach and dealing with their nutritional status andprotein building properties, it's going to certainly accelerate them through the healing
phase.
It's going to get their skin and scalp back to normal more quickly, which is of course avery important cosmetic concern, but also on the back end.
If you combine that with some of the other things we talked about like exosome therapy,you can really accelerate the results of the procedure and minimize issues because
(21:16):
prolonged healing certainly has other problems, not just it takes time.
but you tend to have a little bit more scar tissue.
The skin of the scalp doesn't return to normal, maybe even ever.
So there are certain things that we want to take a look at way in advance.
And, you know, 50 % of people come into the clinic who are dealing with hair loss, 50 % ofthem have some kind of a scalp issue, either at that moment or within the past year or
(21:41):
two.
And so the itchy, flaky, oily, dry scalp is indicating, or even, you know, something moresevere like a folliculitis or pimples on the scalp.
or psoriasis, people often say, I've got psoriasis of the scalp.
All of that dysregulation of the scalp and the turnover of the skin cells, causing thatinflammation or vice versa, can impair the results of a transplant and also can just
(22:06):
impair your hair growth just in general.
As the microbiome of the scalp gets dysregulated, you get fungal overgrowth, you get thisinflammation, irritation, and that can really impair the whole situation.
I mean, I've developed an entire scalp clinic specifically for the health of the scalp asa foundational first step in dealing with your hair loss.
(22:26):
Yeah.
Yeah.
You have to, right?
Because that's how you're going to get your best, best results.
We have a similar program here when we're doing regenerative things, whether it's a knee,the shoulder or the back, whatever it is, right?
There's a whole process to actually get somebody ready to get their best result.
you know, for us, the analogy is that, you know, if you're going to use the stem cellproduct or exosomes or whatever, those are like Olympic swimmers for us, right?
(22:49):
And if you put the Olympic swimmers into a swimming pool full of lawn chairs and sticks,
Yeah 100 %
results.
get remarkable results for people in the areas we work.
(23:11):
Sounds like you're taking an analogous approach here to get what I assume are remarkableresults for people.
absolutely.
And so, you know, to fine tune their nutrition, whether it be a supplementation, as yousay, with collagen, vitamins, minerals, all those things are working ahead of time.
And there are some specific nutraceuticals that can help to make the body more resilientto the effects of cortisol, like stress adaptogens, like ashwagandha and things like that.
(23:36):
And then on the tail end, if patients have the time and the resources to do other things,we do a lot of red light therapy.
In fact, we treat the follicles with red light while they're outside of the body.
Yeah.
So the scalp gets treated for increased blood flow and then the follicles are outside ofthe body get treated again.
And then in a post-op 24 hours, we hit him with another laser light device.
(23:57):
And then, you know, they can undergo hyperbaric oxygen, alternate with hydrogen.
can do uh NAD drips.
They can do a specific IV that's exactly tuned to the nutritional recovery phase andclearing out the toxins of the procedure itself.
uh
of the things that we've noticed is that uh if there is an either an injury or a surgeryor an incision or something that we can uh pretty much negate scarring altogether using
(24:28):
ozonated oils, like ozonated olive oil, uh like my face, it was really beat up in amountain bike crash I had a few years ago when I was putting it on my face.
I mean, it was really torn up and I came out of what was like zero scars.
So it's pretty interesting.
think.
If you're listening to this, just understand that I think the technologies exist toactually take you through this in a way that really minimizes downside risk of either
(24:53):
infection, scarring, know, disfigurement, that kind of stuff.
And actually one of the things, if you're listening to this is going through a processlike this, you probably come out of this actually generally healthier than you were even
going into it, but honestly, right, which is not a bad thing either.
So yeah.
No, absolutely.
mean, I have a friend of mine who is a classmate of mine from medical school came to mefor a hair transplant.
(25:17):
And, you know, could tell that he was just, he was just a different guy, you know, than Iknew from, you know, whatever it was 30 years ago.
And we had a deep discussion.
like, listen, you know, you've got to your stuff together here, brother.
And so I gave him some ideas.
talked about hormones and peptides and obviously we did his procedure.
had two.
And when I saw him 12 months later, not only was the hair phenomenal and amazing andgreat, but you know, his whole demeanor and his whole body had shifted.
(25:43):
mean, he, really like came out of whatever slump or, I don't know if he was in adepression or not, but whatever, whatever, whatever phase he was in at that moment, uh,
over the next few months with some guidance from some colleagues, it was amazing to seehis transformation.
So these things kind of happen oftentimes in parallel.
Yeah.
one thing happens first, like you have a specific ailment or concern or longevity goalthat you wanna hit, and then all of a sudden you're feeling good, looking good, and
(26:10):
knowing you're gonna be living longer, and then it's like, well, hey, what about thishair?
What about these wrinkles?
That's right.
No, that's right.
Yeah.
It's for us, it's this idea of living young for a lifetime.
Right.
So, I mean, I don't know if you know, but our, I mean, our concept of longevity is thatreally it's the greatest opportunity for humanity to live and elevate itself to a
different playing field.
(26:30):
Right.
So 30 year old body at age a hundred was a 300 slash 3000 year old mind.
So when you think about that, it's like, oh, wow, that's exciting.
I'd like to live into that space.
Right.
So I think a lot of people as they're going through the aging process, it's like, well,yeah, I've had hair loss.
I've got this, I've got that.
can't do what I used to.
And people are acquiescing to that in certain ways, but quite honestly, there's no need toacquiesce to any of it as the way we see it.
(26:55):
Because when you, when you do have that 30 year old body and you can do whatever you want,it's like, oh, okay.
Well, let's go start another business.
Let's go.
help the people in Africa.
Let's go do whatever it is we're called to do and do it in a better way than ever, right?
So this idea of living young for a lifetime.
And if you want to look young, be young, that sort of thing, right?
Then ah it's all part of it, right?
(27:18):
It's fun.
absolutely.
And I think people are learning that too.
know, there are many, um you know, if you want to call them longevity experts orbiohackers in this space that have now kind of completely feel completely optimized.
Now it's like, what are we going to do with all this energy and this time that we have?
you know, and I look forward to all of that as well.
And so whether it be the travel or other things like that, my patient base is very much intune with all of that.
(27:40):
They often come in and they're already on that longevity pathway.
And it's great because first of all, my patient population is generally very healthy tobegin with, but you know, they're just very well adjusted in those ways.
ah But if they're not, then it's no problem.
We can help them along in that regard too.
We have a Almond Performance Program and we work with a number of physicians around thecountry, around the world, uh you know, who can help them.
(28:02):
you know, kind of get that, get that issue tuned up.
But the exciting thing about the practice is that there's always something new.
There's always something different that's happening.
And, uh,
you excited about right now?
What's the hot thing for you at the moment?
Well, here's how that's all got started.
know, everybody always asks me, know, cocktail party discussions or business discussionsalways end up in one.
When are they going to have hair cloning doc?
(28:24):
You know, when is that going to be available?
And of course hair cloning is like the Holy grail of hair transplant surgery.
ah It would enable us to have an unlimited supply of hair follicles, which for some, andmaybe even you would be interested in.
you had an unlimited supply of hair, what would you do with it?
Because that's always the, you know, the issue that some
some folks have in terms of how much supply versus the demand when it comes totransplantation because you know unlike a plant you can you know you could split a plant
(28:51):
and get two out of it you can't do that to a hair follicle it's you know it's a one-to-onetrade from the back to the front so a couple of years ago company came to me and said hey
listen we can bank your hair follicle stem cells put them on ice and so eventually whenhair follicle cloning becomes available you'll have that ready ready to go you'll have
your youngest possible cells
their youngest possible hair follicles available.
(29:13):
So I said, let's do it.
So I don't want to be 70 years old and have to clone my 70 year old hair follicles.
I want my 53 year old hair follicles.
So that's why two years ago I banked But this particular company called Acorn, they cameto me before the beginning of the year and they said, listen, we've got something exciting
for you.
We can actually now take those hair follicle stem cells that you bank, take a few of themout of the bank and multiply them and
(29:39):
create an expanded cell population and collect the secretome, which are essentially thethings that are secreted from the cells, right?
So it's going to be the growth factors.
It's going to be the cytokines.
It's going to be the exosomes.
All of those growth factors can then be collected almost, uh you know, not expanded up toinfinity, but up to a certain point before the cells kind of peter out uh a hundred
(30:01):
thousand times more powerful, you know, than just a single cell.
And so they collect that material.
can now
quantify, purify, concentrate, freeze, dry it and send it back to us and we can deploythat as a treatment to the scalp in the clinic.
And so I'm very excited about that.
We call that STEMGROBE.
okay.
is this, this on clear?
um So you're doing this as a one-off for each client, or it becomes a systemic or ageneralized the bull therapy.
(30:29):
Like you can take anybody's hair and multiply it and then get the factors and apply it toanybody else.
Or is it specific to the individual?
this is personalized regenerative medicine.
So this is specific to that patient.
you know, Dr.
Bauman's hair follicles are sitting in the laboratory and they're being multiplied rightnow and they're sitting in the soup, if you will, of a culture media.
(30:49):
And eventually once they reach a certain point, like I said, a hundred thousand orsomething, that's when they're going to collect that soup and filter it and freeze dry it,
essentially concentrate it and freeze dry it and send it to me in a 12 pack.
So I'm going to get a 12 pack.
of treatment of Liphelize, which is freeze-dried treatment that I'll then reconstitute andapply to my scalp as a treat.
(31:10):
Okay, so you'll do that as just ongoing uh prophylaxis slash nurturing of your currenthair.
Is that what you're saying?
Yeah, so that's fertilizer in the garden, if you will, taking it back to that anatomy.
Because my question was whether or not you were going to save that, which sounds like veryspecial sauce for when somebody actually has a procedure or if you're just going to use it
(31:34):
on a maintenance level or maybe you're going to do it with both.
I don't know.
a lot of things we can do.
Number one, according to the research that's been done already, that secretome or productcontains already 40 times the growth factor concentration of what you would get in a
standard PRP.
So we know there's some power and strength to it.
Do we know exactly how well it's going to work yet on every patient?
(31:55):
Of course not.
This is a relatively new treatment.
So we are doing the pilot study.
We are doing the clinical trials on that.
But because we know it's personalized, it's the own patient.
It doesn't require a blood draw or anything like that.
It's not like a PRP.
We're going to apply it directly back to the scalp in the form of either with microneedling, which is one way to do it, or with ultrasonic trans-epidermal delivery, which is
(32:17):
an ultrasound delivery that basically pushes it through the skin.
We can also use it in a variety of other ways.
You could probably soak the grafts in it like we did with the other exosomes that we haveon hand.
And you know, there may be things that we haven't even thought about yet, ways to use thatproduct.
But here's what I do know also.
is because they're derived from the hair follicle stem cells, the mesenchymal stem cells,is that they also will cross talk to the fibroblasts of the skin.
(32:42):
So you can use that product as a skin treatment also.
So that little 12 pack could also be used to rejuvenate the skin of your face or your neckor your chest, or even your hands or elbows or wherever you have a wrinkle, I guess.
uh And a lot of folks are excited about that, that it becomes this source.
of biologic, uh personalized biologic treatment material that we can then use for skin andscalp rejuvenation as well as hair and maybe even potentially orthopedics as well.
(33:11):
So we'll have to see.
Yeah, yeah, very interesting.
So one of the things that we've been working with is um things that are derived fromplacenta and cord blood, right?
Because there's a lot of very powerful uh regenerative exosomes and growth factors, etcetera, that are present early in life that aren't present later in life.
um I'm just, I'm just thinking about it'd be interesting to see about combining some ofthat with what you're actually doing here for the personalized right now.
(33:41):
You maybe get
the youthfulness with an expanded current state of, I don't know, there's lots ofpossibilities there.
Well, we've actually done thousands of procedures combining PRP with perinatal birthtissue, oh like placental tissue originally back in the 2000s, 2010.
I presented results from a clinical trial that we did combining our standard PRP with andwithout placental tissue, morcellized placental tissue.
(34:08):
And we showed that when you provide the extracellular matrix, which is that scaffold, thatbiologic scaffold, in conjunction with the cellular signals of the PRP,
you get a much longer and stronger effect of the PRP.
And that's one of the reasons why our PRP is not a series of treatments, but it's a singletreatment generally for about once a year.
(34:29):
Nice.
Yeah.
Awesome.
very familiar with that.
I would say the umbilical cord matrix ah is probably our most popular and most powerfulextracellular matrix that we have today.
And of course you can derive exosomes from that as well.
So there's a variety of things that you can get from the umbilical tissue or Wharton'sjelly, which I think is very, exciting.
(34:49):
And you know, some of the stem cell law changes here in Florida, uh I'm sure you've heardabout, you know, are kind of opening that bridge, opening that door between
some of these more experimental treatments and what patients really are interested intrying.
talk to us about that because, um, you know, I think people have heard about right to trylaws.
We have one here in Texas.
(35:10):
Um, I've been involved with the state of Montana, which has basically just expanded theirright to try, um, to where now, um, instead of having to be kind of on death's door to
basically get access to something, um, you can just want to try it.
And as long as it's, uh, been shown to at least be safe on some level.
(35:30):
you can access it.
there's a movement ah to get more regenerative technologies available to more people onthe continental in the lower 48 slash 50 than having to go to Mexico or Costa Rica or
other places.
So tell us a little bit about Florida.
What's the general temperature over there on all this?
(35:53):
Yeah, well, I mean, this new bill, which is Bill 1768, it really opens a door for a numberof different applications, uh orthopedics being one of them for sure.
And so as well as wound healing.
between orthopedics and wound healing, doesn't really cover necessarily cosmeticprocedures and treatments as of yet.
Although again, those are, we could talk about that.
(36:14):
Those are kind of excluded when we're talking about cosmetic treatments, according to thefederal government.
You know, there is some,
There's not so much clarity right now, but what I do believe is that people who are in thesphere of regenerative medicine, who are doing orthopedic treatments or wound care will
now have the ability to use some of these stem cell therapies to a much greater degreewithout necessarily worrying about the FDA knocking on their door.
(36:37):
At least we'll see how that works.
It's a first step.
It needs clarification in my opinion.
are extracellular matrix products like the ones we talked about, are they covered underthat law or not?
There's some confusion on that.
Some people say those are not stem cell treatments, but others say, well, in the law, itspecifically says HCTP, which is human cellular tissues and tissue products.
(37:01):
So those are actually not typically stem cells, by the way.
So I think we're gonna have to wait and see a little bit.
And of course, uh just from our...
our perspective at Balmain Medical, I mean, I'm a huge regenerative medicine fan.
So any step in the right direction, I love it.
I mean, it's just, you know, it's gonna be great.
I mean, I think we're, of course, we're committed to safe and effective treatments andones that we know are gonna be healthy for the patients to actually undergo.
(37:32):
So, you know, to stay compliant with the law and stay compliant with the federalgovernment and the state law and all of that.
but also being optimistic that more things are gonna open up to us and open up to patientsthat we'll be able to provide is an exciting place to be.
And it's nice to be in a state, as you know, um that is forward thinking in that way andnot having patients travel overseas where all kinds of crazy nonsense happens and not just
(37:56):
in the world of hair transplants and liposuction, but dental restorations and things likethat.
And uh just this week we heard about people coming back from overseas ah from aliposuction procedure and these two girls basically came back and they didn't realize that
the incision in the back of their, in their lower back was a kidney extraction and theyboth came back without kidneys.
(38:18):
So without one kidney.
So we used to make a joke about that.
If you're going to uh some overseas location, make sure you come back with both kidneys.
Well, now it's real.
Yeah, that's amazing, right?
It's really incredible.
So, you know, I think what you've kind of.
Intimated and even stated here is that you've done quite a few trials and we feel likethat's also a way for people to get access to these things is to put them inside of an IRB
(38:45):
approved trial institutional review board, you know, legitimate human trials so thatpeople can access.
And we have several of those going on right now.
um So.
Yeah, I think if you're listening to this, think there seems to be a shift um towards moreaccess, maybe with RFK, you know, pushing on his end of it and other people.
(39:08):
States seem to be opening up.
And I think it bodes well for the health of the country, quite honestly.
So yeah, cool.
No, I mean, absolutely.
I totally agree with you.
You know, we got to work within the framework that we're given.
uh The clinical trial work is excellent.
And certainly we've been on the cutting edge of that.
Some of those clinical trials that we participate in are well known and open to thepublic.
(39:30):
And others are, you know, contract work that we do with some of the uh biologic companiesand such uh and other, maybe medical device manufacturers who come to us and want our
opinion.
have a huge flow of patients from all over the world that come to us with hair lossconcerns.
And so I have a unique opportunity to change those folks in terms of their lives and theiroutlook and of course their hair situation.
(39:52):
Yeah, that's great.
So how do people get ahold of you if they're interested to get a consult or chat with youabout something?
Yeah, so I mean, of course, you know, a short, you know, podcast conversation doesn'tcover everything there is to know about your hair loss problem.
So I would encourage anyone out there who thinks that their hair is changing, whether it'sjust the texture or the volume, or they're noticing their hairline recede or more scalp
(40:13):
shining through.
If it's a woman with a ponytail volume change or something else that's going on at thelevel of your scalp, definitely check out BaumanMedical.com.
B-A-U-M-A-N-Medical.com.
you'll find thousands and thousands of pages of information that I've written over thepast 25 to 30 years, hundreds and hundreds of hours of video content that you can consume.
But if you have a question, the cool thing about Bowman Medical is you can just go tobowmanmedical.com slash ask, and you can type in your question and obviously put some way
(40:41):
to reply to you.
That would be a phone number, an email or something.
And I'll get right back to you with an answer to your question.
Or if you'd like to...
start your hair restoration journey, you can schedule and request to schedule aconsultation right from the website.
And even though we're located centrally in South Florida, you know, that's myheadquarters, if you will, 13,000 square foot facility here in downtown Boca Raton.
(41:03):
I do have a satellite office in New York City, but the vast majority of patients todaywill start their journey online.
So it could be as simple as a video call, a virtual consultation.
You know, in this world, it's telemedicine.
You know, even from folks who are across the street would rather chat with me on the videorather than just come over.
Obviously you can't get your hair measured on the video.
(41:25):
It's a little bit more difficult, um you know, so there are good reasons to come into theoffice, whether it be in the New York location or here in Boca Raton.
But, you know, it's exciting time.
We have a lot of great technology that we just scratched the surface on today.
But the most important thing to take home message is that time equals follicles.
So hair loss doesn't get better on its own.
(41:45):
You got to take some action and you've got to get the right diagnosis.
You've got to find a qualified and experienced and certified professional to help you whocan baseline measure and manage your hair loss situation.
So that would be my advice to your followers and listeners.
Yeah, perfect.
Well, I appreciate you sharing that.
So good.
Yeah, great chatting with you.
(42:05):
Yeah.
Great to be with you, Jeffrey.
I really appreciate it.
Yeah, my pleasure.
Welcome everybody to this edition of the Gladden Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden.
And as always, we're here answering the big questions.
How good can we be?
How do we make a hundred to new 30?
How do we live well beyond 120?
How do we live young for a lifetime and how do we develop a 300 year old mind?
And today we're going to be talking with a physician, Alan Bauman, who is a hairtransplant specialist, but also is actually more than that, has a bigger purview on life
(00:57):
than
a bigger perspective on life than just transplanting hair, if you will.
He's really a hair restoration specialist.
And we go down the pathway here of sort of like total body restoration, if you will, tosupport what he's doing.
There's a lot of regenerative medicine coming into his space.
I think you're going to find this conversation uh really interesting.
It went beyond the confines of what I thought we might talk about.
(01:20):
So hope you enjoy it as much as I did.
Welcome everybody to this edition of the Gladden Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden.
And today I'm here with Dr.
Alan Bauman.
Dr.
Bauman, welcome to the Gladden Longevity Podcast.
you so much thank you for having me on I really appreciate it.
So you're coming to us from Booker-O-Ton, Florida.
(01:41):
Is that correct?
That is correct.
Now originally I was born and raised in New Jersey, went to college in California, medicalschool in New York, but I've been a Florida resident for almost 30 years.
Okay, okay, great.
Yeah, I know Florida pretty well.
My parents used to live in Naples for a while.
um So yeah, nice part of the world down there.
(02:02):
you um give us a little bit of your history, how you got into hair transplantation.
Did you go to medical school with that in mind or was it something you discovered alongthe way or how that happened?
Yeah, I did not go to medical school thinking I was going to go into hair transplantsurgery.
Although my first love was cosmetic, plastic and reconstructive procedures.
I was mentored at an early age by a plastic surgeon who was a very busy, well-knownplastic surgeon on the Upper East Side of Manhattan.
(02:29):
And he actually invited me to watch him operate in the years before I could even drive acar.
And, you know, back in the day before
You could go on Snapchat, Discovery Channel, or even YouTube and see what surgery waslike.
I had the opportunity to get behind those doors and peer over his shoulder into that worldof surgery.
how did that happen?
Was that like a family friend or?
(02:49):
Yes, so I was friendly with his children.
His kids were my age and my sister's age and we were vacationing the same placeessentially.
And he asked me about my interest.
My dad is a dentist and still is practicing.
he asked me, of course I was interested in going to medical school.
And he said, well, if you're going to go to medical school, you should probably come andwatch me operate.
(03:10):
And I said, well, what kind of a surgeon are you?
And he said, well, I'm a plastic surgeon.
I'm like, you operate on plastic?
Yeah, there you go.
tells you how much I knew in those early days.
But obviously I learned very quickly what uh cosmetic and reconstructive procedures coulddo for the form and function of the body and also how it really transformed people's
lives.
So I had this very unique opportunity ah to basically, you know, be in his shadow and tobe shadowed by him and to see the procedures and treatments.
(03:39):
So that was kind of my initial goal, cosmetic and reconstructive, plastic surgery.
was this high school or was it college or was it?
well, I first saw those procedures when I was in high school.
Yeah.
And then.
before you could drive.
yeah.
So 15, whatever.
Yeah.
Okay.
Nice.
Well, that's great.
You know, it's, really interesting how early experiences like that can have such a bigimpact.
(03:59):
Right.
I mean,
away, as soon as I saw it, people ask me, even when I came home that day, like, my God,what was the, did you see the blood and everything?
I'm like, yeah, it was great.
I just loved it.
And more importantly really was seeing the patients, ah they changed emotionally when theysaw their results, even just as they were just being sewn up and still bruised and
(04:21):
whatnot, you could see that they already could expect how those results were gonna comein.
and seeing his patients afterwards.
So through medical school internship and residency training and general surgery, I wasalways interested in that pathway.
And it wasn't until I met a hair transplant patient who was in my, you know, in mypurview, basically for something completely different, I think he was maybe getting
(04:42):
another plastic surgery procedure, but on his history, it said hair transplants.
And I'm looking directly at him, you know, social distance away, trying to figure outwhere the hair was transplanted, you know, thinking why I should be seeing plugs or
something weird or unusual.
And we got into that casual conversation about his hair transplant and why he went to thesurgeon he went to.
(05:02):
And he was thrilled that I looked and couldn't tell cause it looked natural.
And we got into the technology of single follicle implants.
And anyway, that kind of started me on the path of looking into hair transplant assomething maybe I could add to the repertoire of plastic surgery at that time.
okay.
So you're going to a general surgery residency actually as a stepping stone to plasticsurgery, which is going to be a fellowship.
(05:25):
And then along the way you decided that the hair piece was something that you were really,pun intended, that the hair portion of plastic surgery was part of the thing that you
really involved with.
So
What I'm understanding is that from there, it's kind of evolved into being a specialistslash maybe super specialist in the whole area of hair restoration.
(05:48):
Is that a fair statement?
Yes, you know what was interesting in and around that time, most hair surgeons were eitherfrom general surgery or from dermatology and usually they had done something else.
They really didn't, you know, kind of dive right into it.
But as soon as I started to learn what was needed to really perform hair transplantprocedures properly, I noticed right away that I would need to focus on it full time.
(06:12):
First of all, to learn it for sure.
And after I basically took that sabbatical as a preceptor ship out on Long Island,
with a surgeon who was doing hair transplants.
I realized I got to do this thing full time.
This is not going to be a part-time thing.
And that's when I decided really to make the break from the regular paths of traditionalmedicine, uh not really knowing actually how that was all going to work out.
(06:39):
But I had this vision that I'm going to be a hair transplant specialist, and this is ahair restoration physician actually.
like not just transplants, but protecting people's hair.
And that's when I moved with my wife.
We were engaged at the time.
We moved to Boca Raton and I started the practice, Bauman Medical 1997.
nice.
Yeah, that's great.
(07:01):
Is she also involved with the practice or no?
Well, Karen is a teacher by trade.
has a master's in education and was teaching up in New York.
And certainly when we hit the ground here in Florida, she went back into education forsome time.
But then when I had the practice open, I said, listen, honey, I need you to help out here.
We have no payroll, no money for payroll.
(07:21):
So Karen answered the phones for a number of years as I did the consults and theprocedures.
And we had the team on hand.
And it really wasn't until just before the birth of my first son.
Hmm.
she leave the practice?
so of course she's been an amazing partner and not only us to, you know, both of us tosucceed and do what we do, not just with the family, but also with the business.
(07:43):
So she's, always consider her completely involved in the practice, even though she doesn'treally have a title.
She is my partner.
Yeah.
Having, uh, having support like that, a mutual support like that's, uh, critical.
good stuff.
That's it.
been a quick 28 years, you know, almost there at marriage.
(08:04):
So, so you started this in 97.
So I'm going to imagine that there have been, you know, like, I remember seeing peoplewith hair transplants because you could see the transplants, right?
I mean, you could see that they'd had a transplant done.
was a, there was like a row of plugs across the front of their head.
Um, you know, obviously I've been follicular challenged.
(08:26):
I suppose you could say, um,
But I've actually embraced it.
It's like, I'm not so cool with it now.
It's like, I would never go back, quite honestly.
But I know that's not the case uh for a lot of people.
And yet what I was going to say is that um it's really almost 30 years.
uh You've seen amazing changes in the field.
(08:49):
So can you kind of maybe update the audience a little bit on a couple of things like um
you maybe even where it was 10 years ago versus where it is today.
I think most people are familiar with the idea that you don't have to get big plugs inyour head anymore and stuff like that.
But, but take us from there, take us forward because I know there's been a lot that'shappened.
Sure, so the word hair plugs came from what you just described.
(09:12):
It taking a big punch out of the back of the scalp, which contained 30 to 40 hairs, andsurgeons just literally popped them into a row.
And unfortunately, that's what I envisioned early on when someone said, you think abouthair transplants.
I said, well, that's pluggy and painful.
Why would you ever do that?
And then the technology shifted from
the harvesting of those punches to a harvesting of a strip excision.
(09:35):
So a linear strip excision was how most of us were trained in the 1990s.
And that enabled us to take a big swath of donor hair follicles from the back of the scalpwhere they're permanent.
And then we would convert that strip into individual grafts.
And so the gap or the defect was sewn shut either with stitches or staples.
And then the dissection process would proceed creating those grafts which initiallycontained like chunks of hair.
(10:00):
and then eventually microscopically individual hairs.
And that's kind of where my story begins, working with single follicle implantation andother grafts that were slightly larger as we progressed into what we call the follicular
unit transplant era.
And so a follicular unit is a group of one, two or three hairs that grow in the skin orthe scalp in a close proximity.
(10:23):
So you could basically keep those groupings together and get something that would looknormal and natural.
with one caveat, not only do you have to do it technically correct, but you have to angleand orient and position the hair and the hairline in the right angle and direction and so
forth.
So it would look normal and natural.
And so I started out like everybody else doing those strips.
(10:44):
But I always thought in the time when I was in my general surgery residency, we progressedfrom open procedures, open belly procedures to laparoscopic procedures, right through the
belly button with a camera and long instruments, right?
I always felt that there was a less invasive way to do hair transplants.
And I didn't know what exactly that was, but I was certainly open to trying differentthings.
(11:06):
And I learned around that time that there was a doctor in Australia who was verysecretive, but he was supposedly extracting follicles with a needle.
And so I started to think about that.
Well, a small circular item could be big enough to basically pluck the follicle.
And so we tried a lot of different small circular items to try to harvest the hairs, youknow, with patient's permission, say, listen, I'm going to try these different types of
(11:28):
tools.
And eventually we got to a point where we could take the follicles, not simple, notquickly, but we could get the grafts out of the scalp without making that wide incision.
And so that was called FUE, Follicular Unit Extraction.
And I can't say that I invented it, but we certainly did a lot of them.
And back in the mid to early 2000s, that was something that I was trying and practicing.
(11:52):
You know, we're talking like, you know, putting in 10,000 hours to try to figure it out.
That's what I did uh in my practice.
And eventually my entire practice went towards FUE, Follicular Unit Extraction.
And because it was less invasive, the downtime was less, there was less discomfort.
There's no stitches or staples, no chance of a big wound infection or a reaction to thestitch.
(12:13):
ah Patients could go back to their regular routine very quickly.
And most importantly, there was no linear scar left behind.
So you could wear a short haircut, which was becoming into vogue at that time.
Yeah.
So, okay, so that's interesting.
um So is that what you're doing now?
Is the FUE kind of procedure you've perfected, that's where it's not as time consuming asI assume it was initially.
(12:36):
There are probably instruments that have been developed or techniques that enable you todo maybe even multiple FUE simultaneously, that kind of thing.
So over the years, let's say 20 years, we've seen a variety of instruments.
Originally, there were just manual tools that you would spin with your finger, literally,to try to get the follicles out.
And then they became mechanical, right?
(12:57):
Assisted.
think of it like a small dental drill, if you will.
And those technologies progressed to having suction and then eventually robotic andthen...
robotic came out of favor.
And then we have these other devices that enable us to take the hair follicles withoutshaving actually the hair.
So that's a relatively new process called VIP FUE that we, that we coined that term, uh,essentially it's a long hair extraction.
(13:21):
So for folks who don't want to shave their head to get the harvest, um, we can actuallyperform the harvesting with the long hair intact.
Interesting.
Do you have to cut it to any length or is that you can extract?
I have to imagine there's some limit to how long it could be, but maybe there's not.
Well, it's certainly easier to manage if it's, you know, maybe a couple of centimeterslong.
(13:44):
But usually, you know, let's say a gentleman is a, you know, high profile patient with aman bun, you know, you're not going to shave his head.
That's not going to happen.
So we either have to do a combination of a small shave that's hidden under the existinghair or this what I call the no shave VIP process.
And so it really doesn't matter how long the hair is.
Essentially, we just manage the hair, but we may implant the hair long.
(14:07):
Okay.
Interesting.
Yeah.
still sheds and regrows later on.
Okay.
Yeah.
Interesting.
So I would imagine, and we can go into why people lose their hair in the first place.
um But I would imagine that in a transplant like that, it's a little bit like uhtransplanting trees.
(14:28):
Like my first job at age 15 was working for a nursery and we would, you know, plant treesin the summertime and weed gardens and things like that.
Right.
So, but when you, when you dig up a tree and ball it, of course, it's a shock to the rootsystem.
And I suspect that there's maybe some weak analogy between that and what happens when youtransplant a hair follicle.
So I don't know, is there some shock element to the hair follicle that you'd need to, Imean, this is why we would put all kinds of fertilizers and, you know, the right amount of
(14:58):
watering and all that stuff to kind of get the tree to come through that stage.
Is there's probably an analogous sort of scenario here with hair follicles?
I don't know.
that right?
there's so much personal, there's so many analogies between agriculture and growing hair.
ah We could go on and on, but for sure, like if you're taking palm trees out of yourbackyard and putting them in the front yard, you know, that's basically follicular unit
(15:18):
extraction.
So we do talk about that.
Now, remember that the angle makes a difference.
So you can't just drop it right into the soil, you know, and Mother Nature takes care ofthe rest.
doesn't work like that.
oh So that's really important.
And yes, the storage of those grafts while they're outside of the body is
And so for many, many years, patients would always ask me, what's your take rate?
(15:39):
What's your growth rate?
Because they would try to compare between different surgeons who were getting bettergrowth or less growth, or they knew a friend who had had a procedure and it didn't seem to
grow all that well.
And unfortunately, it probably had a lot to do with how those grafts were cared foroutside of the body.
Either they dried out or they were too long out of the body or they didn't use propersolutions.
(15:59):
I mean, today we have solutions that you could transport.
parts and lungs across the country in a Learjet, you And so we use those sophisticatedstorage solutions, cellular storage solutions at the time of the transplant.
And even now we use things like exosomes to store the grafts, which are doing some amazingthings, not only healing the body faster in and around the grafted zone, but actually
(16:20):
stimulating the regrowth of the transplants much more quickly than I've seen in 20 years.
So pretty exciting stuff.
But yes, so you're absolutely right.
And then the other analogy is that the scalp health has to be on point because if thescalp is irritated, inflamed, then you're moving those trees into a garden where the soil
is just not going to be a good, correct, correct.
(16:43):
The inflammatory markers can really shut down hair follicles quick.
Well, it gets us back to a point, you my background was internal medicine followed byinterventional cardiology, right?
So uh in internal medicine, of course, we're trying to look at things more comprehensivelyand in the work we do now in longevity, it's like a factor of 10 or 100 more than that.
(17:07):
But the point is that everything is integrated.
so even the health of the hair is a function of systemic health as well as the health ofthe scalp, right?
And so
100%.
Right.
So yeah, nutritionally, hormonally, mitochondrally, oxidative stress, inflammation, allthese things factor into this.
So I would suspect that there's an opportunity to optimize a client uh prior to a harvestand a transplant, right.
(17:34):
As well as using lots of cutting edge technologies in the course of that.
So do you want to talk to that a little bit?
Absolutely.
And so over the years, we've expanded not just treating male or female pattern hair loss,you know, dealing with blocking DHT, which is the trigger for male pattern baldness.
I had the testosterone he's talking about.
So this is a metabolite of testosterone that both men and women make.
(17:56):
And it's, uh, it's the hormone that's actually responsible for stimulating involution ofthe hair follicle.
Right.
So, uh, yeah.
It's a negative influence if you've got male or female pattern hair loss.
So it's not just about the old style, you know, fortify the follicle, but as exactly whatyou said, we're taking a very holistic approach.
The hair follicle is one of the most highly metabolic cell populations in your body, whichis one of the reasons why when you're nutritionally deficient or you're in cancer therapy,
(18:23):
you know, it's one of the top three things that gets shut down.
And so, you know, the clear examples are starving kids in Africa.
You know, you always see them, they're protein deficient.
They've got, they can't grow hair.
Mm-hmm.
protein.
If you're protein deficient, you're not gonna grow hair.
Now, fast forward that into today's American modern society.
If you're on a weight loss medication or a sudden, certainly a weight loss drug or peptidelike a GLP-1 agonist, and you're not getting a good nutritional intake, you're losing
(18:52):
weight, which is probably the reason why you're on it, uh you could also be impairing hairgrowth.
And so we often see in associated with treatments like Ozempic and the like.
that you see some associated hair shedding and then weakened hair quality, changes in hairloss that are basically accelerating the patient through their natural male or female
pattern hereditary hair loss process.
(19:14):
Yeah, that's interesting.
That's an interesting point about the nutritional standpoint related to protein.
So one of the things that we found here is using a product called Perfect Aminos.
I don't know if you're familiar with it.
It was actually developed by a guy in Florida who is a physician.
He's an Ironman and I think he's done over 50 Ironman races or something, but he developedit as a compilation of amino acids, mostly essential amino acids in the right formulation
(19:42):
that
99 % of that goes into building protein.
Whereas if you eat an egg white, which is nature's kind of perfect protein albumin, only49 % of that consumed protein goes into actually building protein.
You know, metabolically, you can take protein and turn it into carbs.
So a lot of the protein that we eat goes into carbs, collagen being, you know, only about22 % of it goes into building protein.
(20:06):
has a unique ability as a stimulate protein growth though.
So it has another play.
But the perfect aminos, we like it because when we're working out or we're doing otherthings, it really enables somebody to build muscle mass.
And to your point, if they're taking a GLP-1, one of the things that we see is that peoplewill lose muscle mass and bone density on those drugs.
(20:27):
So I'm wondering if something like a dietary program that includes something like that,and maybe you have your own formulation to kind of put people into a high protein.
building mode, combining it with maybe some growth hormone releasing peptides oroptimizing testosterone and estrogen, things like that, that we know are also anabolic.
um If that's part of the equation here for you.
(20:51):
m
absolutely.
I mean, taking that holistic approach and dealing with their nutritional status andprotein building properties, it's going to certainly accelerate them through the healing
phase.
It's going to get their skin and scalp back to normal more quickly, which is of course avery important cosmetic concern, but also on the back end.
If you combine that with some of the other things we talked about like exosome therapy,you can really accelerate the results of the procedure and minimize issues because
(21:16):
prolonged healing certainly has other problems, not just it takes time.
but you tend to have a little bit more scar tissue.
The skin of the scalp doesn't return to normal, maybe even ever.
So there are certain things that we want to take a look at way in advance.
And, you know, 50 % of people come into the clinic who are dealing with hair loss, 50 % ofthem have some kind of a scalp issue, either at that moment or within the past year or
(21:41):
two.
And so the itchy, flaky, oily, dry scalp is indicating, or even, you know, something moresevere like a folliculitis or pimples on the scalp.
or psoriasis, people often say, I've got psoriasis of the scalp.
All of that dysregulation of the scalp and the turnover of the skin cells, causing thatinflammation or vice versa, can impair the results of a transplant and also can just
(22:06):
impair your hair growth just in general.
As the microbiome of the scalp gets dysregulated, you get fungal overgrowth, you get thisinflammation, irritation, and that can really impair the whole situation.
I mean, I've developed an entire scalp clinic specifically for the health of the scalp asa foundational first step in dealing with your hair loss.
(22:26):
Yeah.
Yeah.
You have to, right?
Because that's how you're going to get your best, best results.
We have a similar program here when we're doing regenerative things, whether it's a knee,the shoulder or the back, whatever it is, right?
There's a whole process to actually get somebody ready to get their best result.
you know, for us, the analogy is that, you know, if you're going to use the stem cellproduct or exosomes or whatever, those are like Olympic swimmers for us, right?
(22:49):
And if you put the Olympic swimmers into a swimming pool full of lawn chairs and sticks,
Yeah 100 %
results.
get remarkable results for people in the areas we work.
(23:11):
Sounds like you're taking an analogous approach here to get what I assume are remarkableresults for people.
absolutely.
And so, you know, to fine tune their nutrition, whether it be a supplementation, as yousay, with collagen, vitamins, minerals, all those things are working ahead of time.
And there are some specific nutraceuticals that can help to make the body more resilientto the effects of cortisol, like stress adaptogens, like ashwagandha and things like that.
(23:36):
And then on the tail end, if patients have the time and the resources to do other things,we do a lot of red light therapy.
In fact, we treat the follicles with red light while they're outside of the body.
Yeah.
So the scalp gets treated for increased blood flow and then the follicles are outside ofthe body get treated again.
And then in a post-op 24 hours, we hit him with another laser light device.
(23:57):
And then, you know, they can undergo hyperbaric oxygen, alternate with hydrogen.
can do uh NAD drips.
They can do a specific IV that's exactly tuned to the nutritional recovery phase andclearing out the toxins of the procedure itself.
uh
of the things that we've noticed is that uh if there is an either an injury or a surgeryor an incision or something that we can uh pretty much negate scarring altogether using
(24:28):
ozonated oils, like ozonated olive oil, uh like my face, it was really beat up in amountain bike crash I had a few years ago when I was putting it on my face.
I mean, it was really torn up and I came out of what was like zero scars.
So it's pretty interesting.
think.
If you're listening to this, just understand that I think the technologies exist toactually take you through this in a way that really minimizes downside risk of either
(24:53):
infection, scarring, know, disfigurement, that kind of stuff.
And actually one of the things, if you're listening to this is going through a processlike this, you probably come out of this actually generally healthier than you were even
going into it, but honestly, right, which is not a bad thing either.
So yeah.
No, absolutely.
mean, I have a friend of mine who is a classmate of mine from medical school came to mefor a hair transplant.
(25:17):
And, you know, could tell that he was just, he was just a different guy, you know, than Iknew from, you know, whatever it was 30 years ago.
And we had a deep discussion.
like, listen, you know, you've got to your stuff together here, brother.
And so I gave him some ideas.
talked about hormones and peptides and obviously we did his procedure.
had two.
And when I saw him 12 months later, not only was the hair phenomenal and amazing andgreat, but you know, his whole demeanor and his whole body had shifted.
(25:43):
mean, he, really like came out of whatever slump or, I don't know if he was in adepression or not, but whatever, whatever, whatever phase he was in at that moment, uh,
over the next few months with some guidance from some colleagues, it was amazing to seehis transformation.
So these things kind of happen oftentimes in parallel.
Yeah.
one thing happens first, like you have a specific ailment or concern or longevity goalthat you wanna hit, and then all of a sudden you're feeling good, looking good, and
(26:10):
knowing you're gonna be living longer, and then it's like, well, hey, what about thishair?
What about these wrinkles?
That's right.
No, that's right.
Yeah.
It's for us, it's this idea of living young for a lifetime.
Right.
So, I mean, I don't know if you know, but our, I mean, our concept of longevity is thatreally it's the greatest opportunity for humanity to live and elevate itself to a
different playing field.
(26:30):
Right.
So 30 year old body at age a hundred was a 300 slash 3000 year old mind.
So when you think about that, it's like, oh, wow, that's exciting.
I'd like to live into that space.
Right.
So I think a lot of people as they're going through the aging process, it's like, well,yeah, I've had hair loss.
I've got this, I've got that.
can't do what I used to.
And people are acquiescing to that in certain ways, but quite honestly, there's no need toacquiesce to any of it as the way we see it.
(26:55):
Because when you, when you do have that 30 year old body and you can do whatever you want,it's like, oh, okay.
Well, let's go start another business.
Let's go.
help the people in Africa.
Let's go do whatever it is we're called to do and do it in a better way than ever, right?
So this idea of living young for a lifetime.
And if you want to look young, be young, that sort of thing, right?
Then ah it's all part of it, right?
(27:18):
It's fun.
absolutely.
And I think people are learning that too.
know, there are many, um you know, if you want to call them longevity experts orbiohackers in this space that have now kind of completely feel completely optimized.
Now it's like, what are we going to do with all this energy and this time that we have?
you know, and I look forward to all of that as well.
And so whether it be the travel or other things like that, my patient base is very much intune with all of that.
(27:40):
They often come in and they're already on that longevity pathway.
And it's great because first of all, my patient population is generally very healthy tobegin with, but you know, they're just very well adjusted in those ways.
ah But if they're not, then it's no problem.
We can help them along in that regard too.
We have a Almond Performance Program and we work with a number of physicians around thecountry, around the world, uh you know, who can help them.
(28:02):
you know, kind of get that, get that issue tuned up.
But the exciting thing about the practice is that there's always something new.
There's always something different that's happening.
And, uh,
you excited about right now?
What's the hot thing for you at the moment?
Well, here's how that's all got started.
know, everybody always asks me, know, cocktail party discussions or business discussionsalways end up in one.
When are they going to have hair cloning doc?
(28:24):
You know, when is that going to be available?
And of course hair cloning is like the Holy grail of hair transplant surgery.
ah It would enable us to have an unlimited supply of hair follicles, which for some, andmaybe even you would be interested in.
you had an unlimited supply of hair, what would you do with it?
Because that's always the, you know, the issue that some
some folks have in terms of how much supply versus the demand when it comes totransplantation because you know unlike a plant you can you know you could split a plant
(28:51):
and get two out of it you can't do that to a hair follicle it's you know it's a one-to-onetrade from the back to the front so a couple of years ago company came to me and said hey
listen we can bank your hair follicle stem cells put them on ice and so eventually whenhair follicle cloning becomes available you'll have that ready ready to go you'll have
your youngest possible cells
their youngest possible hair follicles available.
(29:13):
So I said, let's do it.
So I don't want to be 70 years old and have to clone my 70 year old hair follicles.
I want my 53 year old hair follicles.
So that's why two years ago I banked But this particular company called Acorn, they cameto me before the beginning of the year and they said, listen, we've got something exciting
for you.
We can actually now take those hair follicle stem cells that you bank, take a few of themout of the bank and multiply them and
(29:39):
create an expanded cell population and collect the secretome, which are essentially thethings that are secreted from the cells, right?
So it's going to be the growth factors.
It's going to be the cytokines.
It's going to be the exosomes.
All of those growth factors can then be collected almost, uh you know, not expanded up toinfinity, but up to a certain point before the cells kind of peter out uh a hundred
(30:01):
thousand times more powerful, you know, than just a single cell.
And so they collect that material.
can now
quantify, purify, concentrate, freeze, dry it and send it back to us and we can deploythat as a treatment to the scalp in the clinic.
And so I'm very excited about that.
We call that STEMGROBE.
okay.
is this, this on clear?
um So you're doing this as a one-off for each client, or it becomes a systemic or ageneralized the bull therapy.
(30:29):
Like you can take anybody's hair and multiply it and then get the factors and apply it toanybody else.
Or is it specific to the individual?
this is personalized regenerative medicine.
So this is specific to that patient.
you know, Dr.
Bauman's hair follicles are sitting in the laboratory and they're being multiplied rightnow and they're sitting in the soup, if you will, of a culture media.
(30:49):
And eventually once they reach a certain point, like I said, a hundred thousand orsomething, that's when they're going to collect that soup and filter it and freeze dry it,
essentially concentrate it and freeze dry it and send it to me in a 12 pack.
So I'm going to get a 12 pack.
of treatment of Liphelize, which is freeze-dried treatment that I'll then reconstitute andapply to my scalp as a treat.
(31:10):
Okay, so you'll do that as just ongoing uh prophylaxis slash nurturing of your currenthair.
Is that what you're saying?
Yeah, so that's fertilizer in the garden, if you will, taking it back to that anatomy.
Because my question was whether or not you were going to save that, which sounds like veryspecial sauce for when somebody actually has a procedure or if you're just going to use it
(31:34):
on a maintenance level or maybe you're going to do it with both.
I don't know.
a lot of things we can do.
Number one, according to the research that's been done already, that secretome or productcontains already 40 times the growth factor concentration of what you would get in a
standard PRP.
So we know there's some power and strength to it.
Do we know exactly how well it's going to work yet on every patient?
(31:55):
Of course not.
This is a relatively new treatment.
So we are doing the pilot study.
We are doing the clinical trials on that.
But because we know it's personalized, it's the own patient.
It doesn't require a blood draw or anything like that.
It's not like a PRP.
We're going to apply it directly back to the scalp in the form of either with microneedling, which is one way to do it, or with ultrasonic trans-epidermal delivery, which is
(32:17):
an ultrasound delivery that basically pushes it through the skin.
We can also use it in a variety of other ways.
You could probably soak the grafts in it like we did with the other exosomes that we haveon hand.
And you know, there may be things that we haven't even thought about yet, ways to use thatproduct.
But here's what I do know also.
is because they're derived from the hair follicle stem cells, the mesenchymal stem cells,is that they also will cross talk to the fibroblasts of the skin.
(32:42):
So you can use that product as a skin treatment also.
So that little 12 pack could also be used to rejuvenate the skin of your face or your neckor your chest, or even your hands or elbows or wherever you have a wrinkle, I guess.
uh And a lot of folks are excited about that, that it becomes this source.
of biologic, uh personalized biologic treatment material that we can then use for skin andscalp rejuvenation as well as hair and maybe even potentially orthopedics as well.
(33:11):
So we'll have to see.
Yeah, yeah, very interesting.
So one of the things that we've been working with is um things that are derived fromplacenta and cord blood, right?
Because there's a lot of very powerful uh regenerative exosomes and growth factors, etcetera, that are present early in life that aren't present later in life.
um I'm just, I'm just thinking about it'd be interesting to see about combining some ofthat with what you're actually doing here for the personalized right now.
(33:41):
You maybe get
the youthfulness with an expanded current state of, I don't know, there's lots ofpossibilities there.
Well, we've actually done thousands of procedures combining PRP with perinatal birthtissue, oh like placental tissue originally back in the 2000s, 2010.
I presented results from a clinical trial that we did combining our standard PRP with andwithout placental tissue, morcellized placental tissue.
(34:08):
And we showed that when you provide the extracellular matrix, which is that scaffold, thatbiologic scaffold, in conjunction with the cellular signals of the PRP,
you get a much longer and stronger effect of the PRP.
And that's one of the reasons why our PRP is not a series of treatments, but it's a singletreatment generally for about once a year.
(34:29):
Nice.
Yeah.
Awesome.
very familiar with that.
I would say the umbilical cord matrix ah is probably our most popular and most powerfulextracellular matrix that we have today.
And of course you can derive exosomes from that as well.
So there's a variety of things that you can get from the umbilical tissue or Wharton'sjelly, which I think is very, exciting.
(34:49):
And you know, some of the stem cell law changes here in Florida, uh I'm sure you've heardabout, you know, are kind of opening that bridge, opening that door between
some of these more experimental treatments and what patients really are interested intrying.
talk to us about that because, um, you know, I think people have heard about right to trylaws.
We have one here in Texas.
(35:10):
Um, I've been involved with the state of Montana, which has basically just expanded theirright to try, um, to where now, um, instead of having to be kind of on death's door to
basically get access to something, um, you can just want to try it.
And as long as it's, uh, been shown to at least be safe on some level.
(35:30):
you can access it.
there's a movement ah to get more regenerative technologies available to more people onthe continental in the lower 48 slash 50 than having to go to Mexico or Costa Rica or
other places.
So tell us a little bit about Florida.
What's the general temperature over there on all this?
(35:53):
Yeah, well, I mean, this new bill, which is Bill 1768, it really opens a door for a numberof different applications, uh orthopedics being one of them for sure.
And so as well as wound healing.
between orthopedics and wound healing, doesn't really cover necessarily cosmeticprocedures and treatments as of yet.
Although again, those are, we could talk about that.
(36:14):
Those are kind of excluded when we're talking about cosmetic treatments, according to thefederal government.
You know, there is some,
There's not so much clarity right now, but what I do believe is that people who are in thesphere of regenerative medicine, who are doing orthopedic treatments or wound care will
now have the ability to use some of these stem cell therapies to a much greater degreewithout necessarily worrying about the FDA knocking on their door.
(36:37):
At least we'll see how that works.
It's a first step.
It needs clarification in my opinion.
are extracellular matrix products like the ones we talked about, are they covered underthat law or not?
There's some confusion on that.
Some people say those are not stem cell treatments, but others say, well, in the law, itspecifically says HCTP, which is human cellular tissues and tissue products.
(37:01):
So those are actually not typically stem cells, by the way.
So I think we're gonna have to wait and see a little bit.
And of course, uh just from our...
our perspective at Balmain Medical, I mean, I'm a huge regenerative medicine fan.
So any step in the right direction, I love it.
I mean, it's just, you know, it's gonna be great.
I mean, I think we're, of course, we're committed to safe and effective treatments andones that we know are gonna be healthy for the patients to actually undergo.
(37:32):
So, you know, to stay compliant with the law and stay compliant with the federalgovernment and the state law and all of that.
but also being optimistic that more things are gonna open up to us and open up to patientsthat we'll be able to provide is an exciting place to be.
And it's nice to be in a state, as you know, um that is forward thinking in that way andnot having patients travel overseas where all kinds of crazy nonsense happens and not just
(37:56):
in the world of hair transplants and liposuction, but dental restorations and things likethat.
And uh just this week we heard about people coming back from overseas ah from aliposuction procedure and these two girls basically came back and they didn't realize that
the incision in the back of their, in their lower back was a kidney extraction and theyboth came back without kidneys.
(38:18):
So without one kidney.
So we used to make a joke about that.
If you're going to uh some overseas location, make sure you come back with both kidneys.
Well, now it's real.
Yeah, that's amazing, right?
It's really incredible.
So, you know, I think what you've kind of.
Intimated and even stated here is that you've done quite a few trials and we feel likethat's also a way for people to get access to these things is to put them inside of an IRB
(38:45):
approved trial institutional review board, you know, legitimate human trials so thatpeople can access.
And we have several of those going on right now.
um So.
Yeah, I think if you're listening to this, think there seems to be a shift um towards moreaccess, maybe with RFK, you know, pushing on his end of it and other people.
(39:08):
States seem to be opening up.
And I think it bodes well for the health of the country, quite honestly.
So yeah, cool.
No, I mean, absolutely.
I totally agree with you.
You know, we got to work within the framework that we're given.
uh The clinical trial work is excellent.
And certainly we've been on the cutting edge of that.
Some of those clinical trials that we participate in are well known and open to thepublic.
(39:30):
And others are, you know, contract work that we do with some of the uh biologic companiesand such uh and other, maybe medical device manufacturers who come to us and want our
opinion.
have a huge flow of patients from all over the world that come to us with hair lossconcerns.
And so I have a unique opportunity to change those folks in terms of their lives and theiroutlook and of course their hair situation.
(39:52):
Yeah, that's great.
So how do people get ahold of you if they're interested to get a consult or chat with youabout something?
Yeah, so I mean, of course, you know, a short, you know, podcast conversation doesn'tcover everything there is to know about your hair loss problem.
So I would encourage anyone out there who thinks that their hair is changing, whether it'sjust the texture or the volume, or they're noticing their hairline recede or more scalp
(40:13):
shining through.
If it's a woman with a ponytail volume change or something else that's going on at thelevel of your scalp, definitely check out BaumanMedical.com.
B-A-U-M-A-N-Medical.com.
you'll find thousands and thousands of pages of information that I've written over thepast 25 to 30 years, hundreds and hundreds of hours of video content that you can consume.
But if you have a question, the cool thing about Bowman Medical is you can just go tobowmanmedical.com slash ask, and you can type in your question and obviously put some way
(40:41):
to reply to you.
That would be a phone number, an email or something.
And I'll get right back to you with an answer to your question.
Or if you'd like to...
start your hair restoration journey, you can schedule and request to schedule aconsultation right from the website.
And even though we're located centrally in South Florida, you know, that's myheadquarters, if you will, 13,000 square foot facility here in downtown Boca Raton.
(41:03):
I do have a satellite office in New York City, but the vast majority of patients todaywill start their journey online.
So it could be as simple as a video call, a virtual consultation.
You know, in this world, it's telemedicine.
You know, even from folks who are across the street would rather chat with me on the videorather than just come over.
Obviously you can't get your hair measured on the video.
(41:25):
It's a little bit more difficult, um you know, so there are good reasons to come into theoffice, whether it be in the New York location or here in Boca Raton.
But, you know, it's exciting time.
We have a lot of great technology that we just scratched the surface on today.
But the most important thing to take home message is that time equals follicles.
So hair loss doesn't get better on its own.
(41:45):
You got to take some action and you've got to get the right diagnosis.
You've got to find a qualified and experienced and certified professional to help you whocan baseline measure and manage your hair loss situation.
So that would be my advice to your followers and listeners.
Yeah, perfect.
Well, I appreciate you sharing that.
So good.
Yeah, great chatting with you.
(42:05):
Yeah.
Great to be with you, Jeffrey.
I really appreciate it.
Yeah, my pleasure.
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