The changing face of medicine - an integrated approach with Dr Tim Ewer

In this interview Lisa talks to Dr Tim Ewer an integrated medical practitioner about his approach to medicine some of the complementary therapies he uses besides conventional allopathic medicine and what exciting research is happening around the world - they get into everything from laser therapy to light therapy to hyperbaric oxygen therapy and beyond.

 

Dr Tim concentrates on individual and personalised  patient care and combines the best of current western medical practices with evidence-based traditional and complementary medicines and practices.

Integrative medicine takes into account the physical, psychological, social and spiritual wellbeing of the person with the aim of using the most appropriate and safe evidence-based treatments.

 

Lisa sees this integrated approach and open minded attitude that is constantly looking at the latest research and technologies and that focuses on the root causes and on optimal health rather than disease as being the way of the future.

Dr Tim's Bio in brief 

Dr Tim Ewer (MB ChB, MMedSc, MRCP, FRACP, FRNZCGP, DCH, DRCOG, Dip Occ Med, FACNEM) is vocationally qualified as a physician and general practitioner. Tim has been working as a specialist in integrative medicine for the last 30 years, before which he was a hospital physician for 10 years after gaining his medical degree and specialist qualifications in the UK.

 

Dr Tim's website 

https://teora.co.nz/

 

We would like to thank our sponsors for this show:

 

For more information on Lisa Tamati's programs, books and documentaries please visit www.lisatamati.com

 

For Lisa's online run training coaching go to

https://www.lisatamati.com/page/running/

Join hundreds of athletes from all over the world and all levels smashing their running goals while staying healthy in mind and body.

 

Lisa's Epigenetics Testing Program

https://www.lisatamati.com/page/epigenetics/

measurement and lifestyle stress data, that can all be captured from the comfort of your own home

 

For Lisa's Mental Toughness online course visit:

https://www.lisatamati.com/page/mindsetu-mindset-university/

 

Lisa's third book has just been released. It's titled "Relentless - How A Mother And Daughter Defied The Odds"

Visit: https://relentlessbook.lisatamati.com/ for more Information

 

ABOUT THE BOOK:

When extreme endurance athlete, Lisa Tamati, was confronted with the hardest challenge of her life, she fought with everything she had. Her beloved mother, Isobel, had suffered a huge aneurysm and stroke and was left with massive brain damage; she was like a baby in a woman's body. The prognosis was dire. There was very little hope that she would ever have any quality of life again. But Lisa is a fighter and stubborn.

She absolutely refused to accept the words of the medical fraternity and instead decided that she was going to get her mother back or die trying.

This book tells of the horrors, despair, hope, love, and incredible experiences and insights of that journey. It shares the difficulties of going against a medical system that has major problems and limitations. Amongst the darkest times were moments of great laughter and joy.

Relentless will not only take the reader on a journey from despair to hope and joy, but it also provides information on the treatments used, expert advice and key principles to overcoming obstacles and winning in all of life's challenges. It will inspire and guide anyone who wants to achieve their goals in life, overcome massive obstacles or limiting beliefs. It's for those who are facing terrible odds, for those who can't see light at the end of the tunnel. It's about courage, self-belief, and mental toughness. And it's also about vulnerability... it's real, raw, and genuine.

This is not just a story about the love and dedication between a mother and a daughter. It is about beating the odds, never giving up hope, doing whatever it takes, and what it means to go 'all in'. Isobel's miraculous recovery is a true tale of what can be accomplished when love is the motivating factor and when being relentless is the only option.

 

Here's What NY Times Best Selling author and Nobel Prize Winner Author says of The Book:

"There is nothing more powerful than overcoming physical illness when doctors don't have answers and the odds are stacked against you. This is a fiercely inspiring journey of a mother and daughter that never give up. It's a powerful example for all of us."

—Dr. Bill Andrews, Nobel Prize Winner, author of Curing Aging and Telomere Lengthening.

"A hero is someone that refuses to let anything stand in her way, and Lisa Tamati is such an individual. Faced with the insurmountable challenge of bringing her ailing mother back to health, Lisa harnessed a deeper strength to overcome impossible odds. Her story is gritty, genuine and raw, but ultimately uplifting and endearing. If you want to harness the power of hope and conviction to overcome the obstacles in your life, Lisa's inspiring story will show you the path."

—Dean Karnazes, New York Times best selling author and Extreme Endurance Athlete.

 

Transcript of the Podcast:

 

Speaker 1: (00:01)
Welcome to pushing the limits. The show that helps you reach your full potential with your host. Lisa Tamati brought to you by Lisatamati.com

Speaker 2: (00:12)
Well, hi everyone. And welcome back to pushing the limits. It's fantastic to have you this week. I have dr. Tim Ewer, who has an integrated medical practitioner and physician who is based on the beautiful region of in the South Island of New Zealand. And Dr. Tim came to my attention because he has a really an amazing hyperbaric facility in this area. He used to work at the Christchurch hospitals and he's a hyperbaric trying to doctor he's also does a lot of complimentary and integrated medical approaches. So looking at everything from Eastern medicine through to, you know, acupuncture through to laser therapy. And in this conversation today, we have a good real in depth. Talk about where, you know, things are going some of the greatest and latest research and technologies that are coming on stream and some of the exciting developments and his approach to healing people and helping people.

Speaker 2: (01:09)
I just like to remind you, before I hand over to Dr. Tim my book relentless is now available in stores right throughout New Zealand. It's also available worldwide on Amazon, on audio books. It's in my website at lisatamati.com. I'd love you to go and check that out. And the book is titled relentless. And as the story of bringing my mum back after a mess of aneurysm and being told that she would never do anything again, and this was our journey back, it's a really insightful book that looks at the mindset of overcoming massive challenges. And I really love you to go and read that and to share that with your networks as well. Lastly, before I go, I'd like you to also follow me on Instagram. I'm quite active on Instagram and on my YouTube channel as well. Have over 600 videos on the YouTube channel and including a whole lot of my documentaries that I made from my beaches around the world. If you want to have a look at the YouTube channel that's just it just search for Lisa Tamati on YouTube, and that will come up and on Instagram, it's @lisatamati right now over to Dr. Tim Ewer and of the mapper health center in mapper.

Speaker 2: (02:23)
Well, hi, everyone. Welcome back to the show this week, I have a special guest, dr. Tim Ewer, Dr. Tim is sitting down and mapper and the views of DePaul sort of Nelson area. How you doing dr. Tim

Speaker 3: (02:36)
Very well. Thank you strangely a rainy day to day, but that's probably the rest of New Zealand a bit rainy. And normally it's always sunny here.

Speaker 2: (02:46)
Very sunny place. I was just saying I used to live down there for a few months when I was picking apples back in my young years, and it was hard work, but I'm very a beautiful area to live in. So yeah, you live in a piece of paradise doctor you are as an integrated medical professional and has a hyperbaric clinic down down that way. I don't want it to get dr. tim To talk to, I don't know if we have a doctor, Tim doctor, you are, what would you prefer? I've got to go back to share a little bit about the work that you do and talk about traumatic brain injury in particular as an area that is obviously my interest with my mum's story. So can you give us a little bit of background, your background and how you got into doing what you're doing and the integrative and hyperbaric side of things?

Speaker 3: (03:41)
Sure. I guess my story from that point of view, start it off. I'm originally from England. So I trained in England at one of the English universities. And even when I finished my training and I'd come out with distinctions and all of those sorts of things I thought there must be more to what medicine's about or what health is about. Let's say than what I have been told. And ever since then, I've been looking to find other ways to, to improve people's wellbeing. So I continued on with my specialist training became what's called a specialist physician. But at the same time, I would sneak off at weekends and go to the London college of acupuncture and learned acupuncture. And I learned medical hypnosis, and I ended up studying nutrition and some homeopathy and a variety of different things, including bioenergetic medicines over the years, of course I spent a bit of time working in hospital as a specialist.

Speaker 3: (04:45)
And that's actually where I came across hyperbaric medicine. That was in Christchurch where they had a big hospital. I was working in the hospital as a specialist and they had a big hyperbaric chamber there. So I spent seven years helping to run that we did it free and we spent our weekends or nighttime sometimes helping people with the Benz and carbon monoxide poisoning and all sorts of things like that. And at that point, I had a little bit of an existential crisis and decided that I wanted to leave the hospital side and develop my own integrative clinic, which I did. So we're going back 20 or more years now. Wow. And I moved up to this beautiful area and now in, and found a little place to work from and thought, well, if everything goes well, people will eventually just come to me and find me.

Speaker 3: (05:35)
And that's really what's happened. I started off way back then with just myself and a wonderful Mary receptionist. And now we have 23 staff and that part of the clinic so much so that I've now moved across the road to have a separate integrative clinic so that I can continue to just doing what I like to do with a couple of nurses and myself and two other integrative doctors and an integrative psychologist and these sort of people. So it was a matter of pulling things together over time to, to have a variety of options for people, a variety of it in a way of languages, how to understand disease and wellness. And what I've found over all of those years is that there isn't necessarily, as, as the great sages have often said, there's many paths to the top of the mountain. So it's a matter of finding the right one for each person versus a lot of Western medicine, which is very much scripted in terms of you have this diagnosis, you have this treatment versus you are this person with this variety of different things going on in your life.

Speaker 3: (06:54)
How can we find ways of getting either balance or detoxed or whatever needs to happen in that process to get it back towards house.

Speaker 2: (07:06)
So it's sort of looking more towards the root causes and, and as opposed to dealing just with symptoms and looking a little bit outside the box, did you, did you cop a lot of flack for that in the early days with, you know, coming from their sort of allopathic, conventional medicine world and, and looking then at things like acupuncture and you know, things that are outside of the, the standard box, if you like, has it been a difficult road or a in, have you seen that change over the last few years?

Speaker 3: (07:42)
It's a good question. I think originally I had to do it secretly and it wasn't approved and it was separate too. And I had to, I had to have two different lives as sort of Jekyll and Hyde components going on and you can decide, which is which out of mainstream or holistic. And so that was kind of difficult. But over the years what I found is if I started applying some of these techniques and people simply started getting better my colleagues would say, well, what are you doing? You know, what's, what's happening to those people that don't normally get better and now they're getting better. So that started me, gave me the opportunity to start talking about some of the things I did, but to be honest, while working in the hospital environment, it was quite difficult. So it wasn't until I moved up and started my own separate clinic that it gave me much more space, if you like to practice other things. However, I will say that the conservative elements of the mainstream still quite antagonistic to some of the things that we like to do in integrative medicine. And so there is that sense of walking along the brief tight wire, some of the times and having to basically practice really good medicine in a mainstream way, plus all the other things of both sides.

Speaker 2: (09:17)
Yeah. Being brilliant in both sides of that. So yeah, I, I mean, I th I see as a, someone who's come, not from a medical background but had a few issues along the way, shall we say, and going, okay, this isn't working, I'm going to look outside the box for myself. And having, you know, a couple of, with my mum, with myself with my brothers some very great success in, in looking outside the box. And I see a a massive movement of, of change and change in mentality now because we have access via the internet and the, and the stuff that we have available by a pub med and all those sort of great places where you can go and do your own research, that it's no longer completely controllable what what we do. And we can take ownership more, and we have the ability to take more ownership that we didn't have when we didn't have the internet and the ability to access great minds and great people and great research and the information that's coming out, you know, on a daily basis.

Speaker 2: (10:25)
I mean, no person on earth can stay up with it all. It's just so much. So if you wanting to do your own deep dive into a certain area, you can certainly find yourself down some very deep rabbit holes and becoming quite expert in a, in a, in a narrow field that you're trying to research. And do you see that in the people that are coming to you, that there is a shift in the people that are starting to come to you and say, Hey, I've seen this, I've heard about this, I've read about this as this something that's gonna help me. And people taking more ownership in that, in the, in the clientele that you sort of have,

Speaker 3: (10:59)
I think you're right. I mean, we're part of a informational revolution that's going on at the moment. I did say it's escalating all the time and it's growing and growing, which is a wonderful thing. Most of the time, it's the song, which is either contused or fake news, as they say. And I think being well-informed as the main thing, a lot of this, it is about helping a person become informed about what's going on. And so they can then take more control over themselves because they understand what it's about. And so that's the journey in a sense, it's helping to understand the person to some extent, walking in their shoes a wee bit to see, okay, what's going on? How can I put this together and express it back in a way where that person can make the right changes to bring about what they need to do?

Speaker 3: (11:51)
That's an edge, a very general of looking at it. Sometimes I had a great example this week of a person who came in a woman who was in her forties. She was well educated, but she had a whole selection of what, in Western medicine, we might consider the bizarre symptoms from neurological ones to skin, to all sorts of things. And she'd seen urologists and various people, and they'd all been scratching their heads about what's going on. She's obviously not, well, we can't put it together. But I said, look, why don't we, why don't we try a different language for this? And I then talked about the whole concept of low kidney energy and how it related to her tinnitus to her lack of mental agility to all sorts of components. And it's not to say it was just a way of bringing a whole raft of things together in a way that had a sense to it, rather than a sort of chaos, that, that chaos can be very unsettling and you don't know how to make sense. And particularly the experts can't make sense of it. Then you're kind of stuck with what the heck's going on. I might just going mad and, and she wasn't, she was just having a whole series of different things, which we could start bringing together under an umbrella of understanding. And even though we didn't have to use TCM as part of the treatment necessarily it gave it, she felt so much more at ease by the end of that, with an explanation that seemed to bring things together.

Speaker 2: (13:36)
Yeah. And it enabled her to maybe take a new approach to the way, say if you're getting disparate sort of information. Cause it was really hard when you're looking at sometimes your, your symptoms and then trying to go, well, where is this coming from? And what is it, you know? And it could be a myriad of things and trying to piece it together. You must have an incredible brain to be able to hold all of these, facets it without any sort of contradicting you know, dogmas even with an, in the knowledge that you have. Do you find that a bit of a juggling act at times,

Speaker 3: (14:14)
Strangely enough, not much. There are various possibilities for that. One is if you're into astrology, I'm a Gemini. I'm not a great, astrologist mind you, but there's two of me. And so we can talk to each other. I was brought up in a way where I, interestingly I don't want to get into my personal background particularly, but at one point I was went to a very expensive English school, but I actually stayed with my mother in a council house in a really poor area. So I went from one group of, in the morning to another one in the evening. Wow. And you had to talk the language of both. Yeah, yeah. To work it through. And I think that a sense of dance of life is good because it makes one, I'm able to cope with lots of different things at the same time, try and bring them together

Speaker 2: (15:15)
And being able to relate to people. It was, it wouldn't be a brilliant training and being able to be on every level and, and talk to people and communicate and, you know having this wealth of knowledge from all of these different disciplines and science areas, it must be very, you know, like to have that broad spectrum integrated approach. I think, you know, I wish there were more doctors available in New Zealand. There was, you know, we were starting to see more functional and integrated practitioners coming out and then you've got, you know, your, your whole health coach coaching in different areas. But it's a, it's a, certainly a changing world. And I'm hoping that there was going to be some change hopefully in the mainstream.

Speaker 3: (16:02)
Yeah. I mean, I've put up a little plugin and I may about those an organization called Amer the Australasian integrative medicine association, which is a mix of both doctors who do integrative medicine and also other health practitioners. And so on their websites, you can often get information about integrated doctors around New Zealand and Australia.

Speaker 2: (16:25)
Fabulous. That's a really good tip. I'll put that in the, in the show,

Speaker 3: (16:30)
Dub, dub, dub, amer.net.edu, but New Zealand.

Speaker 2: (16:35)
Okay. Well, we'll check that out. Cause you're getting in all sorts of lists of people. Now let's go a little bit into hyperbaric and I wanted to sort of touch on today. Some of the possible treatments for brain injury whether that's, you know, from stroke or traumatic brain injury or you know, concussions or aneurysms, in my case with mum your, your experience with hyperbaric in the, the medical grave facilities, I've had a mild hyperbaric chamber. My mum who might listen, sort of know my story with my mum. Four years ago, we had this disaster after three months in hospital, we've told, you know, put her in a, in a hospital level care facility and she'll never do anything again, she's major brain damage. I found hyperbaric on the internet and I managed to get a a commercial dive company that let me have access for a while.

Speaker 2: (17:38)
And then I had such success there that I ended up buying a mild hyperbaric chamber and installing it and out in their home and put her through she's had over 250 sessions now at 1.5 atmospheres that combined, and that, wasn't the only thing I did. And it ended up being an eight hour protocol every day that I sort of put together from pieces from functional neurology and nootropics and epigenetics and functional genomics and really diving deep for the last four years into the science and doing what I could, you know, it was either do everything I can or lose my mom. Those were the two options. So I was desperate to get her back. And on that journey, I've, I've hyperbaric is so powerful. His has so many things that it can be really good for. What, what are your experiences where that and the work that you did in the hospital and what it's actually recognized for versus what it overseas, perhaps as being used for two different things, aren't they, what's your take on that

Speaker 3: (18:51)
Sort of conventional set of indications for using hyperbaric? We still hospitals use we only have two hospital hyperbarics in New Zealand and one in Christchurch and one in Devonport which is really the Navy one rusty open hospital used us. Other than that, they're all private ones. So the hospital ones really is the history they came from. They came from a Navy based history for treating the bins really, or in the ancient days, you go back a hundred years, a case, some workers, which of the people that put in pylons for building bridges on the go of the water, they had to put the pylons in and they would get the bins and the bins. It was because when they came up, they were in pain and they were bent over because they were having gobbles coming out into their spine and their muscles.

Speaker 3: (19:49)
So yeah, the hospital based ones are really a very strict set of criteria. Like as I said, the bins various forms of severe infection, gangrene infections a few other conditions like carbon monoxide poisoning, possibly cyanide poisoning. But there limited number of conditions. It doesn't include brain injury. It doesn't include strokes. It doesn't include neurodegenerative diseases. It doesn't, Incruse clued fibromyalgia, a whole raft of things where we now realize there's reasonable evidence that it has some impact. One of the troubles with medicine is you'll know, is that it relies on this gold standard thing called a randomized controlled trial, where you have to do a very difficult process of having a placebo group and a treatment group. And for doing that, the hyperbaric is a nightmare because to try and have a treatment that isn't a treatment that looks like a treatment is quite hard.

Speaker 3: (20:59)
A lot of the work that's been done is kind of on the edge of how good it is. So most of the research we tend to see about is where we've used it lots of times and have said, ah, this seems to be working it's anecdotal it's case series. And there are some great researchers used, you'll know, like poor hearts in the States and so on. And to give some credit, the Russians have been doing it for much longer, but a lot of this stuff is unpublished. So there's a huge amount of volume of work going on around the world. And now one of the best units is in Israel. They've got some great work going on there. So, but these are the kind of these are the people going outside, the normal bubble of what's accepted as, okay. And yet they're getting good results as far as we can tell until you get that ask TT of gold standard, the conventional systems unlikely to change, that's the problem.

Speaker 2: (22:02)
And the, the having, you know, the randomized control trials is just not going to happen. And something like hyperbaric that hasn't got a patentable drug, realistically, the costs are too high aren't, they,

Speaker 3: (22:14)
It is high and there have been some trials, but they nearly always stop at 20 treatments. That that's the number that they stop at. Yeah. That's, it's kinda like I'm saying you've been on a drug per month and let's see how it's worked is it's kind of that way of thinking

Speaker 2: (22:35)
The genetic shifts happening, right.

Speaker 3: (22:37)
200 hours of training as a whole lot of things that aren't going to happen in that time period, or they are, it's going to be fairly mild, not, not as far as you could. And as you know, one of things with the poor hearts researchers, he kept doing spec scans and checking up on patients and he found that they were still improving at 80 treatments, still improving. I mean, Hey, so we stop at 20 with our RCTs. It's not a great place to design. Is this working or not?

Speaker 2: (23:08)
And, and, you know, I mean, I know with, with mom I've yeah. Like I said, put her through 250, you know and I still continue to see improvements and I do it in blocks now, and then I give her a break from it. And it's in those breaks when you often get the next level of, of improvement.

Speaker 3: (23:27)
I think that is the epigenetic effect probably saying,

Speaker 2: (23:32)
Yeah. You know, to fix apparently 8,000 genes that can be influenced by these epigenetic shifts. And it's, it's, it's I like going to the gym, you know, I'm not going to go to the gym and then three weeks time out looking like taught. So they got, or, you know, it doesn't happen that quickly, but the NGO Genesis the inflammation, the STEM cell production, certainly at the higher or lower pressures they happen over time. Do you see also a benefit and stacking it for the ones who have a better word with other protocols? So, so other things like ozone therapy, for example, or P myth therapy or anything else that you find beneficial combining?

Speaker 3: (24:23)
I think, I mean, I would say yes in a, in a clinical sense of experience, but I couldn't say that there are trials with trials to say, like to have only one or two variables. They don't want to throw a whole lot in at once. You agreed, I would start probably with nutrition and there are a number of nutrients, which you know about that you can throw into the equation. I think as auxiliary treatments my particular interest at the moment is photobiomodulation, it's using laser treatment.

Speaker 2: (24:56)
Oh, I would be very interested to hear what you have to say about photos.

Speaker 3: (25:01)
So I think this to me is an up and coming thing. I've spent the last two or three summers going to a conference in Germany, a laser conference where some of the, the experts get together from around the world. And they talk about these things. I've also been to one in Australia last October. What, what we're now what we've known about. Okay. Let me tell the curve.

Speaker 4: (25:28)
Okay.

Speaker 3: (25:30)
Phases. We're not talking about cutting lasers, which are where you focus the beam to a point. So drill holes and things like James Bond. You know, that's not one of those, okay. We're talking about parallel, light photons. That is they're going side by side. So they're not drilling holes in you. And what happens with that? And there's a lot of great research, and this is where there's far more research out there than most people know about, because unless you're interested in this field, you don't go looking for it. I've got quite a big database now looking at all this stuff. And what we w one of the things that, that does, it does a whole rock to things a bit like hyperbaric. But it particularly affects the mitochondria because your mitochondria are the little components in every cell of your body, pretty well, that produces energy in terms of ATP and NADH as well.

Speaker 3: (26:27)
And those mitochondria, well, if we go back a little bit in time, those mitochondria, I actually what's called proteobacteria in the ancient of days, they were bacteria that had been incorporated into you carry out excels and also the cells, because they needed a bigger energy source. These provided the energy. So we became part of the place, if you see what I mean. So the interesting thing about mitochondria in their rules are what we call chromophores, which are proteins that react to light because that's how the bacteria actually got their energy originally, like plants. They were converting sunlight into energy. Okay. So how about how mitochondria respond to light at different frequencies? So different frequencies do dislike your different chemical reactions in the mitochondria. What so that's one little pack to hold onto it. And when that happens, a number of things happen.

Speaker 3: (27:31)
One, you get obviously the ability to produce a whole lot of repair mechanisms get stimulated energy mechanisms get stimulated. You turn off excessive inflammation, a whole lot of things you want to happen happen by getting your mitochondria to work properly. And in fact, one of the concerns that even about getting older and aging is that our mitochondria are not functioning properly, or we have less salt. It is the basis of aging really isn't it? Mitochondrial dysfunction, certainly one of the big, big keys. So different frequencies will do different stimulate different components. So we now know with lasers, we use different colored blazers to get different effects. However, the big problem is that if you try and print, since you use blue or yellow, the penetration is very small. So, but as you go towards red, you get more and more penetration.

Speaker 3: (28:30)
And what most of us now use is infrared. Infrared is the most penetrating of all colors. And what you can now do is, is get lasers that will penetrate right through bone, even through the skull, into the brain very effectively. I can give you a story if you want a story. It depends on what, what got me really interested in this area was another bit of serendipity where a number of years ago a patient in Oakland well, it's man in Oakland phoned me. I said, look, my wife has got this terrible thoracic vertebrae, vertebral abscess. So several vertebrae and unless she has continuous antibiotics she gets very unwell and in a lot of pain. And so she'd been on antibiotics for 18 months and every time she stopped it, it flared up badly to the point that they said, look, the only next thing we can do is do an operation where they go in through the past the lungs, through the anterior approach, which is to scoop out the dead material and pass and try and rebuild the spine, which is a dangerous operation horrific.

Speaker 3: (29:53)
And so the husband who was not an entrepreneur, he had did some research. He's a very bright guy and he came across hyperbaric oxygen. And so he found me because I, at the time was the only person with a high pressure, private hospitals refuse to do anything. That's fine. When in doubt we started treatment and we were part way through the treatment. And he came in to me and he said, Hey, Hey Tim, what do you know about lasers? And I said, well, not a lot, really. And it's developed, have you seen these papers? How power lasers at certain frequencies will kill bacteria, including staphylococcus, which she had. Wow. I thought, wow, that's interesting. And I read up on some papers and I then researched more and I came back to him a day or so later and say, Hey, look, you're right. This looks quite promising.

Speaker 3: (30:50)
He then said to me, okay, look, you find me the right laser. And I'll get it here in three days from anywhere in the world. I thought, wow, that's a good, I haven't been asked to do that before. So I found this one in the States, which was 25,000 U S wow. He had it there in three days. Boom. Wow. And we just started treating with both. And the long and the short is after two sets for treatments, she has been able to stop all her antibiotics and has stayed role for the last 18 months, two years while having any problem, it's amazing basically, and the MRIs improved and everything's, you know, there's new bone growth and so forth. So it just gave me that insight of, wow, there's so much information out there. Why didn't I know about it. So I got to know about it.

Speaker 3: (31:42)
I've been to these conferences. So now I'm starting to use a similar laser to the one he got just by the way, anyone who wants to get one, I found that his was actually made in China and I got it for a third, the price, what was it called? Because I'd love to have a look into that myself. Yeah. So it's a, it's a nice, it's a classical advisor. So you don't want to play there ladies as have class one to four and four is the most powerful, so you've got to be married. Yeah. So you've just got to be careful. Don't China in people's eyes and things like that. But anyway, so I've been using this for a number of different situations and there's some great research, randomized control trials of various things. One of them, which I found quite amazing is using it to depression, where they showed that if you did the left frontal area that in a randomized controlled trial, they improved similar to drug treatment. So there we go.

Speaker 2: (32:46)
Is that something looking at the vitamin D pathways or something like that? Or is it,

Speaker 3: (32:53)
I don't think so. No. I think it's a separate effect on we know from, in terms of depression also that often it's, so their frontal area on a QEG that's the main area, or if you do a functional MRI. And so it's just that, that was the area of this one to work on, to improve its functioning. So the thing with the laser is it's simply trying to restore a normal cell function as best it can.

Speaker 2: (33:18)
Is that laser available? Like, can you as a nonmedical professional get one of these, I mean, this gentlemen

Speaker 3: (33:27)
Far Mark Palmer exciting because a lot of this work's been done with the sort of laser that I would have the cost for, but then I'm realizing that low level laser treatment, L L T low level laser treatment, which is class three, but even on art seems to work. And what, when I say that, believe it or not is that this is something that's in the usually 50 to 500 milliwatt versus I'm using 15 Watts or 15,000 milli Watts. So what we initially thought is Hey, how can that possibly get through the skin, the underlying tissue, the skull, and into the brain and that level of power. It just didn't make sense. And yet the trials showed that it does. And what we now realize is that the skull, when you look at it with very high powered electron microscopes sections actually has this lattice works of tubules going through it, which the light can probably pass through. Wow. Because otherwise it just didn't make sense that something could hit this solid bone and still get through when, if you did it on the, on something similar thickness without those channels, it wouldn't so that, but anyway, so low level lasers are looking very good at the moment and they're much cheaper and much easier to use different ones.

Speaker 2: (35:06)
Yeah. I've got I've I've got two from via light. The 16, yes. I've got the two ones that go up up the nostril at the nasal ones at the, what is it? The eight, eight 55 or something in him.

Speaker 3: (35:21)
That's the nanometers. So that's the actual wavelengths of which is infrared. But then they piggyback onto that they what they call modulator. So that I think the one I've got the neuro one as well, which is still the 40 Hertz one. I haven't got that one, but 10 Hertz one. Yeah. That's the one that goes across the skull. Is it doing that? It's the actual, so what, this gets much more kind of exciting in a way, from my point of view, if you get, if you're excited by tech technical things, is that they, the wavelength of the infrared, which is the 800 to 800 to a thousand nanometers, roughly yes. Infrared that wavelength is what is going through into, in this case, the brain what you can do is you can pulse that process and that then becomes a frequency that's received by the tissue.

Speaker 3: (36:24)
So to some extent, the wave length going in is doing one set of things. And then on top of that, you can what I call piggyback, but the correct name is modulating the, so that you get a frequency, which has different effects. Now I'll give you an example a year or two ago a patient who was a local barista fell off his mountain bike and did the usual over the handlebars, hit his head, got concussed and tried to go back to work, but he is it problem with it. He had a cognitive deficit where he couldn't tolerate much noise people or anything, as soon as there was a lot going on his brain sort of short circuited, he couldn't think. And as a barista, that didn't work, he couldn't interact with people. So he had to stop working and this went on for months and he wasn't recovering.

Speaker 3: (37:24)
So he came to steamy and I said, look, okay, we'll use the laser. And we did a few sessions without obviously much improvement at what we call a continuous rate where it's just the infrared process. But then I looked at some of the research and I thought, what I can do on my laser, I can actually put in any frequency I want, I can change it. It's a sort of fairly clever one. And I, so I put it at 10 Hertz frequency that session from then onwards, he just got better and better and better and went back to work and he knew it the next day. He'd said, look, I'm so much better just from that one session once we did the 10 Hertz. So what we're understanding now, there's a lot of research going on around the world here. The guy cut in the States called Michael Hamblin.

Speaker 3: (38:15)
Who's one of the sort of gurus of this, but also in Australia and in Tasmania, interesting enough, they're doing a whole load of research. Look at these frequencies, looking at what's bears, looking at what how much you need and what they're finding. It's a little bit like hyperbaric. When I started doing hyperbaric, we used very high pressure as well, partly because we're treating divers, but a lot of the therapy was based on two to 2.4 atmospheres treatment and everything, as you know, what, what requirement is actually, some of the lower pressures are better for certain situations restore brain function. And they're finding that with the lasers, you don't necessarily have to hammer it in hard with a very high level. It's more of about the subtleties of the right frequencies, the right dose, the right evidencing. So this is where a lot of work's going on. I don't think we've got all the answers by a long way, but I think it's a very exciting field risk, low risk, you know, very low risk. What we do know about, as you're saying these lays, this sort of laser is pretty well without risk providing you don't look at it. And with the sort of laser I've got that if you hold it in one place, it gets too hot. So there's a heat element. Whereas the low level that doesn't happen, they using led lights now instead of laser. So

Speaker 2: (39:43)
I saw one just yesterday when I was doing some research on tinnitus I've forgotten the name of it, Luma meat or something like that. Laser therapy that they're doing the doctor in Australia was doing it for the inner ear to regenerate the hears on the inner ear to help, you know, tonight as suburb sufferers and his disease suffers. And then we're getting lots of success with that. And I certainly, you know, when I heard about it and did some, some research on it for mum, I think it's been a part of her recovery as well. I only had internet-based the nasal ones and I had one at the 600, the 600 in him and the other one at the eight, eight 50. But I'd like to look into this more. It seems to be a lot going on around frequencies general, whether it's light frequencies or PEMF pulsed electromagnetic field. Do you know anything about the PE EMF at all?

Speaker 3: (40:42)
Yeah, I mean, I think this is a really exciting area. It's it's, to some extent it started off with someone called Royal rife in the, in the States. Do you know, do you know about him? He's a, he was a doctor back in the 1930s, forties, fifties. It was really quite a brilliant doctor, but actually ended up in a sad situation because, well, I'll come to that. So he started looking at how frequencies could be used in medicine. And what he found is that by using, he had a cathode Ray tube in those days to produce them. And he also developed at the time, the most powerful microscope light microscope that existed a very intricate complex microscope that allowed him to look at cells while they're alive. What's called dark microscopy, which was very new at the time.

Speaker 3: (41:43)
And what it could do is look at cells and then the mom with his catheter, gray different frequencies and see what happened to them. And what he found is that he retained some frequencies and see different things. So he kept saying, you know, if you're trying to kill this by this seems to be the right frequency or this cancer, this frequency seems to be the right frequency and did a of research over a years and started getting some really quite astounding success with these patients. And a number of his close friends started their colleagues. We started using similar instruments and again, started doing very well until the FDA got winded at all. And they came in and Congress skated every part of his equipment that he had, and he was left in ruins. But and yet there's a huge amount of information left behind about what he was doing. And so a lot of the ideas of different frequencies for different illnesses came from his early work.

Speaker 2: (42:49)
That's right. I do remember that story now. And there is a few of his machines that have been

Speaker 3: (42:54)
Absolutely. So there are some original ones possibly when they say original, it's really hard to know because we don't know really what the regional ones, cause there's some sort of stronghold by the FDA got rid of them, but there's also some very modern versions of them now, which are computerized, which obviously he couldn't do. But so just to say that I think the electromagnetic field concept I mean, we're, we're in a very low electromagnetic field when we're not around other gadgetry and we're inside the field of the earth, which, you know, the Schumann frequency, which are an important frequency that have been there since, you know, we evolved. So they are part of our evolution. So they're part of what is normal for us. And so those frequencies are quite important frequencies. When we start coming in with very set frequencies, like 50 Hertz for electricity and all these other things, we're actually interfering with a whole normal ability to stay in homeo homeostasis, to some extent.

Speaker 2: (44:06)
And this is where, yeah, the EMF side of the argument, or, you know, the, the problems that we're possibly facing with, with CMS, it's from all our devices and 5g coming, goodness knows what's X gonna do. And PEMF is very different though. It's using the right frequencies

Speaker 3: (44:24)
That's and it's also using the therapeutic way. And by and large, in, in at a low level, rather than a level, you don't necessarily, again, have to use these massive magnetic fields to get the effect that you want. You can use really very subtle ones.

Speaker 2: (44:39)
And again, it's working on the mitochondria, I believe from the research that I've done, it's actually having an effect on the mitochondrial health and function. And I, I just, I wish we had a, I wish everybody could have access to a place where we had all of these things lined up next to each other and, you know, the ones that are lower risk at least that we could all, you know, be able to use without huge costs involved in a utopia, perhaps something like that. Yeah.

Speaker 3: (45:08)
I think we're moving a little bit towards that and I expect, and maybe on another occasion, I'll talk about sound therapy and how the that's another component of frequency, but I, I agree you can use to CS, which is cranial electric stimulation very simple devices like the alpha STEM, very expensive, what it is that almost immediately induces a sleepy, relaxed state.

Speaker 2: (45:40)
Yes. Yeah, I'll be, I'll be in that one too. So yes,

Speaker 3: (45:46)
It's kind of bizarre that you can just put two clips. I kept on each year and start the machine. And within minutes you're feeling drowsy and very relaxed,

Speaker 2: (45:57)
But it's mentioned and Ben Greenfield, he's a famous biohacker and trainer out of the States and his new book boundless, which is quite an amazing book. It's got, you know, everything known to man, and then he mentions the CES and using that to, to go to sleep every night and how it's improved as her sleep. So there's just so much things that are coming. And I, and I find it really exciting if we can integrate the traditional medical model with some of these like you are doing. And it's a really exciting thing for me. And I just wish we had more access for more people. It is, you see, before I don't need any promotion because I have so many people wanting to come to me and I can, I can truly believe that because there's such a need out there.

Speaker 3: (46:49)
The wonderful, unfortunately there are a few old phrases in medicine. One is that medicine changes coding. When the previous generation dies. It tends to prove slowly

Speaker 2: (47:04)
It's hard,

Speaker 3: (47:07)
People vote with their feet. And I think that's what we're seeing. A lot of people are actually saying, I don't want this. I want that. Rather than just accepting what's there, that's very healthy on the whole saying, okay, I'm, I'm getting quite informed about what I think I need. I just need someone to guide me through that process and if necessary me with some of the resources. And so I think that's a very important thing. And I think by and large, it is being embraced a bit in general practice to some extent, but probably less so as you move up the ladder into secondary and tertiary care, which is a kind of specialist areas,

Speaker 2: (47:48)
And this is why I think it's important that you know, where, you know, want to be in the preventative space where possible, so that we, you know, are looking at things before it gets to the point where everything's taken out of your control, because you're now in the intensive care or in the hospital, some where it's actually impossible to get any of these things. And it's important that we take control and ownership. And this is what the show is really all about is, is educating people about the things that are out there and the things that they can do their own research is it's a curation. If you like of information from brilliant minds in different areas, so that we can have, these can have these conversations and open up these discussions so that we can start to realize that there is more than just a pharmaceutical model or a surgical model, which is mostly what we were offered. I mean, those are very important and very good, but

Speaker 3: (48:44)
Yeah, they're largely the ambulance at the bottom of the cliff. To some extent they have much more difficulty dealing with chronic longterm problems. They're good for the acute and the end, if, you know, if I break my leg, I'm going straight to the hospital.

Speaker 2: (49:00)
Yeah. Yeah. And then you might come home and do a hyperbaric session on the way home.

Speaker 3: (49:07)
Most of my I'd live in it.

Speaker 2: (49:09)
Exactly. I would tell you if I have one that you've got, that's brilliant. Just coming back to hormone sorry. I wanted to talk about hormones in relation to brain injury. Is there something you're seeing yes, under diagnosed often with traumatic brain injuries, especially

Speaker 3: (49:28)
A very interesting point. You bring up in time. I should I have a whole presentation on all of this, but one of the papers I'm just kind of going to,

Speaker 2: (49:38)
I have to get you back on to, to take us through the whole presentation.

Speaker 3: (49:43)
Okay. So this is, I'm just reading from my slide now, the prevalence of hypo pituitary ism. So you put your three glands just behind your eyes and produce several homelands in mild, moderate, and severe brain injury was estimated at 16.8