Unlocking the Power of MOT-C: Why Supercharging Your Mitochondria is Key to Optimal Health and Performance, Just Like a Ferrari Purosangue

Summary

In this video, we will discuss the benefits of MOT-c, a powerful supplement that can help supercharge your mitochondria, the tiny organelles within your cells that produce energy. We will explain why it is important to optimize your mitochondrial function, using the analogy of a high-performing Ferrari Purosangue. We will explore the science behind how MOT-c works to enhance mitochondrial function, and the potential benefits of taking this supplement, such as increased energy, improved cognitive function, and enhanced athletic performance. We will also discuss how MOT-c can support overall health and longevity, by protecting against oxidative stress and inflammation. If you are interested in optimizing your mitochondrial function and unlocking your full potential, this video is a must-watch. So buckle up and get ready to learn how to rev up your metabolism like a Ferrari Purosangue!

Transcript

0:00 okay so JD here and today we're going to 0:03 be talking about 0:05 mitochondria and mitochondria are the 0:10 PowerHouse of your cells right they 0:14 deliver high levels of solar energy to 0:16 power your mind body and psyche okay and 0:20 so what's interesting is we get a lot of 0:21 questions recently about hey like what 0:24 what do you mean by one economy 0:25 signaling and so today we're going to 0:26 talk about 0:28 the role of mitochondria how to kind of 0:31 turbocharge these little tiny blast 0:33 furnaces right and you know how we can 0:36 Revitalize them right and so 0:39 effectively you kind of have to start 0:40 from the top right 0:43 if you think about it you know 0:46 you know Eastern medicine refers to 0:49 something called Prana the Chinese 0:51 called life force Qi right and you know 0:54 it what it is is like if you think about 0:56 it from a sense of a cellular standpoint 0:59 every cell in your body has to have a 1:01 fresh Supply 1:02 of energy right in order to thrive right 1:04 and so you know if you think about it 1:07 the quality of our life is really 1:09 determined by our emotions 1:11 if you are incredibly successful 1:14 super wealthy and you're angry all the 1:16 time your life is anger 1:18 if you got you know children for example 1:21 and you're worried about their future 1:23 worry about you know being there for 1:25 your grandkids your life is anxiety and 1:26 worry 1:27 but emotions don't really exist in 1:29 isolation like they're really heavily 1:31 influenced by physiology and by your 1:34 energy and so when you're in a low 1:37 energy state 1:38 that has a high correlation with 1:39 negative emotions and so just think 1:41 about it right like when you have a bad 1:43 night of sleep terrible quality of sleep 1:46 right that's a low energy State and the 1:49 flip side is higher energy 1:52 can spark positive emotions right as far 1:54 as I know and in my observation and and 1:56 if you know when I feel like I'm rested 1:58 and calm a lot more hopeful and 2:01 confident and I think that the biggest 2:04 piece here is your your energy is really 2:06 determined by a few factors right so we 2:09 can talk about it from a universal 2:11 standpoint of the trillion or so living 2:14 cells right it's like the fundamental 2:16 units of tissue and organ and systems in 2:19 your body and kind of putting it all 2:21 together the quality of our life is the 2:23 quality of life for ourselves 2:25 right and so when our cells are healthy 2:27 and strong we're fully alive when our 2:29 cells in our equilibrium right or with 2:32 the science refer scientists refer it as 2:33 like homeostasis second stability our 2:35 emotional life will be balanced as well 2:37 and so we need kind of high levels of 2:39 cellular energy to to thrive across our 2:42 mind our body our spirit psyche 2:43 motivation and so you know that leads to 2:47 the next point of people with fast or 2:49 slow metabolism right our bodies are 2:51 really motored and powered by a few 2:53 metabolic pathways right and so uh you 2:56 know how they work just really simply 2:58 like when they convert a chemical or a 3:00 substance into another they regulate 3:02 everything from our hormones to our 3:03 sleep cycle to our immune system of 3:05 systems right but when we think of 3:07 metabolism it's like hey like the most 3:09 critical one is like it's like glucose 3:11 right so your body's ability to manage 3:13 sugar and so the ability to convert 3:16 carbs carbohydrates and sugars and 3:18 energy that lies into our mitochondria 3:22 and mitochondria the best way to think 3:24 about it is like these are tiny flask 3:25 around furnaces that keep us powering 3:27 through our days right kind of like life 3:29 force generators and so if you have 3:30 young kids right there like 3:33 like high energy they're running all 3:35 over the place they're turbocharged 3:36 right why uh the rhinocondria are a full 3:38 blast of redlining every day and you 3:42 know it's um 3:43 Studies have shown that like there's a 3:45 high correlation right with the 3:47 mitochondria and energy 3:49 um and the feeling of Yelp being young 3:51 and perhaps uh you know when people get 3:54 older like the clients they feel right 3:55 and so think about it in the words of 3:58 it's like the fuel that powers uh each 4:00 and every cell in our body right and 4:03 their biggest job really is to import 4:04 nutrients break them down and kind of 4:06 turn them into complex molecules called 4:07 ATP right ATP like you need ATP to exert 4:11 a muscle uh feel hot or cold digest 4:14 nutrients eliminate waste like that it's 4:16 basically there for everything right and 4:18 you know the higher the animal on the 4:21 evolutionary scale we're not talking 4:22 apex predators but like however they are 4:24 right the more energy larger there are 4:26 more ATP and eases arrived so if you're 4:29 my Contour or weak if they're kind of 4:32 age you know there is less ADP less ATV 4:36 you know there's no way and so our 4:39 species really can last a few weeks 4:42 without food we can you know or we can 4:44 go a few days three days three days 4:46 three days or so without water uh but 4:48 you know what's interesting is just 4:50 three minutes with that option with some 4:52 people right 4:53 or three or five minutes or you know no 4:56 oxygen can lead to hypoxia and that 4:58 damages the brain because oxygen is 5:01 really needed to burn the glucose in our 5:03 mitochondria and produce ATP right and 5:06 so it's kind of a side point here is 5:08 that cyanide is so lethal because it 5:10 targets the mitochondria and blocks them 5:12 from using and uh you know manufacturing 5:15 TP and using oxygen manufacturing ntp 5:17 what's crazy is a tiny amount 5:20 less than a drop can kill a person in 30 5:22 seconds or less right and so really uh 5:26 mitochondria is kind of like if we can 5:28 figure out how to kind of promote them 5:30 amplify them and really kind of decipher 5:33 the hell of them right 5:35 it really can have a high correlation 5:37 with our health span and Longevity right 5:39 and so 5:41 um you know and if you think about kind 5:42 of high school biology you think about 5:44 mitochondrials these like Mindless 5:45 energy generators taking carbs and fats 5:47 and pump out solar energy and from ATP 5:49 right but the in recent years um you 5:52 know there's some studies from the 5:53 interfere Studio California San Diego 5:55 that mitochondria I'll have kind of like 5:57 a second role as like sensors right the 5:59 canaries the coal mines that Drop Like 6:01 These just Mindless energy generators 6:03 but there actually are energy Regulators 6:04 so they're deciding whether or not they 6:06 should be energy mode or they should be 6:07 in defense mode and so they're kind of 6:08 sensing various threats or stressors 6:10 and they're kind of designed to respond 6:13 by turning down energy production or 6:15 shifting resources towards Cellular 6:16 Defense so it's like uh you know 6:18 hypothetically hey look let's let's give 6:20 a good example right and I say this to 6:21 illustrate a point if we were in a war 6:23 zone right now there was attacking the 6:24 street the insurgents are attacking they 6:26 got poison gas outside our home in the 6:28 streets it'd be a terrible mistake to go 6:29 hey let's open all the windows and get 6:30 fresh air with this poison gas outside 6:31 and go for a walk the rain response when 6:33 you're attacks is still a window so the 6:35 door stay inside lock yourself in and 6:36 that's kind of like what our cells do 6:37 when they're under attack when they show 6:38 that energy mode towards defense mode 6:39 right 6:41 um and your energy level is really a 6:43 reflection to the degree like of what 6:44 mitochondria are sensing when they're 6:46 under attack and shifting themselves out 6:47 of energy mode so 6:48 you know the consequences of forcing 6:50 your mitochondria in and out of energy 6:52 mode and under attack it's really 6:53 designed kind of evolutionary just to 6:56 protect that against those shifts right 6:58 against maybe mole toxins or or you know 7:01 product against uh severe weight loss 7:03 like rapid weight loss or endocrine 7:06 disruptors right pesticides all these 7:08 kind of environmental issues that are 7:10 microplastics for example that can be 7:11 large or fat tissue right and so they 7:14 really kind of want to shut themselves 7:15 down and chill them from exposure right 7:17 so I think really what's interesting is 7:19 like how to really kind of research ways 7:21 to turbocharge it right and there are a 7:23 few supplements NAD plus nmn and 7:26 Resveratrol we'll cover them in a 7:29 separate video 7:30 um in Therapeutics right like metformin 7:32 and Matzi and so that form is 7:35 interesting because it it's a kind of 7:36 like internet fasting and um somewhere 7:38 to and Tessa exercise it stress this is 7:40 the mitochondria right so it throws it 7:42 the body down into hunker down kind of 7:44 repair mode and it really involves our 7:46 liver gut muscle cells and lowers blood 7:48 sugar right so critical factor for 7:50 anti-aging so as opposed to insulin or 7:53 other diabetes medications it won't like 7:55 force your body into something called 7:57 hypoglycemia so low blood sugar which is 7:59 can be a dangerous condition at certain 8:01 levels and so if your level is already 8:03 blood sugar h1b1c is already healthy to 8:05 begin with metformin will keep it that 8:07 way right and it's widely been studied 8:09 for decades now and there are some 8:11 studies that show that may reduce cancer 8:12 risk mortality and really kind of uh to 8:16 understand tumors for a long colon 8:17 pancreas and and breasts right and so 8:19 there's some studies at mayor Cancer 8:20 Center at will Cornell Medical College 8:23 indicate that my former may have saved 8:25 people for more cancer deaths on any 8:27 drug in history right Matzi is a really 8:29 uh kind of interesting in that it's a 8:32 mitochondrial peptide that really is you 8:35 know geared at 8:37 longevity Health span and it's a it's a 8:39 metabolic regulator right so it 8:41 decreases kind of age diseases and 8:44 they call it like an exercise of medic 8:46 what does that mean fancy speak for what 8:48 exercise in a bottle right and it has 8:51 kind of some activation of something 8:53 called the mpk pathway which mimics what 8:56 happens when you exercise and work out 8:57 so some of our clients use it when 8:59 they're traveling uh quite a bit to 9:01 preserve their gains so they and so if 9:02 they can't work out as much they're 9:04 eating poorly they use it and then what 9:06 they've noticed uh anecdotally and this 9:07 is not scientific this is not backed by 9:09 thousands of studies but what we've 9:11 noticed in our client base is that they 9:12 can't preserved gains when they're on 9:14 the road quite a bit we've noticed that 9:16 our endurance athlete cohort they've 9:17 been able to kind of improve their 9:19 cardiovascular endurance super 9:21 interesting 9:22 um and you know monsie is kind of 9:24 interesting because it plays a role of 9:25 um 9:26 you know what regard to promoting 9:28 cellular energy stability right and so 9:30 uh when you think about kind of the 9:33 monochondrial peptide another condition 9:35 that we've observed that it helps out 9:37 with this chronic fatigue there are many 9:39 root causes of Cargo Fatigue so we can't 9:42 say that it is the one you know 9:44 assessments all solution however we have 9:46 noticed uh you know we have had some 9:48 tremendous results with people that had 9:50 faced with a chronic fatigue right 9:52 um and so you know really it's a very 9:55 interesting therapeutic more research 9:56 will be done on that and it is available 9:59 uh you know um as a is a peptide rate so 10:03 another kind of cool piece 10:05 cryotherapy and what school by 10:08 carotherapy beyond the cold 10:10 is from a minor chondrial standpoint it 10:13 improves the proliferation of cells and 10:16 skeletal tissue so beyond Wim Hof we're 10:20 huge fans of his breath work practices 10:23 and 10:25 the fact that cold can improve kind of 10:29 search ruin activity as well right 10:31 improve your mood and cognition right 10:33 they're really cool facets of 10:34 carotherapy and we really need to do 10:36 some more research here and that leads 10:37 to my next point so what does data say 10:39 right and so everything we we talk about 10:41 has to be looked at from a clinical from 10:44 some observations from our our clients 10:47 along with kind of rooted in science 10:49 right and so I want to kind of share 10:51 some studies that we've seen talking 10:53 about 10:54 NAD for example and what was kind of 10:57 cool about this 10:58 is a correlation of NAD and a 11:00 mitochondrial function right and the 11:03 fact that uh there are some some 11:05 precursors so what it protects from 11:06 effectively the muscles breaking down 11:08 and it also protects against the loss of 11:12 stem cells muscle stem cells right and 11:13 so there is a correlation detects the 11:15 length extension in certain animals 11:17 right let's talk about mods C right and 11:21 so early Innings on certain studies 11:25 however it has kind of shown 11:28 um you know some correlation to 11:30 getting fit getting leaner promoting 11:33 your body's ability to to process blood 11:35 sugar right and it's uh very interesting 11:38 in the sense of the fact that uh it 11:41 starts to kind of upregulating right at 11:43 the cellular level so more studies kind 11:45 of are confirming the power of mod C 11:48 okay there's another study here that 11:51 talks about again uh the fact that there 11:53 is a kind of exercise in a beta on a 11:55 bottle like a medic type 11:58 uh you know Factor associated with motzi 12:01 right and so if there are kind of 12:05 regular you know implications and 12:06 regulation of obesity and diabetes and 12:08 accessories and Longevity right this 12:10 could be a very cool therapy from 12:13 enhancing in turbocharging your 12:15 mitochondrial Health okay and then this 12:19 study here shows that there is a 12:21 correlation 12:22 between aging and mitochondrial right so 12:26 cellular aging inflammation and decline 12:29 in stem cell activity very interesting 12:31 right and so when you think about 12:32 mitochondrial Health really what we're 12:34 trying to drive for is we want to have 12:36 high levels of cellular energy right so 12:39 your whole quality of life your lifespan 12:41 your health span is impacted Mind Body 12:42 psyche motivation right so I hope that 12:45 helps with regard to our understanding 12:47 of mitochondria health and it is ever 12:50 evolving and there are so many different 12:52 therapies and supplements and ways to 12:54 improve it JD with Dr Ryan's office I 12:56 will talk to you all soon

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