In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us.
These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye.
People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases.
The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name.
In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us. These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye. People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases. The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name.
In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us. These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye. People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases. The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name.
In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us.
These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye.
People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases.
The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name.
In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us. These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye. People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases. The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name.
In fact, that’s one of the important reasons we have to help them out, with protective and supportive nutrition. Otherwise mitochondrial mutations can be very bad for us. These mutations are likely to affect areas of high-energy demand such as brain, muscles, central nervous system and the eye. People suffering from Parkinson’s or Alzheimer’s disease have a much higher mitochondrial mutation rate than do healthy people and so the functioning of mitochondria may be implicated in these diseases. The reality is… failed or struggling mitochondria are the root cause of just about any disease process you can name
Free radical damage only gets worse as we age too.
By the time we reach 65 the mitochondrial damage gets a lot worse.
But thanks to new discoveries and a revolution in our understanding of brain development we’re right on the edge of learning exactly how to harness the power of these tiny mitochondria and put them to even better use.
The key to keeping these little guys functioning at a high level and doing their jobs without fail is as I said before, feeding them properly! And boy do they need to feed.
I’ve been hard at work developing a brand new formula that will keep your mitochondria well fed and happily churning out energy for years to come.
The key is feeding them what they truly need to thrive and reproduce!
Free radical damage only gets worse as we age too.
By the time we reach 65 the mitochondrial damage gets a lot worse.
But thanks to new discoveries and a revolution in our understanding of brain development we’re right on the edge of learning exactly how to harness the power of these tiny mitochondria and put them to even better use.
The key to keeping these little guys functioning at a high level and doing their jobs without fail is as I said before, feeding them properly! And boy do they need to feed.
I’ve been hard at work developing a brand new formula that will keep your mitochondria well fed and happily churning out energy for years to come.
The key is feeding them what they truly need to thrive and reproduce!
Free radical damage only gets worse as we age too. By the time we reach 65 the mitochondrial damage gets a lot worse. But thanks to new discoveries and a revolution in our understanding of brain development we’re right on the edge of learning exactly how to harness the power of these tiny mitochondria and put them to even better use. The key to keeping these little guys functioning at a high level and doing their jobs without fail is as I said before, feeding them properly! And boy do they need to feed. I’ve been hard at work developing a brand new formula that will keep your mitochondria well fed and happily churning out energy for years to come. The key is feeding them what they truly need to thrive and reproduce! So what do we feed them on?
Red meat, particularly veal, contains the highest dietary concentration of D-ribose, but not significant enough to provide any meaningful nutritional support, especially to unwell individuals. What’s worse: heart, skeletal muscle, brain, and nerve tissue can only make enough D-ribose to manage their day-to-day needs when their cells are not stressed.
Unfortunately, these cells lack the metabolic machinery to make D-ribose quickly.
When oxygen or blood flow deficits are chronic, as in heart disease, tissues can never make enough D-ribose to keep up with demand. But the benefit of D-ribose is clear… In their book Reverse Heart Disease Now, Drs. Stephen Sinatra and James Roberts report how they use D-ribose in their practice to help patients suffering from coronary artery disease, congestive heart failure, peripheral arterial disease, and more.[2]
As they introduced D-ribose (and several other compounds) into their patient care protocols, they noticed an astonishing result: hospital admissions for their heart patients dropped dramatically. It’s not just about heart disease though.
For example, fibromyalgia patients are chronically fatigued and subject to muscle pain, soreness, and stiffness that can be associated with depleted cellular energy reserves.
It has emerged that patients with fibromyalgia and chronic fatigue syndrome may have faulty ATP metabolism, so it makes perfect sense to use D-ribose to help them.[3]
It’s clear that adding D-ribose was a no-brainer when it came to creating the ultimate mitochondria energy booster!
But there are several other ingredients that play a vital role in this new supplement.
That brings us to… L-Carnitine
Red meat, particularly veal, contains the highest dietary concentration of D-ribose, but not significant enough to provide any meaningful nutritional support, especially to unwell individuals. What’s worse: heart, skeletal muscle, brain, and nerve tissue can only make enough D-ribose to manage their day-to-day needs when their cells are not stressed.
Unfortunately, these cells lack the metabolic machinery to make D-ribose quickly.
When oxygen or blood flow deficits are chronic, as in heart disease, tissues can never make enough D-ribose to keep up with demand. But the benefit of D-ribose is clear… In their book Reverse Heart Disease Now, Drs. Stephen Sinatra and James Roberts report how they use D-ribose in their practice to help patients suffering from coronary artery disease, congestive heart failure, peripheral arterial disease, and more.[2]
As they introduced D-ribose (and several other compounds) into their patient care protocols, they noticed an astonishing result: hospital admissions for their heart patients dropped dramatically. It’s not just about heart disease though.
For example, fibromyalgia patients are chronically fatigued and subject to muscle pain, soreness, and stiffness that can be associated with depleted cellular energy reserves.
It has emerged that patients with fibromyalgia and chronic fatigue syndrome may have faulty ATP metabolism, so it makes perfect sense to use D-ribose to help them.[3]
It’s clear that adding D-ribose was a no-brainer when it came to creating the ultimate mitochondria energy booster!
But there are several other ingredients that play a vital role in
this new supplement.
That brings us to… L-Carnitine
Here’s another vital ingredient that takes Mito-Cell Rejuvenator to the next level!
The name carnitine is derived from the Latin "carnus" or flesh, as the compound was first isolated from meat.
Here’s another vital ingredient that takes Mito-Cell Rejuvenator to the next level!
The name carnitine is derived from the Latin "carnus" or flesh, as the compound was first isolated from meat.
Dimethylglycine is an amino acid, a building block for protein. It is found in the body in very small amounts and it doesn’t last long before being broken down. It is a very active molecule and has many uses.
Dimethylglycine (full name: N-Dimethylglycine HCI) is reputed to be helpful for many ailments, as well as also having a beneficial action on nervous system function, liver function, the body’s use of oxygen, and immune system function (acting as an anti-viral, anti-bacterial, and anti-fungal agent).
It can support healthy blood cholesterol and triglycerides as well as helping promote healthy blood pressure and blood glucose. 6
So it’s a great all-rounder.
Best of all, perhaps, it helps protect against stress and the effects of aging. Robert Atkins MD consistently used it as a fatigue booster for those who chronically lacked energy.
Dimethylglycine is an amino acid, a building block for protein. It is found in the body in very small amounts and it doesn’t last long before being broken down. It is a very active molecule and has many uses.
Dimethylglycine (full name: N-Dimethylglycine HCI) is reputed to be helpful for many ailments, as well as also having a beneficial action on nervous system function, liver function, the body’s use of oxygen, and immune system function (acting as an anti-viral, anti-bacterial, and anti-fungal agent).
It can support healthy blood cholesterol and triglycerides as well as helping promote healthy blood pressure and blood glucose. 6
So it’s a great all-rounder.
Best of all, perhaps, it helps protect against stress and the effects of aging. Robert Atkins MD consistently used it as a fatigue booster for those who chronically lacked energy.
Rhodiola (Rhodiola rosea), or golden root, belongs to a class of herbs known as adaptogens.
And the name pretty much describes what they do, they help your body adapt.
Rhodiola (Rhodiola rosea), or golden root, belongs to a class of herbs known as adaptogens.
And the name pretty much describes what they do, they help your body adapt.
It’s therefore a great energy booster and the perfect addition to my Mito-Cell Rejuvenator formula.
Now that seems like a full on breakthrough formula if you ask me.
But hang on just a sec…I’m not done yet.
When you’re taking Mito-Cell Rejuvenator I want you to leap out of bed every morning with the energy and vitality of a teenager, so I’ve put in a couple other very important compounds to round out this cutting edge new supplement.
It’s therefore a great energy booster and the perfect addition to my Mito-Cell Rejuvenator formula.
Now that seems like a full on breakthrough formula if you ask me.
But hang on just a sec…I’m not done yet.
When you’re taking Mito-Cell Rejuvenator I want you to leap out of bed every morning with the energy and vitality of a teenager, so I’ve put in a couple other very important compounds to round out this cutting edge new supplement.
COQ10 can support healthy blood flow and protect the blood vessels. This mechanism is related to nitric oxide preservation, as seen with Grape Seed Extract, Pycnogenol, and Resveratrol.
COQ10 can support healthy blood flow and protect the blood vessels. This mechanism is related to nitric oxide preservation, as seen with Grape Seed Extract, Pycnogenol, and Resveratrol.
✔ | They help break down and digest foods (which is always important for your body and your energy levels!) |
✔ | They help break down toxins in your blood supply |