Reactive Molecules Reactive molecules are the molecules that work with antioxidants to boost the immune system, increase athletic conditioning, and provide improved endurance.
Antioxidants can't work without them and yet, the antioxidants get all the good press.
It is the reactive molecules that enable the body to maintain proper chemical balance.
Maintaining this balance helps maintain good health, fight off infection, and fight visible and internal signs of aging.
They enable you to look and feel younger than you have in years.
It may not be the fabled Fountain of Youth but it is definitely the next best thing! Aging and Reactive Molecules Since reactive molecules are produced naturally in the body, there hasn't been a lot of information published about their importance for fighting aging or the important role they play in making antioxidants work better.
The problem is that as you age, your body produces fewer and fewer of these molecules.
This is why it takes longer to heal from injuries as you age and why you begin to wear the signs of aging more prominently on your face.
Your skin is no longer able to repair the damage of the elements that it has quickly repaired in the past by using reactive agents that are produced naturally in the body.
Until recently, there was no way to reproduce the reactive molecules outside the body.
Once they were gone, they were gone.
There was no way to create or invent more.
Today, that has changed with scientific advancements.
Types of Reactive Molecules There are two types of reactive molecules.
The first type works to fortify the immune system.
This helps you fight off infection, boosts health, and heals cuts and abrasions on the skin.
The second type protects cells from damage and activates antioxidants.
These molecules work to fight visible signs of aging, cause improved endurance, and actually help undo the damage that rigorous athletic condition can do to joints and muscles over time.
Between the two of them, every aspect of healing the body is covered.
Cells cannot only repair themselves but they can fully repair themselves.
Can you imagine getting rid of aches, pains, lines, and wrinkles you've had for years? Well, you can! What is Oxidative Stress? Oxidative stress is what happens when your body isn't able to detoxify itself.
This is when the "free radicals" you've heard so much about are formed.
Oxidative stress is believed to be the primary culprit in a handful of diseases including chronic fatigue syndrome, Alzheimer's disease, Parkinson's disease, and fragile X syndrome to name a few.
One commonly recommended method of fighting oxidative stress is with antioxidants.
Unfortunately, without the presence of the necessary reactive molecules, you can eat all the good fruits and veggies in the world and only receive a fraction of the potential benefit they have to offer.
New scientific advancements now provide a simple and effective solution to this problem because it enables the body to replenish the constantly diminishing supply of these vital molecules.
In fact, it's the only known manner of doing so and has taken over 16 years of study and research to perfect.
How Does Athletic Conditioning Impact the Body? Athletic conditioning is hard on the body.
It strains the joints, causes muscle aches, and leaves damage behind that you may not feel, much less fully process, for years to come.
While it may lead to prime conditioning for a little while, the aftermath to the human body can be devastating.
This is especially true once your body stops replenishing depleted reactive molecules on its own.
In the past, the only option available was to find a way to cope with the constant companion of aching knees or chronic back pain.
Today, there are other options available to you because you now have the option of using these vital molecules that have been created outside the human body for the first time in history.
Improved Endurance Athletes know how important every little edge is when it comes to toning and conditioning the body.
The ability to maintain a healthier chemical balance means improved healing and better performance on and off the field of competition.
Improved endurance means that training can last longer and be more productive without the residual pain and damage that is often the result of training without the benefit of reactive molecules.
These are just a few of the ways that this new scientific advancement may be able to help you:
Who Stands to Benefit This is the sixty-four thousand dollar question.
most from using this breakthrough technology? Baby Boomers - this is the generation that is feeling the pangs of aging and are fighting, kicking, and screaming every step of the way.
You aren't ready to go down and give up on living life on your own terms.
You resent the signs of aging that are slowly creeping up on you and are ready to do whatever it takes to take back your youth, good health, and vibrancy.
Young Adults - you aren't ready to give up on your youth and beauty.
You work hard and you play hard and there is little time left over to take it easy on your bones and joints.
You want to get the most out of life and don't feel like making excuses for it.
Older Adults - you're already feeling many of the signs of aging and want relief from some of the aches and pains that go along with growing old.
You want to enjoy the spark of youth once again and live a life that is free of many of the aches and pains that may have plagued you for years.
Really, who benefits Athletes - you want to improve any edge you have.
You want better athletic conditioning and improved endurance to help you gain an edge on and off the field.
It's not enough to enjoy more rigorous training and physical conditioning.
You want better results the world can see.
The better question to ask may be "who can't benefit from this new technology?"
Antioxidants can't work without them and yet, the antioxidants get all the good press.
It is the reactive molecules that enable the body to maintain proper chemical balance.
Maintaining this balance helps maintain good health, fight off infection, and fight visible and internal signs of aging.
They enable you to look and feel younger than you have in years.
It may not be the fabled Fountain of Youth but it is definitely the next best thing! Aging and Reactive Molecules Since reactive molecules are produced naturally in the body, there hasn't been a lot of information published about their importance for fighting aging or the important role they play in making antioxidants work better.
The problem is that as you age, your body produces fewer and fewer of these molecules.
This is why it takes longer to heal from injuries as you age and why you begin to wear the signs of aging more prominently on your face.
Your skin is no longer able to repair the damage of the elements that it has quickly repaired in the past by using reactive agents that are produced naturally in the body.
Until recently, there was no way to reproduce the reactive molecules outside the body.
Once they were gone, they were gone.
There was no way to create or invent more.
Today, that has changed with scientific advancements.
Types of Reactive Molecules There are two types of reactive molecules.
The first type works to fortify the immune system.
This helps you fight off infection, boosts health, and heals cuts and abrasions on the skin.
The second type protects cells from damage and activates antioxidants.
These molecules work to fight visible signs of aging, cause improved endurance, and actually help undo the damage that rigorous athletic condition can do to joints and muscles over time.
Between the two of them, every aspect of healing the body is covered.
Cells cannot only repair themselves but they can fully repair themselves.
Can you imagine getting rid of aches, pains, lines, and wrinkles you've had for years? Well, you can! What is Oxidative Stress? Oxidative stress is what happens when your body isn't able to detoxify itself.
This is when the "free radicals" you've heard so much about are formed.
Oxidative stress is believed to be the primary culprit in a handful of diseases including chronic fatigue syndrome, Alzheimer's disease, Parkinson's disease, and fragile X syndrome to name a few.
One commonly recommended method of fighting oxidative stress is with antioxidants.
Unfortunately, without the presence of the necessary reactive molecules, you can eat all the good fruits and veggies in the world and only receive a fraction of the potential benefit they have to offer.
New scientific advancements now provide a simple and effective solution to this problem because it enables the body to replenish the constantly diminishing supply of these vital molecules.
In fact, it's the only known manner of doing so and has taken over 16 years of study and research to perfect.
How Does Athletic Conditioning Impact the Body? Athletic conditioning is hard on the body.
It strains the joints, causes muscle aches, and leaves damage behind that you may not feel, much less fully process, for years to come.
While it may lead to prime conditioning for a little while, the aftermath to the human body can be devastating.
This is especially true once your body stops replenishing depleted reactive molecules on its own.
In the past, the only option available was to find a way to cope with the constant companion of aching knees or chronic back pain.
Today, there are other options available to you because you now have the option of using these vital molecules that have been created outside the human body for the first time in history.
Improved Endurance Athletes know how important every little edge is when it comes to toning and conditioning the body.
The ability to maintain a healthier chemical balance means improved healing and better performance on and off the field of competition.
Improved endurance means that training can last longer and be more productive without the residual pain and damage that is often the result of training without the benefit of reactive molecules.
These are just a few of the ways that this new scientific advancement may be able to help you:
- Increased energy
- Better immune system health
- Improved endurance for physical exertion
- Better overall health
- Faster healing
- More resistance to illness
- Enhanced athletic conditioning
- Younger looking skin
- Back pain relief
Who Stands to Benefit This is the sixty-four thousand dollar question.
most from using this breakthrough technology? Baby Boomers - this is the generation that is feeling the pangs of aging and are fighting, kicking, and screaming every step of the way.
You aren't ready to go down and give up on living life on your own terms.
You resent the signs of aging that are slowly creeping up on you and are ready to do whatever it takes to take back your youth, good health, and vibrancy.
Young Adults - you aren't ready to give up on your youth and beauty.
You work hard and you play hard and there is little time left over to take it easy on your bones and joints.
You want to get the most out of life and don't feel like making excuses for it.
Older Adults - you're already feeling many of the signs of aging and want relief from some of the aches and pains that go along with growing old.
You want to enjoy the spark of youth once again and live a life that is free of many of the aches and pains that may have plagued you for years.
Really, who benefits Athletes - you want to improve any edge you have.
You want better athletic conditioning and improved endurance to help you gain an edge on and off the field.
It's not enough to enjoy more rigorous training and physical conditioning.
You want better results the world can see.
The better question to ask may be "who can't benefit from this new technology?"
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