Congratulations for your interest in telomeres. You are most likely visiting this page because you heard about the relationship between telomere length and the aging process. You may also be looking for a way to stay young, and who isn't. This website will provide you all the information you need about telomeres and related substances like Telomerease and the effects they have on wellbeing and longevity. We will also provide you with Information on Product B , developed by Master formulator John Anderson , and reviewed by Popular Science and Elle Magazine ( who both declared "it works") . The most exciting news is that you really can put the breaks on the aging process, age related diseases and keep yourself looking and feeling younger than your age indicates. Maybe you wont live to be a hundred but the quality of the years will be better with longer telomeres. If you want information on Anti-aging programs, Product B and the latest in Telomere Science Sign up for our Newsletter and our FREE Product B e-book .

Sunday, January 22, 2012

Short Telomeres spell wrinkles and worse

There has been a great deal of research done on what causes the outward and inward signs of aging. Most of us would prefer to look younger and feel healthier, and, of course, live longer. One important factor, scientists have found, is the telomere. This is a tail, of sorts, found on either end of a strand of DNA, which protects the chromosome from becoming damaged or frayed. When your telomeres begin to “wear out,” the body begins to show signs of aging and deterioration. Skin changes, joint changes and even diseases like diabetes and cancer can be caused or exacerbated because of shortened telomeres.

The key, then, to slowing or even stopping this downhill march is to support those telomeres, keep them healthy and even reverse damage that has already been done. If you can reverse the damage done to your telomeres, you can reverse the signs of aging. Product B does just this. It offers a powerful formula of advanced nutrition for healthy aging, supporting the telomeres, which, in turn, continue to protect the body's chromosomes from damage over time.

So how do you know when it's time to address your telomeres ? Slowing down the telomere degradation can take place at any age . Those who are already experiencing the signs of aging can help regenerate the telomeres and even turn back the hands of time. Isagenix lets you try Product B for 30 days to enjoy positive changes on your telomeres.

Thursday, September 8, 2011

Tips to aging healthfully


Most people just move through their lives neglecting and abusing their bodies by eating unhealthy foods, living a sedentary life, and not managing the stress in their lives and then as soon as those first signs of declining health begin to show themselves they take steps to undo what years of bad habits has caused.

The concept of youthful aging, or growing older in years without the breakdown and degeneration of the body, has a foundation in prevention. It has to begin when you are young by maintaining a healthy diet abundant in fresh vegetables, fruits, whole grains and lean meats and plenty of water.

Exercise is a critical component to maintaining the health and vigor of your body. The key is consistency. The secret is to find a sport or form of exercise that you enjoy and do it on a regular basis. Make exercise a part of your daily routine so that you won’t skip it. Doing rigorous cardio-vascular exercise such as power walking, running, tennis, bicycling is good for your heart and your brain, burns fat and gives you energy. Weight training builds lean muscle mass, which burns fat and strengthens the body and maintains bone density. Building lean muscle also increases your metabolism, which is your body’s ability to burn calories at rest.

More gentle exercise regimens such as Yoga and Pilates are good for the body because doing them helps you to develop long, lean muscles. They also help you learn to manage the stress in your life, and increase your mental focus and concentration and sense of well being.

Maintaining mental sharpness is another key component of youthful aging. You must realize that you’ve got to use your brain—give it new challenges to solve, and keep it engaged with exciting activities in order to keep it sharp. Remain a perpetual student. Read challenging books on a wide variety of topics. Play challenging games that force you to use your thinking and strategic skills. Being engaged in helping others is a rewarding way to keep the brain young and sharp.

While prevention is not a sexy concept, it is the foundation of youthful aging. Guard the health and vitality you have when you are young by caring for your body and feeding it quality fuel and doing regular exercise, managing stress and keeping your brain sharp will ensure that you enjoy your golden years.

If you would like more information on how you can help undo the damage done to your telomeres , lengthen them and slow down the aging process please Contact http://findanassociate.com

Tuesday, August 23, 2011

Does stress contribute to aging

Anyone who is under physical, emotional or environmental can count on its effects even on a cellular level. One way in which stress ages the body is through a shortening of the telomere on each cell . Short telomeres not only contribute to us looking older but play significant roles in diseases like arthritis to cancers. Watch this informative video on Stress effects on telomere length and contact us or purchase Product B directly to help combat the stress of everyday life from prematurely shortening your telomeres

Wednesday, August 17, 2011

How to maintain your youth - A New product B promises to help

Finally ! Isagenix has released its anti aging SUPER SYSTEM !
Our corporate convention has ended and Product B , the telomerase enhancing formulation only available here , is available for purchase.

You could expect when taking this complete Health and Longevity system

- to maintain a healthy weight
-experience increased stamina
-reduction in the aches and pains of aging
-a youthful energy level ( stimulant free of course)
-a younger appearance
- better mental clarity and function

Isagenix corporate states about our Anti-aging regimen

Product B positively supports telomere health by combining scientific breakthroughs in telomere support and the benefits of antioxidants in youthful aging. Product B helps maintain youthful function of cells and healthy telomeres so you can live a longer, healthier life.*

People are talking about 100 being the new 80 and this is just the product to do it.. Imagine being 80 and looking and feeling 60 ! Try it Today risk free for 30 days !

Wednesday, August 3, 2011

Short telomeres cause disease and aging

Many studies have been performed to test the effect of shorter or longer telomeres on our cells. From much of what has been discovered about Telomeres the longer the Telomere, the younger the organism is on a cellular level. Appearance ( skin cell turnover) bone density, mental clarity ( Alzheimers) and many other diseases show a correlation between length of the telomere and development of disease. One scientific conclusion on telomeres and aging is
"These findings demonstrate a critical role for telomere length in the overall fitness, reserve, and wellbeing of the aging organism" , in layman's terms longer telomeres are indicative of youth and a disease free state.

Would you lengthen your Telomeres if the opportunity arose , what types of changes are possible if we could lengthen our telomeres ?
The reality is that it is possible to lengthen the human telomere. Popular Science Magazine Featured John Anderson , the Developer of Product B. Product B enhances Telemerase production and ehances the length of telomeres. Many people in the intial test group are experiencing the results of longer telomeres , have more energy, look more youthful, and feel more energetic.

Unfortuneately Product B is not available on the market yet, and it is the only anti-aging product proven to work on Telomere length. We will wait to try Product B and see the incredible results for ourselves

What is a Telomere


To put perspective on the important role of telomeres, let’s take a look at the chromosomes they protect.

Chromosomes are long, organized strands of DNA and proteins found in cells. These strands are in charge of all the processes that occur inside cells. The proper placement and functioning of chromosomes can predispose people to a normal, healthy body. Chromosomes also contain hereditary indicators that play very important roles in the development of an individual.

At both ends of every chromosome strand is a telomere. Telomeres act like bookends. Much like bookends are used to hold a row of books upright and organized on a shelf, telomeres keep chromosomes protected and intact. Telomeres prevent our chromosomes from becoming frayed, from fusing into rings, or binding with other DNA.

Cellular Aging


Cells are key to keeping our body going. They supply energy, regenerate to heal wounds, and are the foundation of our organs. With such an important role, it’s easy to see how keeping cells functioning in top form as long as possible is vital to healthy living. When cells are no longer able to replicate, the body’s ability to defend and repair itself, this leaves you susceptible to the complications of aging.

To understand the aging process, it’s important to take a look at the cellular level to discover how our cells age, and what impacts the aging process.

Increased Free Radicals

Each day, free radicals are created inside our bodies through normal, necessary chemical reactions. We also are exposed to and absorb free radicals that exists in our environments through pollution, UV radiation, x-rays, and second hand smoke and through our own actions from stress, smoking, and weight gain.

Over-exposure to free radicals damages not only our cells’ ability to function, but also the integrity of our cells’ overall composition. This results in a next generation of cells that is less healthy and less productive than the cells they came from. As we grow older, the number of mistakes incurred by daily cellular reproduction increases. The body actually creates nonfunctional cells, leading to more rapid deterioration of the body’s functions. As this process continues, it creates an increase in oxidative stress.

Increased Oxidative Stress

Our bodies constantly react with the air we breathe. We breathe in oxygen, as well as many other pollutants and toxins in our environment. As we breathe and eat, our body uses the oxygen and food to help create energy. The energy creating process, as well as the pollutants in our environment, create highly reactive molecules. These molecules are called free radicals. When free radicals interact with other molecules within the cellular structure, damage to proteins, membranes and DNA can occur.

Oxidative stress occurs when there is an imbalance in a cell’s production and handling of free radicals and its natural ability to repair the damage caused by the exposure. Telomere shortening is accelerated by oxidative stress and inflammation. Both of these processes are affected by diet and lifestyle.

Telomere Shortening

With a few exceptions, the natural process for human growth and healing involves cells dividing. Cells divide primarily to grow or heal the body by replacing worn out cells with new cells.

Telomeres play an important role in cell division. Each time a cell divides, the DNA unwraps and the information in the DNA is copied. When the cell is finished dividing, the DNA comes back together and telomeres re-assume their protective roles at the ends of the chromosomes. Unfortunately, the telomeres lose a little bit of length each time this happens, like a pencil eraser gets shorter each time it’s used.

Scientists have noticed that cells stop replicating when telomeres become too short. Without adequate telomere protection, essential parts of the DNA can be damaged in the replication process. In humans, a cell replicates approximately 40-60 times before the telomeres become too short. This limit is called the Hayflick Phenomenon (or limit). Research has shown the more a cell divides, the shorter the telomeres get, and the less time the cell will be productive and able to divide.

Diminished Antioxidant Defenses

Free radicals are highly reactive, unstable molecules that are thought to oxidize molecules, causing oxidative and cellular damage and thus putting the body in a state of imbalance. Antioxidants are nature’s defense against the harmful effects of free radicals. They guard cellular structures and DNA against electron-scavenging free radicals. Antioxidants can donate or receive electrons to neutralize free radicals, stopping the cascading effect of oxidation.

The majority of the work is done by the body’s own master antioxidant, glutathione, and antioxidant enzymes including glutathione peroxidase, catalase, and superoxide dismutase. When telomeres shorten and fray, recent research suggests that these antioxidant defenses diminish and protection against free radicals goes unchecked.

Mitochondrial Dysfunction

Every cell in the human body, except red blood cells, is packed with tiny organelles called mitochondria. Mitochondria are often referred to as “powerhouses” because they produce the energy required for cells to function, and ultimately the body. Cells with a high metabolic rate, such as heart muscle cells, may be equipped with thousands of mitochondria, while other cells may only contain a few dozen.

Mitochondrial energy production is an absolute necessity for physical strength, energy, stamina, and life itself. Even the slightest drop in mitochondrial energy output, no matter how subtle, can lead to weakness, fatigue, and cognitive difficulties. Unfortunately, during a cells aging process, mitochondrial function becomes less efficient.

Recent research indicates as telomeres shorten the result is a signaling that causes mitochondria to become dysfunctional. Mitochondria in our cells create energy we can’t live without. As mitochondrial efficiency decreases, cell function declines and its natural defenses against free radicals is impacted, leading to an increase in oxidative stress.