JUST EVOLYOURSELF: THE WAY IS EASY & LITE!

GENERAL FACT: Every seven years you get new cells.  So by the time you are 50 years old you will have had 7 sets of cells, or 7 new bodies.  The problem is not before long the new cells are treated much like the old cells that where destined to be sick and compromised, mostly preventable with more positive lifestyle choices.  

Therefore, according to study below:

If your HEART can Create New Cells… EVOLYOURSELF SECRET: We Just Need To FEED new Cells WELL/POSITIVE NUTRIENTS, EXERCISE, OXYGEN, REDUCE UNHEALTHY STRESSORS…So they can stay functioning properly through their 7 year cycle, like the body intended.

WHY: So they Don’t Become malfunctioning SICK / NEGATIVE - Dying Cells!!!

Note: If something was going to go wrong/malfunction in the bodies systems, it generally happens as a gradual thing. As the majority of cells weaken and new cells are quickly replaced by sick cells at a rapidly increasing rate… to the point that old cells are the majority, you have what doctors call DISEASE.

Prevention starts from with-in the mind, and a healthy world you want to create is a matter of CHOICES.  Start changing and making your choices more positive, this will start you in the right direction NOW. 

As you increase the positive the negative simply falls away… don’t get into it with yourself… JUST EVOLYOURSELF! The way is easy and buden lite, so add the easy positive habits like exercise, proper hydration, deep breathing, fresh fruits and veggies.

-NJOY

In health, Dr. Joe

STUDY SHOWS: Heart Cells Grow Throughout Life Span

Researchers have discovered that the human heart continues to generate new cells throughout its life span. The finding may lead to the creation of new treatments to boost regeneration in people with heart problems, such as heart attack victims.

Scientists have long thought that organs such as the heart, brain and pancreas are unable to create new cells after development. This theory is largely based on the limited ability of these organs to recover after being damaged by illness or injury. In addition, primary cardiac tumors are very rare, suggesting restricted cell growth within the human heart. However, the rate of cell proliferation in the heart had not been directly measured.

 

 

Scientists at the Karolinska Institute in Sweden and Dr. Bruce Buchholz at Lawrence Livermore National Laboratory (LLNL) in California have developed an innovative way to solve this problem. Their method is based on the observation that cells in the body contain a carbon-14 “timestamp.”

The atmospheric concentration of carbon-14 was relatively stable until the Cold War, when above-ground testing of nuclear weapons in the late 1950s to early 1960s caused a spike worldwide. This increased the amount of carbon-14 that was incorporated into the DNA of everyone alive on Earth at the time. Since above-ground testing has been banned, the amount of carbon-14 in the atmosphere—and therefore the amount incorporated into new cells—has gradually fallen. Scientists can now pinpoint when a cell was created by measuring its concentration of carbon-14.

In the new study, the researchers performed carbon-14 analyses of DNA from heart muscle cells (cardiomyocytes) at LLNL’s National Resource for Biomedical Accelerator Mass Spectrometry, a research center supported by NIH’s National Center for Research Resources (NCRR). Tissue samples were obtained from people born up to 22 years before the onset of the nuclear bomb tests.

The researchers reported in Science on April 3, 2009, that the samples’ carbon-14 levels showed that cells in the human heart are created into adulthood. The scientists next determined the rate of heart cell growth over time by measuring the carbon-14 DNA profile of people born both before and after the 1950s testing. Mathematical modeling of the carbon-14 data revealed that a 50-year-old heart still contains more than half the cells it had at birth but that the turnover slows down with time. A 25-year-old heart replaces about 1% of all its cardiomyocytes over the course of a year, while a 75-year-old heart replaces about half a percent.

These findings raise the possibility that, if the heart produces more cardiomyocytes after a heart attack, techniques could be developed to enhance that process and potentially reverse heart damage.

“The advantage of cardiomyocyte regeneration over current clinical treatments is the possibility of repair,” Buchholz explains. “Heart attacks produce scar tissue that never functions properly. If the heart could be stimulated to repair the damage with new cells, recovery from heart attack may be much improved.”

—by Nancy Van Prooyen