Freiburg Study proves significant whole-body benefits
Why Freiburg? Freiburg, Germany, is home to one of the oldest and most esteemed scientific communities in the world. Nineteen Nobel laureates hail from Freiburg. And its history of scientific excellence stretches back to 1457 with the establishment of Freiburg University—which today remains one of the most distinguished and leading-edge research universities in multiple areas, including biomedicine.
It was only in Freiburg where Melaleuca found the specialized instruments, facilities, and expert scientists necessary to evaluate the in-body benefits of supplementing with the Peak Performance Pack.* In fact, Melaleuca commissioned the pioneering researcher who invented the scientific device capable of measuring free radicals in a live human body. Although not a Freiburg University study, the expertise of the area and labs associated with the university were necessary for the clinical analysis of the research.
The Freiburg Study protocol measured more than 25 key health markers in humans, including difficult-to-obtain data like resistance to induced inflammation, circulating free radicals, mitochondrial free radical activity, and rate of oxygen consumption by blood cells. All of which paint a more detailed picture of what effect supplements can have in a live human body.
The results are profound!
Melaleuca knows of nothing that compares. To our knowledge (and we have researched this), no nutritional supplement has ever produced these kinds of results in the human body. Nothing even comes close!
The Freiburg Study was conducted with 48 human subjects of various ages. To be included in the study, participants were evaluated on their cholesterol measurements, triglycerides, blood pressure, blood sugar, and weight. As with the general population, many exhibited the characteristics of metabolic syndrome—meaning their numbers were elevated but still within a normal range. The testing was conducted before taking the Peak Performance Pack, one hour after taking the pack, after taking the pack for 6 weeks consistently, and after taking the pack for 12 weeks consistently. Some of the key indicators of health measured before and after light exercise included the following:
- Free radical activity
- Blood fat
- Blood pressure
- C-reactive protein (heart health)
- Heart rate
- Glucose levels
The Freiburg Study showed significant improvements across several key measures within one hour of taking the pack (reduction in free radicals, heart rate doesn’t raise as high during exercise [greater efficiency], improved resistance to inflammation, and significantly reduced glycemic spikes after meals). Even greater improvements were seen after 6 weeks of taking the pack, and the greatest level of improvement was observed after taking the pack for 12 weeks.* Benefits in as little as 60 minutes! For nearly a century, supplement manufacturers have been saying that the benefits are strictly long range—that the true benefits of the nutrition they offer will take years to truly manifest. Melaleuca broke that mold with its 90-Day Challenge—promising you could feel a difference within 90 days. But now Melaleuca takes that promise where it has never been before. The Freiburg Study shows that many of the incredible benefits of the Peak Performance Pack are measurable in the body in as little as one hour! Think about that—your health begins to improve within just 60 minutes!
The damage free radicals create throughout the body is random. Millions of molecules are affected every second. But whether or not that damage impacts your health depends on the function of the molecule. Many molecules can be damaged without any consequence. Others are essential to your continued good health. Of course, the greater the number of excess free radicals present, the greater the chances for significant damage.
The amount of damage done when a free radical steals an electron from an adjacent molecule depends completely on the function of the molecule. For example, if an electron is stolen from a glucose molecule in your bloodstream, the damage will have little to no impact at all. However, if the affected molecule is part of a cell membrane somewhere in your body, significant damage may be done— perhaps causing the cell to age prematurely. If the molecule makes up part of the DNA of a cell, the free radical damage could cause the DNA of the cell to mutate, potentially leading to serious health problems.
Consider a golf ball dropped from an airplane at 40,000 feet. A single golf ball, dropped from an airplane at that altitude, will probably not do any damage to the ground below. The odds are it will fall harmlessly into some farmer’s field or land quietly somewhere in a forest. But it could, by some improbable chance, hit someone’s house, someone’s car, or worse— land squarely on someone’s head! The damage would be terrible! But most likely, it would land harmlessly and do no damage at all.
But if you were to drop a bucket of golf balls, the chances of one of those golf balls doing damage is greatly increased. And if you were to dump a semitruck full of golf balls, the likelihood increases even more. And if you dump a trainload of golf balls, it is quite likely that at least a few of the golf balls will do some serious damage to something.
So it is with free radicals. The greater the number of free radicals, the greater the likelihood of serious damage. The goal is to decrease the total amount of free radical activity, thereby decreasing the likelihood of meaningful damage.
Minor radicals do major damage
- When free radicals steal electrons from DNA molecules, they can cause the DNA molecules to mutate.
- Free radicals can damage lipid components in the blood.
- Free radicals can also negatively impact proteins by altering their structure and compromising their function.
This is especially dangerous since many proteins serve as critical enzymes within the body.
Powerful, unparalleled results.
In the simplest terms, health can be broken down into broad categories that represent the interconnected bodily systems that make up our intricate human anatomy. Though further research is planned, the Peak Performance Pack has already demonstrated incredible, measurable benefits in the key categories of holistic health: heart health, metabolic health, and cellular health.
Improved Metabolic Health
The spike of blood glucose after a high-sugar meal was significantly lower after participants started taking the Peak Performance Pack and the body’s insulin response was significantly lower. We may now conclude that the pack:
- Helps your body more efficiently utilize blood sugar*
- Helps support normal insulin response in healthy individuals*