Where To Buy Hgh Injections Products

HUMAN GROWTH HORMONE RESEARCH & NEWS



HOME > HUMAN GROWTH HORMONE RESEARCH & NEWS

Previous 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 Next





DON'T EAT BEFORE YOU SLEEP INCREASE HGH


Written by Dr. Welsh, Published on 22 November 2013

growth hormone stimulates normal health body growth


Dont Eat Before You Sleep - Increasing Human Growth Hormone Effectiveness Through Smarter Eating Habits

Although Human Growth Hormone Therapy is a highly effective form of therapy, your results will increase significantly if you make a resolution to live in a healthier way. Maintaining a nutritious diet of moderation is a key to living a balanced life and maximizing the benefits of your treatment. Also, it is important to eat the right portions at the right time in order to maintain a healthy metabolism and encourage restful sleeping patterns. If you choose the wrong foods and eat them at the incorrect times you may not achieve the results you desire with your Hormone Replacement Therapy.

Eat Smart, Eat Early

One of the keys to successfully losing weight is to eat your meals at the right times. Eat dinner two hours before you go to bed for the night so that your body has the time to digest your meal. Although it is important not to go to bed on a hungry and empty stomach, it is equally important not to fall into bed right after you eat your final meal. Going to bed with just a tinge of hunger is ideal. This hunger is your body telling you that you are doing the right things and that you are burning calories faster than you are consuming them. Your body uses hunger as a mechanism to help you sleep properly throughout the night, and to wake up at the right time as well.

When your body starts to experience significant hunger after around 8 hours of sleep, cortisol levels in your body will naturally start to rise and stir you from sleep. If you eat just before bed, then your body does not digest the food you eat as ideally as it should, and a higher portion of that food will be converted into fat. In addition to this, if you give in to your brains demands for more food, your body will not utilize reserves of body fat stored in adipose tissue around the body, which will also prevent you from losing weight.

Every time you put food in your mouth, this results in a slight increase of metabolism. The problem with consuming food just before bed is that sleep decreases the beneficial effect of this metabolism. As your body prepares for sleep, the internal metabolic processes begin to slow down in order to prepare your body and mind for sleep. The same calories that you consume during the day will lead to a higher number of calories burned off during your waking hours than during your resting hours. Once you fall asleep, your body will only burn the calories necessary to maintain your basic processes such as your heartbeat and simple digestion.

Late Night Binging Ruins HGH Production and Effectiveness

You probably dont realize this, but going on a late night binge before bed can also prevent you from properly maintaining your metabolism and burning calories the next morning. Lets provide an example. One night, you get hungry after dinner and decide to eat a bowl of pasta and a pear at 10:30 at night, then you fall asleep at 11. When you wake up the next morning at 7:30, your body will still be full from the night before, and you will not be ready for breakfast.

If this occurs, then there is a significant chance that you will skip your first meal of the day since you arent hungry and, and you will wait until later to have a snackor perhaps you will wait all the way until lunch. Metabolism is intrinsically connected to the digestive process. When you skip your morning meal, it prevents your natural metabolism from boosting as a result of breakfast. Its a bit counterintuitive, but eating breakfast burns more calories than skipping the meal. You are better off eating a nutritious and healthy breakfast because it will boost both your energy and your overall metabolism, encouraging the body to burn more calories and helping you lose weight.

In addition to this, there are multiple research studies which have shown a significant correlation between skipping the first meal of the day and overeating through the course of the day. Also, there is evidence that those that skip breakfast are more likely to choose unhealthy foods during the later meals of the day and experience cravings at a higher rate throughout the rest of the day.

How to Maintain an Optimal Diet for Weight Loss and Health Maintenance in Combination with BioIdentical Hormone Replacement Therapy HRT

It is not necessary to eat a large meal for dinner in order to eat healthy. A modest meal will suffice, and a healthy and balanced breakfast and lunch are more important. Consuming too much food during this final mealor worse, after dinnercan lead to increased storage of fats. The over consumption of simple carbohydrates such as processed grains and pastas can make this issue become even more pronounced.

In addition to this, eating carbohydrates with a high-glycemic index such as sugar, white rice, potatoes, and pasta will lead to spiked insulin levels while you are asleep, which is incredibly unhealthy. Elevated insulin levels have the effect of reducing endogenous Human Growth Hormone Production. If you go to bed with a stomach full of carbohydrates, this wreaks havoc upon your natural Human Growth Hormone production because your body produces the majority of your Human Growth Hormone during deep sleep.

Nearly eighty percent of your endogenous Growth Hormone secretion occurs during these resting hours. In addition to this, Insulin also reduces the effect of injectable Human Growth Hormone as well, making it extremely detrimental to an HGH Hormone Replacement Therapy regimen. If you are not producing sufficient levels of Human Growth Hormone, this will cause you to age at a faster rate, and it will also reduce your bodys metabolism, leading to unwanted weight gain.

HGH Diet Tips

Below is a list of suggestions to help you eat the right way and minimize the meals negative effects on your HGH Hormone Replacement Therapy:

  • Plan your dinner three hours before bedtime. For example, if you normally go to sleep at ten, eat dinner at seven oclock, and avoid bedtime snacks. This way, your body will have burned off a significant portion of your dinner before you fall asleep, allowing you to wake up hungry to seize both breakfast and the day.

  • Rather than having two or three large meals at lunch and dinner, spread meals throughout the day. Aim for six small meals every day, every two to three hours. Make sure they are healthy, nutritious, and moderate in nature. Breakfast and lunch should be the most significant meals of the day, because breakfast kickstarts your metabolism, and lunch helps you make it through the entire day with the energy you need to function optimally.

  • Your nightly dinner should consist primarily of lean meats such as turkey, fish, or chicken breasts. Cottage cheese is also a smart and healthy option. Combine your protein with carbohydrates that feature a low-glycemic index such as fruits and vegetables. Carbs which have a low-glycemic index tend to be lower in calories and fill you up quicker. Your body must work harder to digest them, and in doing so you burn calories. In addition to this, low-glycemic carbohydrates dont spike your insulin levels, so they do not hinder the effects of natural Human Growth Hormone Replacement Therapy and endogenous HGH production. As was mentioned earlier, try your best to avoid processed carbohydrates and other carbs which spike insulin levels such as cereals, potatoes, and white rice, because of the negative effect which they have on your insulin levels.

  • Only eat carbohydrates with a high glycemic index before your daily workout. High-glycemic carbs can have a positive effect when burned soon afterward during exercise.

  • If you do experience late night hunger pangs which make sleep difficult, it is acceptable to break the rules and eat a small snack from time to time. Pick a low-glycemic food high in dietary fiber such as an oranges, peaches, apples, plums, or berries. Many fresh vegetables will also suffice, as will vegetable juice.

  • Flaxseed is an amazing food which enhances the effectiveness of HGH injections. It is an excellent source of dietary fiber and is an alternate source to acquire Omega-Three Essential Fatty Acids. Four Tablespoons of Flaxseed is the suggested daily requirement. In addition to providing fiber and Omega-Threes, Flaxseed also has the ability to ward off cancers of the endocrine system such as breast cancer and prostate cancer, increasing longevity and further decreasing the already low potential for HGH bio identical Hormone Replacement Therapy side-effects!

  • If you are using Human Growth Hormone for bodybuilding with hopes of increasing muscle strength and mass, choose low-fat cottage cheese made from skim milk. Cottage cheese is a fantastic option, because it is chock full of a protein known as casein, which the body expends a high level of energy to digest.

By eating smart and following the dietary guidelines set forth in this article, you will go a long way in maximizing the outcome of your Human Growth Hormone Replacement Therapy.


L-CARNITINE: IMPROVES COGNITIVE FUNCTION IN CENTENARIANS


Written by Dr. Welsh, Published on 01 October 2017

growth hormone supplementation hgh hrt health


L-Carnitine proven to reduce physical and mental fatigue while improving cognition in those over 100 years of age.

The American Journal of Clinical Nutrition has recently released data from clinical research conducted by Italian scientists regarding L-Carnitine as a medical treatment. The study was financed in order to explore the potential benefits of L-Carnitine in elderly patients. The results of the study indicate that L-Carnitine has the ability to significantly improve cognitive ability and reduce fatigue in patients of one hundred or more years of age.

How Does the Body Get L-Carnitine?

L-Carnitine is naturally produced in the human body, but like many other vital hormones and proteins, endogenous production of this vital protein declines naturally as a result of the aging process. In a healthy individual, the human body contains somewhere between twenty and twenty five grams of this molecule. L-Carnitine is most abundant in cells and organs across the body that have very high metabolic requirements. These organs include the brain, the heart, muscles, immune cells, sperm, and nerves.

Without a sufficient supply of L-Carnitine, the human body cannot sustain itself. Although a large portion of L-Carnitine that human beings utilize comes from the diet, the human body has the ability to synthesize this protein when the body has an adequate amount of the amino acids methionine and lysine. In addition to the presence of these amino acids, the body also needs the nutrients iron, Vitamin B3, Vitamin B6, and Vitamin C in order to create this hormone internally. Without proper nutrition, the human body is unable to produce its own store of L-Carnitine and health will deteriorate as a result.

L-Carnitine is Necessary for Healthy Metabolism

L-Carnitine is vitally important in maintaining a healthy level of cellular metabolism, and if the body is deficient in this vital hormone then the body's protective physiological processes slow down as well. Like Human Growth Hormone Deficiency, L-Carnitine Deficiency plays a major role in an increased rate of aging and decreased rehabilitative ability. L-Carnitine Deficiency is widely believed to be one of the primary factors which induce severe fatigue in older patients, and there is great hope that L-Carnitine can be used in order to amplify low-energy levels in geriatric patients.

L-Carnitine Study Parameters

This particular study featured 46 women and 24 men ranging in age from 100 to 106. All of these patients were chosen based on their report of experiencing significant exhaustion after even the most minor levels of physical activity. This was a tightly controlled study in which half of the patients were randomly selected to ingest two grams of L-Carnitine daily while the control group unknowingly took a placebo. The 70 patients were monitored over the course of 6 months while taking daily doses of either L-Carnitine or placebo.

Every patient underwent a routine physical both before and after the 6 month period of treatment in which their muscle mass, total body fat, and BMI were recorded. Once each month, the researchers drew blood samples in order to monitor L-Carnitine and Cholesterol levels as well as a number of other factors. In lieu of a more analytical method, patients were asked to self report levels of physical and mental fatigue and exhaustion.

The Similarity of Fatigue and Pain

Fatigue is similar to pain in that the experience of these two negative phenomena are completely relative to the perception of the patient and not to any testable analytic. Before and after the monitoring period, each patient was evaluated for overall cognitive function. Although fatigue is impossible to accurately measure, cognitive testing can scientifically prove that self-assessed fatigue limits overall cognitive ability. The physical effects of fatigue were monitored via a 6 minute session of light cardiovascular activity.

L-Carnitine Study Results

Out of the seventy patients who participated in this study, eight of the patients died before the six month testing period was complete. Three patients in the experimental group did not survive the testing period, while five patients in the placebo group died. This left 62 patients who provided a full set of usable data. Over the course of six months of therapy, the experimental group did indeed experience boosted levels of L-Carnitine in the blood stream. As a result of this increase in L-Carnitine Levels, the patients experienced a number of positive benefits, including:

  • Measurable decrease in mental and physical fatigue

  • Reduction in severity of mental and physical fatigue

  • Increases in muscle mass

  • Reduced levels of fat

  • Decreased cholesterol levels

  • Improved performance on cognitive tests

  • Increased ability to withstand light physical activity

How does L-Carnitine Benefit the Body?

It is well known in the medical community that L-Carnitine is vital for the oxidation of long-chain fatty acids by cellular mitochondria. It is believed that increased L-Carnitine levels improve the ability of the mitochondria to metabolize fatty-acids, thus causing a number of physiological benefits in the experimental participants, manifested both physically and cognitively.

This evidence also suggests that increased levels of L-Carnitine help the body utilize glucose more efficiently, allowing the body to sustain activity for a longer period of time. In addition to this, L-Carnitine preserves muscular glycogen, which is the immediate energy source for the muscles. All of this combines to preserve the rate at which ATP is efficiently expended in order to support physical activity. In patients with L-Carnitine Deficiency, ATP stores are burned up more quickly, causing these individuals to experience fatigue and exhaustion more quickly, inhibiting their ability to engage in cardiovascular activity dependent upon the severity of the deficiency.

Elderly Patients Desperately Need L-Carnitine

By the age of 100, Endogenous L-Carnitine levels are incredibly low, allowing researchers to vividly see the potential benefits of L-Carnitine supplementation for patients with lesser deficiency. The researchers who conducted this study came to the ultimate conclusion that L-Carnitine supplementation has the ability to reduce body fat, increase muscle mass, and improve capacity for physical and cognitive activity by reducing the effects and severity of exhaustion and fatigue.

L-Carnitine Supplementation a Smart Decision

L-Carnitine is a vital part of a healthy diet and helps maximize physical and mental health. Although our body can naturally produce a certain level of L-Carnitine, it is necessary to eat foods or take supplements which contain L-Carnitine in order to maximize the benefits of the hormone. L-Carnitine is a legal supplement which can be purchased at nearly all nutrition stores. A normal and healthy dose of L-Carnitine is generally between 2 and 4 grams of L-Carnitine per day, which is around the dose provided to the patients in the study discussed above.

L-Carnitine Important for Individuals of All Ages

Although the above study is related to the use of L-Carnitine in geriatric patients, it displays the importance of maintaining a healthy level of L-Carnitine throughout one's life. Healthy levels of L-Carnitine are necessary in order to maximize the benefits of cardiovascular training because it helps the body maintain the necessary level of energy in order to engage in strenuous exercise.

The hypothesis of the researchers in the above study, that L-Carnitine is necessary to sustain ATP levels optimally over time, shows that fatigue and exhaustion are physical disorders related to the energy available to the body at any moment in time. It is not just a matter of the brain or the muscles' ability to withstand pressure, but fatigue is directly related to the rate at which the body uses up internal energy sources such as ATP.

L-Carnitine increases the Benefits of HGH

Both L-Carnitine and Human Growth Hormone are intricately related to the metabolic processes which enhance exercise ability and increase our ability to withstand physical exertion. L-Carnitine helps the body use every ounce of energy with maximum efficiency, whereas Human Growth Hormone releases internal stores of energy which provide the muscles of the body with additional energy to further enhance exercise capacity. L-Carnitine and Human Growth Hormone play unique yet inextricably linked roles in physical performance, and both HGH Deficiency and L-Carnitine Deficiency prevent individuals from achieving optimal energy levels and sapping men and women all over the world of their vitality.

Human Growth Hormone and L-Carnitine are fantastic when taken together. L-Carnitine is a vital protein that the body absolutely has to have to survive, but it is in no way a substitute for Human Growth Hormone. HGH is a vital hormone which promotes metabolism throughout the body, whereas L-Carnitine simply maximizes the effectiveness of available energy. In terms of physical performance and energy, think of HGH as an energy excavator and think of L-Carnitine as an agent of efficiency.

L-Carnitine Supplementation

What Forms of L-Carnitine Supplements are Effective?

L-Carnitine is available in a number of forms and, for the most part, the protein remains intact through the process of digestion. L-Carnitine can be commonly found as a liquid, hard tablet, or powder capsule. There are a number of options available and you are free to choose which works best for you. For patients who are significantly deficient in L-Carnitine, it is possible to receive an L-Carnitine injection from a physician via prescription.

Do Not Take Too Much L-Carnitine

We do not suggest taking a dose of L-Carnitine greater than 4 milligrams per day without the approval of a qualified physician, because there are certain risks involved with L-Carnitine overdose. L-Carnitine overdose can cause stomach problems such as cramping, nausea, vomiting, and diarrhea. Overdose of L-Carnitine can also lead to elevated levels urea in the blood which can actually hinder exercise performance and cause muscular weakness.

Natural Sources of L-Carnitine

In addition to taking L-Carnitine in supplemental form, there are also many great sources for the vital protein that you can find in your every day diet. Red meats are a significant source of L-Carnitine, although they should be eaten sparingly if at all in any diet. For individuals who are not lactose-intolerant, Milk products are a great source of L-Carnitine. L-Carnitine deficiency is a fairly common occurrence among vegans and vegetarians for this reason.

For individuals who desire to limit red meat consumption and are lactose intolerant, there are a number of fruits and vegetables which provide L-Carnitine, including bananas, apricots, kale, parsley, okra, mustard greens, garlic, collard greens, Brussels sprouts, broccoli, and asparagus. Seeds and nuts also contain a healthy dose of L-Carnitine as well. Whole wheat, rice bran, oatmeal, corn, and rye contain L-Carnitine, but remember to avoid processed rice and grains when possible.

L-Carnitine as a Medical Treatment

There are a number of medical conditions for which L-Carnitine supplements and injections are recommended and/or prescribed. Some individuals have a genetic disorder which limits their ability to process their own L-Carnitine. Certain medical treatments such as hemodialysis can lead to L-Carnitine Deficiency as well. L-Carnitine supplements are an important thing to consider when starting a diet, because making a significant dietary transition can often lead to insufficient ingestion of certain nutrients such as L-Carnitine.

L-Carnitine is also a common supplement used during treatment of cardiovascular complications. L-Carnitine has been shown to alleviate cholesterol levels and decrease risk of heart attack, heart failure, and stroke. The protein has also been shown to relieve certain issues arising from poor circulation in the extremities.

L-Carnitine Reverses Muscle Atrophy

L-Carnitine supplementation is often recommended for AIDS patients in order to alleviate the symptoms of muscle wasting associated with the immune virus. L-Carnitine helps prevent the human body from feeding on its own musculature, which helps AIDS patients and has also been used to preserve health in patients in recovery from anorexia as well. For men who are having fertility trouble, L-Carnitine is often an early suggestion for encouraging procreative ability.

For patients too young to suffer from HGH Hormone Deficiency, L-Carnitine is a useful method of safely and legally optimizing endurance and physical performance. If you do suffer from HGH Hormone Deficiency or Testosterone Deficiency, L-Carnitine is one of the many nutrients that you will need to maximize the benefits of your treatment.


L-Carnitine and Bone Mass

As we age, L-Carnitine levels in the cells start to decline. This negatively impacts the metabolism of fatty tissues throughout the body. The bones are significantly affected by this metabolic decline. The bones are slowly but constantly undergoing a process known as remodeling and organs known as osteoblasts require adequate metabolic activity to perform their function of restructuring bone. Without sufficient osteoblast activity, the bones are slowly leeched of their calcium and an overall reduction in bone capacity will eventually result in osteoporosis.

L-Carnitine Provides Antioxidant Benefits

L-Carnitine is one of a large group of nutrients and supplements known as antioxidants. Antioxidants protect the body at a cellular level from elements known as free radicals. Free radicals are rogue atoms and molecules that lack an electric charge and can damage human cellular bodies. The purpose of antioxidants are to cancel out the potential damage caused by free radicals. When individuals lack sufficient antioxidants, these rogue elements and molecules take control and break down organs at a cellular level. L-Carnitine Deficiency is common in geriatric patients and, as a result, these patients are more at risk of cellular damage as a result.

Pharmaceutical Uses for L-Carnitine

L-Carnitine and the Heart

Clinical research has proven that L-Carnitine can be beneficial for patients that have suffered from angina. L-Carnitine supplementation reduces the need for certain medications and also increases energy and reduces fatigue while helping prevent further occurrences of chest pain. Some clinical studies even present evidence that L-Carnitine can help those that have suffered a heart attack from experiencing another. L-Carnitine can also prevent angina after a heart attack and can preserve normal heart rhythm, which may prevent the need for a pacemaker. There is not definitive evidence regarding these final claims as of yet, however.

L-Carnitine and Kidney Disease

The kidneys are one of the primary organs which create endogenous L-Carnitine. Patients who suffer from kidney disease almost universally suffer with issues with L-Carnitine production. Patients who undergo dialysis as a result of kidney disease are often prescribed L-Carnitine in order to maintain energy levels and reduce symptoms of fatigue related to kidney disease and its treatment.

L-Carnitine and Male Fertility

L-Carnitine Deficiency can lead to fertility issues in males. Sperm cells are one of the kinds of cells which most rely on L-Carnitine in order to function optimally. With insufficient L-Carnitine, sperm quality declines and the sperm are often not active enough to ensure insemination. L-Carnitine has also been proven beneficial in treating a disorder known as varicocele, which is a vascular disorder which disrupts the functional ability of the testicles. Evidence even suggests that L-Carnitine supplementation even outperforms surgery in the treatment of this disorder.

L-Carnitine and Weight Loss

Those who are interested in weight loss would be smart to use L-Carnitine as a dietary supplement. L-Carnitine is often labeled as a weight-loss treatment, but this is not quite an accurate assessment of what L-Carnitine can achieve. There is evidence that L-Carnitine can improve BMI by decreasing adipose fat while boosting muscle mass, but this may not result in overall weight loss. L-Carnitine in this respect can be understood more as a mechanism for body sculpting than for the encouragement of weight loss.

For patients with Human Growth Hormone Deficiency, Bio-Identical HGH injections vastly outperform L-Carnitine in the treatment over obesity, although L-Carnitine does produce many positive benefits regarding cardiovascular and metabolic health. It is important to think of L-Carnitine as a supplement which can increase the effectiveness of various forms of Hormone Replacement Therapy rather than a fully-fledged treatment option in and of itself.

L-Carnitine and Muscle Developmental

Clinical research has proven that L-Carnitine significantly improves muscle development and function. One study shows that L-Carnitine supplementation can even help healthy individuals increase muscle mass and reduce fatigue associated with exercise. Of course, until research suggests otherwise, it is important to limit L-Carnitine consumption to no more than 4 grams per day. As the body loses the ability to produce its own L-Carnitine with age, the benefits of L-Carnitine supplementation continue to become more and more pronounced.

L-Carnitine Can Benefit Patients with Mild to Moderate Asthmatics

Studies are beginning to show that some forms of asthma may be the result of L-Carnitine Deficiency in youth. In comparison to healthy children, kids with mild to moderate chronic asthma were shown to have comparatively lower levels of L-Carnitine. L-Carnitine has been shown to be a useful and successful treatment option for a significant portion of children with this form of asthma. L-Carnitine is thought to improve metabolism in cells within the lungs which helps the organ to absorb oxygen more efficiently, often reducing and eliminating the need for an inhaler.

L-Carnitine and Hyperthyroidism

Hyperthyroidism is the result of an overactive thyroid gland. Symptoms of hyperthyroidism include fatigue, insomnia, muscle atrophy, weight loss, and anxiety. There is clinical proof that hyperthyroidism pulls L-Carnitine from the body and impoverishes cells throughout the body from healthy L-Carnitine levels. There is significant evidence that L-Carnitine supplementation can alleviate and reverse many symptoms of Hyperthyroidism. L-Carnitine is secondary to hyperthyroidism and does not prevent hyperthyroidism, but can alleviate symptoms when they occur.

L-Carnitine is an Important Part of any Health Regimen

L-Carnitine is a potent metabolism-enhancing protein which can provide significant benefits throughout the body. Many Anti-Aging Hormone Panels include testing for L-Carnitine Deficiency. This test will help your physician optimize your Hormone Replacement Therapy Regimen, providing you the greatest possible benefits.

Healthy levels of L-Carnitine help Human Growth Hormone HRT patients by optimizing physiological and cellular metabolism. L-Carnitine also helps patients undergoing Testosterone Hormone Replacement Therapy by providing additional energy for muscle development and helping to preserve or even restore fertility in Testosterone Deficient patients.

Even if you do not choose to utilize Hormone Replacement Therapy, we encourage you to take supplemental L-Carnitine in order to help improve your physiological profile.


STEM CELL THERAPY NANOG FOR IMMORTALITY


Written by Dr. Welsh, Published on 11 June 2015

Stem Cells and the Future of Health Care

Although the medical field of Stem Cell Research is in its infancy, its potential for improving health care around the world is unprecedented. In the next generation of medicine, there is no doubt that new procedures and methodologies utilizing stem cells will change the way that people all across America and the globe live.

What is a Stem Cell?

Stem cells are literally the building blocks of a human being. Stem cells are cells which contain the genetic code to build something larger than themselves. When a human being is conceived, it begins as a microscopic ball of these stem cells. Over time, these cells differentiate and develop into the various cells, tissues, and organs that an organism must have to survive.

By investing our time and energy in researching stem cells, we are able to observe how a human is formed one tiny step at a time. Research involving Stem Cells and how to utilize them effectively in a medical environment will eventually change the way that physicians and surgeons practice medicine and conduct patient care.

Although human beings have an amazing capacity for regeneration, there are limitations to the ways in which an adult stem cell can repair injured tissue or organs. For example, neurons have an extremely limited capacity to heal and regenerate. There is evidence that stem cells have the ability to regenerate tissue in ways that are simply impossible for adult cells, because of their immature state.

Because of the unique nature of stem cells, in the future, the potential for stem cells to be utilized in order to repair or replace damaged organs and tissues has the ability to significantly alter the way that we treat everything from cancer to arthritis.

How Can Stem Cell Research Improve our Lives?

There are numerous ways in which Stem Cells may improve the way that we practice medicine. A number of medical afflictions have the terrible capacity to destroy tissue to an extent that regrowth and rehabilitation is not possible. By manipulating Stem Cells, it will likely be possible to stimulate the regrowth of tissues and organs like the liver or kidneys that the body no longer has the ability to repair on its own. There is even potential that sometime in the future, stem cells may be used to completely regrow new organs for transplantation, vastly reducing the risk of rejection and reducing the need to wait on donor organs.

Researchers hypothesize that numerous diseases which are considered incurable today will likely find their cure via Stem Cell Research. The benefits of Stem Cell Replacement can potentially lead to amazing changes in the way that we treat cancer, arthritis, stroke, heart disease, spinal cord damage, diabetes, burns, and even neurological disorders such as Parkinson's Disease and Alzheimer's.

In addition to the potential benefits provided by Stem Cell Treatments themselves, Stem Cells are currently being used in order to foster an enhanced understanding of how our genetics contribute to the initial stages of cellular development. By studying this initial stage of development at a cellular level, we will be able to more fully realize exactly how certain cells and cellular constructs develop improperly, contributing to both birth defects and cancer.

Through a more complete understanding of Stem Cell Replication and Differentiation, medical researchers will gain vital insights as to how to eliminate the spread of many of these diseases of early development.

What are the Goals of Modern Stem Cell Research?

At this stage in Stem Cell Research, physicians and researchers are looking to enhance the effectiveness of current medical treatments and find ways to treat patients while diminishing the invasive nature of many forms of current treatment.

Although ideally, medical professionals would like to use the stem cells of the patient, current Stem Cell Treatments are generally administered using cells received from a donor. Although these cells still have the potential to provide significant benefits, the ideal stem cells would come from the patient being treated. Even with modern techniques to prevent rejection, there is still the potential that the immune system of the patient will reject the donor stem cells.

As we learn more about Adult Stem Cells, we will eventually be able to treat a patient with his or her own stem cells. By using a patient's own stem cells, the risk of rejection drops significantly, and may even be removed completely. There are a number of hypotheses regarding how this goal may be achieved:

  • Harvesting adult stem cells from an individual and alter them in a laboratory environment so that they develop into a certain type of tissue. After the tissue forms and develops, it could be transplanted to a target area of the body in need of treatment, where it could restore function lost through tissue damage.

  • A technique known as Therapeutic Cloning could be used in order to create embryos full of immature stem cells which would be identical to those of the individual.

  • A third technique to use Stem Cells for therapeutic advantage would be to encourage stem cells contained within the body naturally to perform healing functions. One scientific hypothesis is that it may be possible to design medications which would encourage a certain form of stem cell to multiply therapeutically within the patient. This form of treatment would reduce the need to go under the knife in order to gain the therapeutic benefit of stem cell therapy.

    At face value, the potential benefits of Stem Cell Treatment seem endless. Would it not be possible to utilize stem cells to heal or replace damaged or destroyed tissue within the patient? In order to reveal the true healing capacity of Stem Cell Treatment, there are a number of questions which must be answered first:

    How Effective will Stem Cell Treatments be Long-Term?

    One of the primary reasons that we grow older is because our cells themselves age for a variety of reasons. An important question that must be answered is if Adult Stem Cell Treatments will malfunction or lose efficiency faster than cells naturally formed by the human body. There is limited evidence regarding the long-term potential of Stem Cell Therapy.

    What can we do to make sure that Stem Cell Treatments don't develop into uncontrolled tumors?

    Stem Cells harvested from embryos are genetically designed to divide repeatedly and not develop differentiation. In order for Stem Cell Treatment to be effective,, scientists have to be able to manipulate the stem cells into a desired form of differentiation.

    If the goal of differentiation is not reached, this has the potential to lead to tumor formation, because the embryo will continue to divide and flood its immediate area with more undifferentiated cells. In order for Embryonic Stem Cells to be an effective treatment, they must be effectively and tightly controlled.

    In both adult and embryonic stem cells, if the genes within the cells are not guided and regulated properly, it may lead to tumor development. There are questions regarding how stem cells will act when they have been active in a laboratory environment before transplantation. There is a possibility that these cells may differentiate in a different way than stem cells that are harvested directly from a patient.

    What would cause this?

    The majority of cells in the human physiology are not designed for infinite revision, and they definitely aren't designed to develop in a sterile laboratory environment. Numerous types of tissue, such as skin cells and blood cells, have particular biological processes which control differentiation, division, and apoptosis after a certain length of time. These cues are the result of biological signals received from the entire environment of an organ or organism.

    In order for cells to divide indefinitely in a laboratory environment, the process of normal development must be stalled. The way that scientists achieve this form of artificial growth is to house the cells in an solution which contains the nutrients vital for their survival as well as proteins which encourage their reproduction. In the majority of these environments, many of the developmental signals that exist in a living environment do not exist in the lab.

    Evidence shows that some kinds of cells don't react as well to this type of environment as others. A certain percentage of the cells will not survive, and the cells which are more effectively designed to withstand non-finite growth will propagate.

    After a certain number of divisions in vitro, the cells which remain could hypothetically evolve so much that they no longer react effectively to the normal signals provided by its natural physiological ecosystem. There are even theories that keeping stem cells in vitro for an extended period of time could even alter the genetic structure of the cells. These changes could encourage the development of tumorous growths.

    Recreating the body's natural ecosystem within a lab is one of the most difficult aspects of stem cell research. It is actually one of the primary goals of global stem cell research across the globe. In order for stem cell treatments to be maximally effective, we will have to learn how to store and develop stem cells in an environment which closely mimics that of its location within our body.

    Importance of the Nanog Protein

    There are important studies and advances in recent years which give hope that we can extend the usefulness of stem cells, even those that have remained in vitro for an extended period of time. Recently, Stem Cell Researchers have discovered exactly how stem cells can persist in their undifferentiated state for an infinite period of time.

    The study was endowed by a charity known as the Wellcome Trust, which specializes in providing independent funding to novel research regarding the enhancement of human and animal life and longevity. Researchers have discovered a unique protein which has the ability to preserve non-differentiated stem cells. Another name for these cells are Pluripotent Stemcells. This means that the stem cells have the ability to evolve into a multitude of different types of tissue.

    Although scientists for years have suspected that Nanog played a special role in the control of differentiation, researchers from Cambridge have discovered that Nanog is actually the mechanism which controls the development and differentiation of stem cells.

    By enhancing scientific knowledge regarding Nanog, researchers are able to more fully understand the mechanisms by which stem cells function, and the more that we understand stem cells, the more safely that we will be able to use them for more and greater medical treatments.

    The Isolation of the Nanog Protein

    Nanog had been previously hypothesized, but was not isolated until a decade ago, when it was discovered to play a significant role in the maintenance of pluripotency. Although researchers recognized its importance, they could not yet pinpoint exactly how Nanog prevented differentiation in stem cells.

    In this Cambridge Study, scientists were able to demonstrate that Nanog is the lynchpin of a complex balance of protein and gene maintenance which maintains the stem cells in the pluripotent stage.

    Without the presence of Nanog, Stem Cells cannot remain indefinitely undifferentiated. Also, without the influence of Nanog, it is impossible to recalibrate fully developed cells to return to a state of pluripotence. the specific period in which Nanog must be present is during the last stage of reprogramming. Without the presence of Nanog, the stem cell gets locked in a state of partial development.

    One medical representative from the Wellcome Trust Center, Doctor Silva, explains that the medical research demonstrates that Nanog has the specific power to maintain the property on non-differentiation indefinitely.

    In order to more fully recognize the influence of Nanog, researchers must study more deeply into the function of Nanog in order to determine exactly how the protein influences early human development during the embryonic phase.

    The Importance of Understanding Pluripotency

    In order to expand the usefulness of Stem Cell Therapies to a greater variety of potential treatments, it is vital to understand exactly how stem cells thrive in a pluripotent state as well as how they differentiate. Nanog research is an important gateway into the future of Stem Cell Utilization.

    By understanding the pluripotent nature of stem cells, researchers hope to one day be able to convert adult cells back into their early forms so that they can be used in order to treat a variety of medical conditions more effectively and more cheaply than we ever thought possible. Rather than be stuck with limited sources of stem cells, such as those acquired from donors, or those acquired from embryonic stem cells, scientists could revert adult cells into embryonic stem cells, then convert them into other vitally needed types of tissue, such as nerve cells or kidney cells.

    If scientists are able to make these hypotheses realities, then numerous chronic diseases like Alzheimer's and Parkinson's could be treated more effectively, or even one day completely cured.

    With the success of this research, we may one day be able to live far longer than we ever thought imaginable.


  • Previous 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 Next


    free human growth hormone consultation

    Please Contact Us Via The Form Below.



    The First Step: If you are interested in starting a program, contact us for a free consultation. Your info will remain confidential. * Indicates Required Field.
    You must provide valid phone number & E-mail address or we will be unable to contact you.



    * Your Name:   
    * Phone:
    * Your E-Mail:   
    * HRT Program:
    * HRT Type:
    * Your Age (30+ Only):
    * Your Date Of Birth:   
    * US State:
    * Subject:   
    * Detailed Message & Best Time to Reach You:   
    Security image   
     


    For a fast response, fill out our Medical Questionnaire Form







    hgh online medical consultation

    free quality of life survey form

      Live Better, Contact Us Today!

    Security image



    American HGH Clinics in the USA
    HCG Testosterone Therapy in the USA

    PLEASE Choose Your U.S. State:



    All of our Board Certified Medical Physicians and Doctors are knowledgeable specialists in prescribing HGH, Testosterone, Sermorelin, and HCG Weight Loss Diet. Our HRT Doctors have a minimum of 20 years expertise providing legitimate prescription programs for hormone optimization and hormone replacement therapy.

    quality of life assessment form



    HGH CategoriesHGH Effects

    Growth Hormone Starting GuideHGH Tools

    Growth Hormone Starting GuideHGH Recommendation
    Growth Hormone Starting GuideHGH Start Guide

    Growth Hormone Starting GuideHCG Diet Research
    Human Growth Hormone OverviewHGH Overview

    Growth Hormone Starting GuideSERMORELIN Injections

    HGH Gene TherapyHGH Genes
    HGH Health TopicsHGH FAQ
    HGH Testing RequirementsHGH Tests
    HGH ReplacementHGH Replacement
    Scams Involving HGHHGH Scams
    Summary Of HGHHGH Summary
    HGH Health TopicsTESTOSTERONE HRT



    NORDITROPIN VIALS OR PEN

    Low Testosterone Symptoms In Men Norditropin

    Norditropin Pen System is activated with first usage and can be used for three weeks without any refrigeration, Pen will last 4 weeks with refrigeration after which potency might begin to degrade. Pens not being used must be refrigerated.



    TESTOSTERONE CYPIONATE VIALS

    Testosterone Enanthate Half Life Cypionate

    OMNITROPE VIALS OR OMNITROPE PEN

    Tropic Hormones Omnitrope

    Omnitrope Comes with multi-dosage vials which you mix with Bacteriostatic water to activate. Refrigeration between usage is always required. Mixed and unmixed vials must be refrigerated.



    GENOTROPIN PEN

    Low Genotropin Testosterone Symptoms

    SERMORELIN ACETATE VIALS

    Low Sermorelin Testosterone Levels

    HUMATROPE PEN

    Humatrope Testosterone Supplementation Side Effects

    TEV TROPIN PEN

    tev-tropin pen

    Tev Tropin comes with multi-dosage vials which you mix with bacteriostatic water to activate. Refrigeration between usage is always required. Mixed and unmixed vials must be refrigerated.

    Buy Testosterone Gel Online Doctors

    Medical Specialist Consultants

    Testosterone Therapy Benefits

    Correctly performed testosterone therapy can be your ticket to health.

    Three sided solution: Testosterone + HCG + Arimidex

    If your doctor only prescribes testosterone by itself, you will probably have a rough ride. The tendency is for you to feel great the first couple months, while you increase testosterone levels, followed by a slow deterioration, once your estrogen creeps up.

    High estrogen negates a lot of the positives from testosterone therapy, resulting in the same symptoms of low testosterone you had in the first place!

    The solution is to add a drug called Arimidex. It's called an aromatase inhibitor, which essentially blocks the conversion of testosterone to estrogen. It has the effect of increasing testosterone levels, while keeping your estrogen low.

    Once you have your testosterone and estrogen solved, it's time to stop the next inevitable decline? Shrinking testicles.

    This is where HCG (human chorionic gonadotropin) comes in. It prevents both infertility and testicle shrinkage. Your testicles shrink because your body thinks it doesn't need to make testosterone anymore.

    For some, small testicles may seem like just a cosmetic problem. But HGC does more than increase testicle size, it also increases adrenal function, which can have positive effects on well-being, libido, and energy.





    Hcg Kits
    HCG Molecule

    HCG Molecule - Click For Gallery




    Best Hgh Reviews
    HGH Molecule

    HGH Molecule - Click For Gallery

    Best Injections Hgh Chart
    HGH Decline

    HGH Decline Gallery




    Bioidentical Hormones Testosterone
    TESTOSTERONE Molecule

    Testosterone Molecule - Click For Gallery

    Cypionate Injection Usp Testosterone Chart
    TESTOSTERONE Decline

    Testosterone Decline Gallery




    Sermorelin Ghrp
    SERMORELIN Molecule

    Sermorelin Molecule - Click For Gallery




    Igf 1
    IGF-1 Molecule

    IGF-1 Molecule - Click For Gallery




    Male Hormone Sermorelin Replacement Therapy

    Sermorelin Product




    3D Hormone Molecules


    3d hgh molecule
    3d testosterone molecule


    Body Mass Index Calculator









    hgh recommendation We recommend

    suzanne somers on benefits of hormone replacement therapy

    Ageless By Suzanne Somers. The naked truth about Bio-Identical Hormone Replacement Therapy is a comprehensive book about Hormone Replacement Therapy (HRT) by Suzanne Somers. The book discusses the revolutionary medicine of HRT....


    menopause


    Hormone Injection Videos

    HGH Injections in the Mainstream Media News

    Testosterone in the Mainstream Media News



    Male And Female HGH Injection Treatments

    Buy HGH Injection Treatment for Men

    Buy HGH Injection Treatment for Women



    Labcorp Medical


    • Purchase Hgh Health Injections
    • Natural Testosterone Health Therapy
    • Over The Counter Health Testosterone Supplements
    • Natural Hgh Treatment Health Ingredients
    • Purchase Hgh Injections Health Online


    Take the Hormone Deficency Questionnaire



    hgh tv growth hormone information

    Hollywood Uses HGH Sylvester Stallone
    Stem Cell Therapy Vitamins and Minerals
    Resveratrol Grow Tall with HGH
    Body Building with HGH HGH Side Effects
    Nutraceuticals HGH Natural Sources
    Essential Vitamins and Minerals Growth Hormone Therapy
    HRT Videos / TV Beneficial HGH
    HGH Illegal/Scams Brands of HGH
    HGH Science HGH Overview
    Immortality Medicine HRT Overview
    Testosterone Diet Science
    testosterone therapy
     
    HGH Human Growth Hormone stimulates growth and cell regeneration. Read about its anti aging properties
     
    HGH Injections
     
     
    Copyright © 2007 - 2019 Conscious Evolution Institute

    Hormone Replacement Therapy, HGH Injection Therapy, Growth Hormone,
    HCG, Sermorelin, Testosterone and HRT Medical Solutions
     
    buy hgh
     

    By using the Site you acknowledge and agree to the terms of use, privacy policy and legal disclaimer.

    Protected by Copyscape Originality Checker

    A free US Medical Consultation towards suitability of HGH or Testosterone medical therapy

    CALL: 1-800-996-9664
    Mcafee Secure

    Conscious Evolution Institute of Physicians Rejuvenation, 5608 PGA Boulevard #208, Palm Beach Gardens, FL 33418.

    Disclaimer: The board-certified American physician specialists at our reputable medical clinic do not provide prescriptions and HRT treatments unless there is a clinical necessity for the patient at the time of the assessment. Clinically based hormone deficiency is determined by blood testing, physical exam, related symptoms evaluation, medical history documentation, and doctor-patient consultation. These statements presented here at our website have not been evaluated by the FDA.

    hgh home page human growth hormone main page contact us for hgh consultation start an hgh consultation about hgh therapy

    Back to Top