Human growth hormone, otherwise known as HGH, is a hormone in the body that regulates growth and development.
Synthetic forms are often given to older adults in a form of growth hormone therapy to help rebuild muscle mass.
It can also reduce fat tissue that is common in aging processes.
Known in generic terms as somatropin, it is available in roughly 24 brand-name drugs.
Prescription-only somatropin injections are relatively common among older adults, but there are safer, more natural ways to increase levels of HGH through the use of dietary supplements.
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Growth hormones like HGH are produced and secreted by the pituitary gland, located in the brain.
Like other hormones, HGH is responsible for the regulation of vital organ activities and is very important in health and wellness as we age.
It was given the name “human growth hormone” because it was noted to produce its greatest amount of secretions during the adolescent years.
While HGH does help to regulate growth, the hormone is responsible for more than how tall you grow. In fact, HGH is perceived as one of the most complex hormones in the human body.
Commonly known as somatic troponin, a peptide hormone that encourages cellular proliferation or reproduction, has the potential to regenerate cells in the human body.
Those interested in maintaining useful figure, stamina, endurance, and of course, muscle growth and maintenance of those muscles often turn to prescription strength HGH.
But it should be noted early on that no drug, not even synthetically created growth hormone, should ever be considered a miracle drug, or a “fountain of youth” component to health and wellness.
It is true that endogenous HGH as produced by the pituitary gland accelerates growth in children.
In adults, it also aids in regulating a person’s body composition are ratio of muscle to fat, height, and muscular development, but also bone growth, levels of body fluids required for numerous functions and activities in the body, as well as metabolism of fats and sugars.
Its impact on vital organ health and wellness continues under study.
Laboratory created (synthetic) HGH was developed in the mid-19 80s. It was then approved by the Food and Drug Administration for very specific clinical uses for children as well as adults.
Children benefited from injectable HGH in the treatment of idiopathic (unknown) short stature or insufficient growth that was caused by medical issues including but not limited to:
Any use of human growth hormone for other than medical reasons or treatments is considered misuse and abuse of the drug.
It’s no secret that bodybuilders and athletes often take drugs like HGH to promote and accelerate benefits and results when it comes to increased muscle mass, strength, performance, and endurance, but risks associated with such use should not be ignored.
Endogenous or body produced human growth hormone is known as somatotropin, and is manufactured in the anterior portion of the pituitary gland.
The hormone is then released into the bloodstream. The release of growth hormone from the pituitary gland is not a continuous process, but rather secreted in pulses of sorts every few hours.
The release of the growth hormone from the pituitary gland is controlled by yet another hormone known as growth hormone releasing hormone, which is manufactured and secreted by the hypothalamus gland.
Hormones work in conjunction with one another. Endogenous HGH levels can increase not only through exercise, but due to stress, and low levels of glucose (blood sugar). Most growth hormone is manufactured during sleep.
One of the most natural ways to trigger an increase of growth hormone in deficient adults is to assess their sleep habits and patterns and encourage more sleep time.
The hypothalamus, which behaves much like a thermometer in the body, can also tell if levels of HGH are too high.
In such a case, it releases another hormone known as somatostatin that tells the pituitary gland to stop producing and secreting HGH until the levels are once again balanced.
Recombinant technology is an advancement in modern medicine that combines and inserts molecules or DNA molecules from two different species into a host organism.
The purpose of this technology is to create new genetic combinations that provide significant improvements over their naturally occurring counterparts or to simplify the process of manually producing specific compounds and molecules.
This laboratory procedure isolates, characterizes and manipulates genes to create genetic combinations that are valuable to science, medicine and various other fields. A single human cell contains around two meters of DNA.
This creates complications when trying to isolate a single or a specific segment of DNA. With recombinant technology, scientists are easily able to achieve this task and study and experiment on genes in a highly specific and an improved way.
Recombinant technology was first used to produce recombinant human growth hormone in 1981 to be used in human therapy. Prior to this, human growth hormone was synthesized from human cadavers and from animals. This was a process that yielded more failures than success during the time.
Somatotropin, also known as the Human Growth Hormone, is produced from recombinant technology by copying the DNA segment of human growth hormone to RNA (Ribonucleic acid), which is a process known as Transcription in medicine, and combining it into bacterial cells.
After a complicated process, a synthetic DNA strand is produced which contains the first twenty-four amino acids of the human growth hormone.
These strands are later combined and cloned in a restriction site that can replicate independently, known as a plasmid. Next the produced growth hormone is purified. This is the method used in producing recombinant growth hormone commercially.
β-Endorphin is another growth hormone that consists of a neuro-peptide strand of 30 amino acids. It is genetically engineered using recombinant technology in E.coli cells combined with β-Endorphin DNA sequences.
Using transcription, the resulting copy of the DNA strand that produces the RNA contains β-Endorphin as well as α-melanotropin, corticotrophin and other substances.
From this, β-Endorphin is separated to produce another recombinant growth hormone known as recombinant β-Endorphin growth hormone.
Growth hormone is used to treat Turner’s syndrome, which occurs in one in every 2500 female births. In addition, it is used to treat deficiency in somatotropin, which occurs in one of every 5000 children.
The demand of these conditions surpass the supply of somatotropin, which is why recombinant growth hormone production is vital to supply the increased demand.
Recombinant growth hormone is safe when used as prescribed by doctors for conditions such as growth hormone deficiency. However, when misused without medical supervision, it can pose a huge risk to your health.
Injecting recombinant growth hormones such as Genotropin, Saizen and Omnitrope should never be conducted unless under the care of a doctor.
If misused, this causes severe side effects such as diabetes, acromegaly (a hormonal disorder), Carpel Tunnel Syndrome and gapping of teeth.
If you are a cancer patient, taking these drugs will increase the growth rate of cancer cells. Other side effects include middle ear infections, fluid retention and joint pains.
In recent times, there has been a large number of false claims that using recombinant growth hormones can boost athletic performance and make you gain muscle mass. These claims are completely false and can lead to severe health hazards.
It is highly recommended to avoid these hormones for body building and athletics and taking these drugs without consulting a doctor first should be avoided at all times.
The mechanism of action of growth hormone is directly impacted by the function of growth hormone receptors.
Any activity or function and body is directly related to certain abilities of cells to find or target other cells known as receptors.
This can be explained more simply as an object being directed to a specific locations such as an airplane to a terminal gate, a ship into a specific docking slip, or sliding around peg into a round hole and not a square one.
In the most simple human growth hormone definition, hormone receptors trigger event cascades which contribute to what are called as a second messengers which then initiate molecular interactions that can in any way alter the physiological environment of a cell.
This process is known as signal transduction. The secretion of the hormone that sends these instructions are known as the first messengers, and the masses jurors that initiate molecular activities or interactions are known as the second messengers.
Growth hormone is an example of a hormone that triggers a second messenger known as protein kinase activity.
This activity can stimulate metabolism to the binding of growth hormone to its preset peers (growth hormone receptors) other molecular interactions are involved in this process and involve signaling pathways, signal transduction, and a variety of enzymatic activities.
The end result is alterations or changes in metabolism and growth.
Of course, the entire process and cascade of events from the manufacturer synthesis of growth hormone in the pituitary gland and how it triggers and influences other hormones and metabolic functions in the body is quite complex.
But when used within medical scenarios, HGH can certainly provide a number of benefits to overall health and wellness.
According The Mayo Clinic, adults who have been diagnosed with growth hormone deficiencies can benefit from synthetic injections to facilitate:
When it comes to oxidation, think about rust can do to metal in a car. That’s what oxidation can do to cells, tissues, and organs in the body.
While HGH achieves its highest levels of secretions during our teenage years, after that it can decline by approximately 14% every decade.
For this reason, medical researchers have long been interested in delving deeper into the connection between declining levels of HGH and aging processes.
Human growth hormone therapy was developed, using synthetic products given in injections to (and sometimes even reverse) a number of age-related mental as well as physical decline scenarios.
It’s also been used in the treatment of some additional disorders that are not age-related.
In most cases, individuals diagnosed with an HGH deficiency that does not involve natural decline through aging are effectively treated with synthetic growth hormones; most commonly children going through the adolescent stages of development.
Human Growth Hormone (HGH) is often used in tandem with anabolic steroids because of its synergistic effects with them.
That is, anabolic steroids and HGH help each other as they travel through indirect and direct pathways in the human anatomy in order to maximize both fat loss and muscle growth potential in any given cycle.
Furthermore, HGH stacks with other compounds are also fairly common (i.e., T3 [Thyroid hormone], insulin).
As HGH is an advanced compound, it is recommended that only elite athletes, bodybuilders, and expert users use HGH.
Those new to bodybuilding or athletic performance should consult with a licensed medical professional before considering using HGH for its performance enhancing properties.
Interestingly, it is common for seasoned anabolic steroid users as well as elite athletes to reach the apex of their genetic potential in due time.
When such performers reach the dead-end of what their bodies can maximally produce – either through breakneck training and optimal nutrition – or through continued anabolic steroid use, HGH may be the solution for some to ascend beyond their limits.
It is important to note that every individual has his or her genetic limit that cannot be exceeded through natural means.
In other words, each person has a genetic cap or limit placed on how much muscle mass they can gain and how much strength they can muster.
For those who are not satisfied with reaching their natural performance peak, supplementing their already optimal diet and training regime with growth hormone cycles can help an elite bodybuilder or athlete rise above their genetic dead-end via hyperplasia.
Hyperplasia is the process through which new muscle cells are produced, instead of the conventional growth of existing muscles-which can only grow so much before they reach critical mass.
Many experts believe that the combined use of IGF-1, anabolic steroids, and HGH is the reason why the upper echelon of professional bodybuilders in the late 80s and early 90s appeared to be “Hulk-like behemoths” when compared to the top tier bodybuilders of the 70s and early 80s.
In addition, the manner in which HGH cycles are run, as well as their length, is largely determined by the goals of the user, as well as if the user is using HGH in conjunction with other compounds.
For instance, the length of an HGH cycle will be significantly longer if it is used entirely on its own. If, however, the user opts to stack HGH with anabolic steroids then the cycle will be much shorter.
Also, considering it is impossible to identify specific doses attributed to the three user tiers (rookie, mid-level, veteran), the same applies for growth hormone cycles.
As such, instead of trying to pinpoint specific doses according to user type we will discuss cycles in terms of the goals of the user.
It should also be reiterated that HGH is a very advanced compound even as a standalone drug.
A typical fat loss cycle will last between four and six months, with 4 to 6IU of HGH being administered per day.
This is considered a basic HGH cycle, where only a moderate amount of HGH is utilized without being stacked with any other compound.
An athlete or bodybuilder who undergoes such a basic cycle will likely not see any noticeable strength or muscle gains until the three or four month mark.
In addition, the anabolic effects of the HGH, even in the latter part of the cycle, will not be as prominent as a typical anabolic steroid cycle.
As such, the goal with a basic HGH cycle is to trigger fat loss in the user, with a 4IU dose providing steady fat loss over the course of the cycle and the 6IU foes providing even more noticeable fat loss results at a steady rate.
As for an HGH stack, it will generally last between four and six months, where the user will take 4 to 6IU of HGH per day for a six month period. They will then take 400mg of Trenbolone Enanthate per week and 400mg of Testosterone Cypionate per week for a period of 3 to 6 months.
This cycle is intended for people who want to lose fat while also gaining muscle mass in the process. Trenbolone Enanthate and Testosterone Cypionate are long-estered anabolic steroids that are intended for longer cycles.
For instance, in this case the goal would be a 12 week cycle of each anabolic steroid to garner optimal results. Moreover, the steroids will only be supplemented into the cycle three months into the HGH use.
The reason why it is recommended that users start taking the steroid during the middle of the cycle instead of the beginning is because HGH’s effects are slow and steady, and most users will not notice any improvements until 3 months into the cycle.
Once the user has noticed marked improvements, the steroids can then be added to foster profound muscle and strength gains. In regards to Trenbolone, it is known for increasing the levels of IGF-1 in the body, which works efficiently with HGH to further augment the positive effects of HGH, and is also known for its potent nutrient partitioning effects.
Moreover, athletes and bodybuilders may opt for yet another different stackable HGH cycle that consists of a 4 to 6 month cycle. During the first six months the user should take four to six IU of HGH.
Through months three and six they should take 400mg of Trenbolone Enanthate and 100mg of Testosterone Cypionate.
Next, during the last 2 months (5 and 6) they should take 75mcg of T3 per day and 80mg of Anavar per day. The difference between this cycle and the aforementioned cycle is that this cycle is focused on fat loss only.
Professional bodybuilders in particular can take advantage of this cycle as a pre-competition stack, as it will provide them with a lean and hard body that may help improve their chances of winning.
In addition, the testosterone has been lowered to a 100mg/week dose in order to preserve the typical physiological benefits of testosterone during the lack of endogenous Testosterone that has been suppressed by the steroids used.
Estrogen levels will also be controlled via the low dose in order to prevent the bloating effects that estrogen is known for.
Evidently, those focused on fat loss or winning a competition want to avoid an appearance that is puffy or soft in nature.
The testosterone is also added near the end of the cycle in order to maximize fat loss and reduce the body fat percentage of the user to the lowest level possible.
Somatomedin C, which is also known as IGF-1, is a popular compound that came into the spotlight at the beginning of the 21st century, and has only grown in popularity since.
However, rumors have arisen that claim that IGF-1 was officially used as a performance enhancing for the first time during the early 90s by former Mr. Olympia Dorian Yates.
During his era, IGF-1 was purported to be a very expensive and rare performance enhancer, although some claim that Dorian Yates opened the floodgates, allowing IGF-1 to quickly disseminate across the professional bodybuilding field.
Interestingly, while IGF-1 is a potent performance enhancing compound, it is not an anabolic steroid. Instead, IGF-1 is a peptide-or protein hormone-that is structurally similar to insulin-which is also a protein hormone.
IGF-1 is also organically synthesized and manufactured within the body, being endogenously produced mainly by the liver.
Furthermore, it is human growth hormone (HGH) that serves as the catalyst for triggering IGF-1 production in the liver. In fact, most of the anabolic effects that HGH provides stem from IGF-1 downstream production.
While IGF-1 is similar to insulin, explaining the Insulin-Like GF 1 name, its role is not quite the same.
However, IGF-1, similar to insulin, also serves as a nutrient shuttling hormone of various nutrients- including glucose and amino acids-into muscle cells. By doing so, the cells are able to synthesize newfound muscle tissue by absorbing the nutrients.
In addition, IGF-1 is also anabolic in intestinal, connective, and bone tissues, which is where IGF-1 primarily differs from insulin.
That is, insulin shuttles nutrients to a wider range of tissues than muscle tissue, making insulin a less selective nutrient shuttling hormone when compared to IGF-1.
IGF-1 also has many selective qualities or properties that aid in proper anatomical functionality. Its role even changes throughout multiple developmental phases in the body.
For instance, IGF-1 plays a crucial role in healthy growth during childhood, and also exudes anabolic effects in adulthood.
Due to its growth inducing properties, IGF-1 is, at least in the medical sense, is primarily used to counter stunted growth. However, due to its relatively recent medicinal discovery, IGF-1 is currently used as an experimental agent to try and treat a multitude of medical issues.
Examples of current laboratory testing involving IGF-1 include stroke, aging, cancer, neuropathy, and dwarfism research.
Moreover, IGF-1 variants have also been produced in the lab; namely, IGF-1 DES and IGF-1 LR3. The aforementioned variants have undergone exogenous administration testing in the body and carry their own unique properties in regards to utility and half-life.
Given the variants of IGF-1 currently available, new users can quickly become confused by the variety of options, as well as the bevy of internet misinformation currently available. However, the differences between the variants will be thoroughly discussed in this article.
IGF-1 consists of a 70-amino acid chain and serves as a polypeptide hormone: This is in stark comparison to insulin, which consists of a 51-amino acid chain.
IGF-1 is highly anabolic in nature, and is a nutrient shuttling hormone that primarily targets muscular tissue. However, it is also anabolic in intestinal, connective, and bone tissues.
Moreover, as also previously mentioned, it is HGH that triggers the production of IGF-1, whether it is endogenous or organic. In that sense, HGH is a prohormone for IGF-1.
As such, increased HGH dosage effects are directly impacted, or limited, by the amount of IGF-1 that the liver can manufacture at a given time.
It is here where the beneficial properties of exogenous IGF-1 come into play. That is, in addition to being a potent nutrient shuttling hormone, IGF-1 also fosters the development and growth of new muscle cells, which is known as muscle cell hyperplasia.
This is in stark opposition to the increase in size of existing muscle cells, which is known as muscle cell hypertrophy.
Despite the impressive properties and benefits of IGF-1 some caveats must be mentioned.
For instance, research has found that 99% of the IGF-1 in the blood is attached to a specific set of binding proteins, and that it is unattached IGF-1 that is responsible for hyperplasia; which consists of the process of muscle cell proliferation.
The good news is scientists have been able to circumvent the binding protein attachment limitations of IGF-1 by modifying its structure in the laboratory. By doing so, the variants of IGF-1 that were introduced earlier in this article were formulated.
However, it should be noted that IGF-1 and its offshoots share one common characteristic, in that they all work systematically in the body.
In other words, once the IGF-type is administered, it quickly circulates throughout the human body and affects all of the muscular tissue, instead of directly affecting the localized muscle growth where the IGF-type was originally inoculated.
Human growth hormone replacement therapy, through supplements and prescription-only injections, have been studied for years. Scientific literature reports have noted a number of benefits that include but are not limited to:
Some studies have determined that HGH is also a very effective therapy for individuals diagnosed with AIDS and helps to reverse wasting syndrome that involves muscle loss (cachexia) and severe weight declines, as well as boosting immune system function.
Dosage recommendations for HGH depend on the age of the individual being treated and the medical condition being treated. HGH/somatropin has a variety of dosage recommendations for adults being treated for:
Dosage recommendations may also be altered depending on overall health and wellness.
For example, adjustments to dosage must be made in cases where an individual is undergoing dialysis, has been diagnosed with any metabolic or liver dysfunction, kidney dysfunction, and so forth.
In most cases, adult doses of HGH are recommended in weight-based or non-weight-based situations.
For example, weight-based dosages may start out at 0.004 mg per kilogram subcutaneously on a daily basis, or 0.04 mg per kilogram weekly, divided into even dosages, with no more than 0.016 mg per kilogram daily or 0.08 mg per kilogram weekly.
Non-weight-based dosage recommendation averages 0.2 mg subcutaneously daily, (with a range of 0.15 mg to 0.3 mg daily).
Bodybuilders and athletes often inject higher than recommended doses of anabolic steroids, growth hormone, and growth factors into their body to accelerate results and benefits.
Such is common when bodybuilders devise combinations of HGH into a “cocktail” with other drugs, both prescription and over-the-counter.
Administration of drugs is also defined in milligram equivalencies to international units (IU).
For example, medical usage for somatropin and intramuscular or subcutaneous administration averages 1 IU to 3 IU daily for an average adult male (weight ranges will factor into such dosage recommendations.
The sample given is for an average-weight adult male). Growth hormone bodybuilding users often take as much as 6 IU a day, which equates to 2 mg per day.
You can see the difference.
Such high doses can increase the risk of potential and relatively common side effects that include water retention, hypoglycemia, carpal tunnel syndrome, uncomfortable sensations on the skin (often likened to a pins and needles effect), and of course, the risk for organ damage and accelerating growth of pre-existing yet undiagnosed cancers.
After all, growth hormone makes things grow – including cancers.
The popularity of synthetic human growth hormone (HGH) has grown significantly over the last 20 years, and, due to the hype and mystique surrounding it, HGH has become a high demand product in many circles.
However, the technology required to produce HGH is both complicated and costly, creating several drawbacks in the process.
Moreover, the fact that the technology behind synthetic HGH is relatively modern (about a quarter of a century), people looking to purchase HGH may have additional problems procuring the highly sought after item.
In fact, at the moment, there is no compound on the market that is as expensive as HGH, making it the least affordable performance enhancing product available.
It should also be noted that HGH is generally available via kits. While the amount of IU will vary, depending on brand and product, most HGH kits contain 100IU of synthetic HGH, which is also known as Somatropin.
Moreover, each 100IU will contain ten vials, with each vial containing 100IU of Somatropin. Some kits may also contain a separate vial of bacteriostatic or sterile water.
Also, while 100IU HGH kits are considered the norm, various other kits of differing sizes can also be procured with some effort.
For instance, those looking for larger quantities of HGH can purchase kits of 150IU and 200IU respectively, with other quantities also being available in some cases. Moreover, variations may also be found regarding the distribution of IU per vial.
For example, a clandestine 200IU variant exists that includes 25 vials with a concentration of 8IU of HGH per vial: This is in stark contrast to the 10IU per vial version that is considered the norm in the market.
It is worth reiterating that HGH is currently the most expensive performance-enhancing product on the market.
Furthermore, its effects are not as apparent or as expeditious as those provided by anabolic steroids, and the marked expenses associated with the manufacturing of HGH have led to an exponential rise in the counterfeit HGH black market.
HGH may be the most bootlegged substance in the market, with no signs of changing in the future. The unfortunate reality of the surge in counterfeit HGH is that even legitimate vendors have unwittingly sold and distributed counterfeit HGH to athletes and others alike.
As can be seen, counterfeit HGH production and distribution is an alarming issue that should not be taken lightly. The financial and health ramifications may be dire and should be addressed before issues concerning pricing and availability are mentioned.
In addition, most counterfeit HGH kits are manufactured in China, due to the fact that the laws regarding the manufacturing of unrefined chemical substances for product synthesis are quite lax.
Disturbingly, the technology behind bootleg HGH has become so advanced that many fake HGH kits contain unknown chemical additives that emulate the very same side effects that genuine HGH produce.
As such, trying to determine the genuineness of the HGH product by testing for apparent HGH side effects may prove fruitless in even the most advanced laboratories.
Interestingly, many counterfeit operations in China were infamous for bottling Human Chorionic Gonadotropin (HCG) powder into vials that were mislabeled as GH.
Using HCG and masquerading it as HGH proved both effective and profitable, as the freeze-dried HCG powder looks so similar to freeze-dried GH.
Fortunately, the authenticity of HGH can be determined by purchasing a home pregnancy kit from a pharmacy. To conduct the test the reconstituted HCG should be set on the pregnancy kit to determine if it turns positive or not.
A positive reading indicates that the powder has tested positive for HCG, indicating that the product in question is counterfeit HGH.
Another way to perform the test is to urinate on it 2 days after ingesting the supposed HGH product. If the powder contains HCG then it will pass through the urine and test should turn positive.
Such testing for HCG has been performed routinely in the past and continues to be administered to this day. However, studying vials that contain chemicals that emulate the side effects of HGH has become the gold standard in HGH counterfeit testing methodologies.
It should also be noted that home pregnancy tests can only determine if the powder in question contains HCG or not.
That is, while the test may find that the powder does not contain HCG it cannot determine if the powder contains genuine HGH; as the powder may consist of some other counterfeit chemical or chemicals.
Freeze-dried HCG also tends to have a looser texture, while legitimate freeze-dried HGH exudes the appearance of a powdered disc that is situated at the base of the vial.
In any event, anyone interested in purchasing genuine HGH should be aware of the risks of purchasing counterfeit HGH before making a purchase.
The first caveat to take into consideration is avoiding any non-pharmaceutical grade brands of HGH, as well as brands that originate in China or are not well-known in NA or EU.
Given the fact that the rDNA technology required to manufacture HGH is both cutting edge and expensive it is virtually impossible for a black market lab to produce high quality HGH, or any such strain.
As such, those looking to purchase premium HGH may want to consider Genotropin (made by Pharmacia), Norditropin (made by Novo Nodisk), Serostim (made by Serono), Humatrope (made by Eli Lilly), Omnitrope (made by Sandoz), and Saizen (made by Serono).
Pricing can also be used to determine the quality and authenticity of the HGH product in question. For instance, trying to purchase a pharmaceutical grade HGH product for under $400 is impossible, and it is almost as unlikely that the product will be bona fide HGH at all.
In fact, the only way someone can purchase a genuine HGH kit for under $400 is if it was absconded. Expect to pay between $800 and $2000 for a genuine, pharmaceutical grade HGH kit of 100IU.
Purchasing HGH in bulk is also highly recommended, as HGH requires long cycles of at least 4 months in order to obtain any of the benefits. As a result, purchasing individual HGH kits will quickly prove ineffective as the HGH cycle advances.
As such, any potential user of HGH should prepare in advance for the significant financial costs of HGH use, with thousands of dollars required to get through even one, four-to-six month HGH cycle.
In regards to source types and pricing, there is little variation between the myriad of HGH kits on the market. However, savings can be made by making bulk quantity orders; with purchasers obtaining savings per kit on wholesale HGH lots.
For instance, an online vendor may sell individual HGH kits at $800. However, that same vendor may provide a discount if a minimum of 5 HGH kits are purchased at once, reducing the cost per kit to $600.
Given the lengthy cycles involved in HGH use in order to obtain any noticeable performance enhancing benefits, purchasing in bulk is recommended.
HGH is, generally speaking, an unregulated hormone in the United States, Canada, and the United Kingdom. However, HGH cannot be purchased without a prescription in these Western nations.
In the United Kingdom/England HGH can be purchased and used for personal use without any legal ramifications. However, the current legal limit cannot exceed a six month supply (approximately one full cycle).
It should also be noted that the laws in England may be subject to individual interpretation, as some users have been charged for possessing quantities of HGH that are actually within the legal six month supply limit.
As for the United States, HGH is available via prescription only, and can only be purchased at a pharmacy located in the US.
However, HGH is subject to fairly laissez faire restrictions in the US, as HGH can be legally prescribed for a multitude of different health ailments or issues within even a medical setting.
The gray-area leeway that HGH enjoys is in stark contrast to the iron-clad restrictions that are imposed on anabolic steroids in the United States.
In fact, anabolic steroids are considered a controlled substance in the US, and even possession of trace amounts may be subject to legal sanctions and even incarceration in some instances.
Even the list of approved medical uses of anabolic steroids is both minute and heavily enforced in the US.
However, while HGH is legal for both recreational possession and use, it is still looked down on by many law enforcement agencies. The use of HGH has also become notorious due to heavily publicized scandals involving baseball players and other elite athletes.
The result of the public scrutiny of HGH use over the last decade is tighter controls surrounding HGH consumption in the US. Still, for the time being, HGH is not considered a scheduled substance.
Regarding Canada, the gray-area is even larger than it is in the US. In other words, the medical prescription protocols in Canada are even more ambiguous than they are in the United States, and are generally left to the GPs discretion.
However, HGH is currently only available via a doctor’s prescription in Canada, and can only be purchased at a pharmacy.
Studies have shown that indeed, human growth therapy benefits are real and effective, but it’s not available to everyone. Not only are legal HGH injections only available through prescription, but they are expensive.
Some therapies, depending on situation, can cost $20,000 a year or more, depending on which HGH therapy clinic you go to!
Before deciding on human growth hormone to enhance exercise or to help slow down aging processes and damage caused by decline in growth hormone levels, it’s important to research scientific studies to determine the efficacy of numerous options, including dietary supplements.
An article published by the Harvard Medical School addresses many of the pros and cons associated with therapies (prescription and supplement).
It recommends that, like with any supplement designed to enhance health and wellness or weight loss, should always be carefully supervised and combined with a healthy lifestyle including diet and exercise.
Over the years, there has been a heated debate on whether or not HGH effectively reverses the aging process.
A lot of blogs or resources on the internet will always answer this question with phrases such as “There have been inconclusive studies on the subject” or “research is still ongoing.” This is correct to a certain extent.
HGH plays a critical role in maintaining the body’s metabolic activities. How this is done will be discussed shortly.
The human body ages daily. As we age, metabolic and biological activities slow down gradually. Hormones become more or less inactive, and the tissues encounter difficulty absorbing those essential nutrients required to keep us healthy, and up and running.
One thing we need to know about aging is that our physical health and appearance is heavily dependent on the health of our cells.
The majority of those who use anti-aging therapies do give testimonies as to its efficacy – how it optimizes bodily functions, increases energy levels, improves weight loss and generally improves the quality of life.
If one’s youth must be reclaimed, it is essential that we stimulate the hormones required to get these process back into functional mode. HGH therapy is therefore essential.
It is already known that human growth hormone is produced by the pituitary gland located at the base of the brain.
Being closely regulated, the pituitary gland produces just the right amount of growth hormone required for essential body functions such as bone growth and development, provision of support for heavy cartilage, stimulation of energy, enhancement of the immune system, protection of the muscles and lean muscle growth, synthesis of fat among others.
As one ages, the production of this growth hormone decreases. In fact, the levels of growth hormone produced naturally by the body reduces in half every decade. What this means is that a child of 10 years old produces 50% less human growth hormone than a newborn baby.
Similarly, a 20 year old would only produce a quarter of the amount of human growth hormone produced by infants. In old age, what is produced is barely enough to keep the body’s metabolic processes running efficiently.
What this means is that as we get older, less and less human growth hormone is produced by the pituitary gland; this also applies to other essential hormones such as melatonin, progesterone and DHEA.
The selling point of HGH anti-aging therapy is that the aging process can be reversed quite simply.
Just by furnishing your body with just enough HGH to boost biological and metabolic activities back into ideal working order.
That doesn’t mean it can be done, but they claim it can be done in two ways:
Using hGH injections has its benefits in that the hormone is sent directly into the general circulation (the blood stream).
Levels of growth hormones in the body are elevated and this in turn reverses the body’s aging processes and slows down the down-sides of aging. However, you should note that this therapy comes with side effects.
Some of these side effects include:
The use of hGH is highly controlled and is used for only a limited number of medical conditions. Use of this hormone without prescription or guidance of a physician is illegal and carries with it great health risks as listed above.
Using HGH releasing peptides also works greatly. These peptides are unique protein molecules that stimulates the body to naturally produce its growth hormone. Examples of these peptides include GHRP-2, GHRP-6 and Sermorelin.
They all are capable of controlling weight loss, providing anti-aging benefits and building up the muscle without the attendant risks associated with hGH injections.
Why? Because the body is stimulated to naturally produce the hormone itself, and in the right quantities. There is a zero risk of overdose and hormone production continues even after cessation of therapy.
Growth hormones when secreted or injected, penetrate every cell and tissue in the body and by so doing, stimulate proper functioning of the body’s biological and metabolic processes.
The hormone has regulatory functions stemming from the pituitary gland, intestinal tract and the pancreas. The body responds when there is a release of health quantities of the human growth hormone.
This implies that the negative effects of aging such as wasting away of muscles, hair loss and wrinkling of the skin can be slowed down.
Nitric oxide is also known for anti-aging as it plays a role in the widening of blood vessels, thus improving blood flow and oxygen delivery.
This effectively reduces the risk of chronic ailments such as hypertension.
Conclusively, HGH provides the body with deep health benefits. Its use however, should be strictly under supervision.
As with anything, a number of considerations and recommendations for taking a supplements should be noted. Children should not be given HGH before consulting with a pediatrician.
In many cases, HGH supplements can stimulate the body to synthesize more than needed, leading to adverse effects.
The side effects associated with somatropin are not to be ignored. While some are simply mild and annoying, others can be much more serious. A few of the most common include:
More serious side effects associated with HGH/somatropin injections include:
Before taking HGH/somatropin, be aware of potential country indications. Drug manufacturers list minor, moderate, and major drug interactions of somatropin.
Any potential users of HGH injections for non-medical use should always consider that putting any drug into the body when it is not needed can contribute to a number of adverse and unexpected results.
One of the most “feared” by bodybuilders is the development of acromegaly. Bodybuilders often believe that if used carefully, side effects and adverse reactions will not occur. However, this is not always true.
Acromegaly is a side effect of high levels of growth hormone in the body and can occur when the pituitary gland, with no other influences, produces high amounts of growth hormone, which are often caused by benign tumors on the pituitary gland itself.
When injected by bodybuilders, the risks of overgrowth are present as well.
In some cases, acromegaly does respond well to medical treatment, including discontinuation of human growth hormone injections. In some cases, surgery may be required to deal with the overgrowth of connective tissues in the face, the hands, or the feet.
In some cases, not even surgery can repair damage done to bone tissues. Such surgical procedures are not only expensive, but don’t always produce expected results or restore an individual to be pre-acromegaly state.
Long-term studies regarding side effects or adverse reactions have not yet been completely studied, but it is recommended that an individual on HGH therapy or taking supplements avoid sweet foods, as blood sugar levels can be negatively affected.
If you’re interested in HGH supplements to help or reverse damage caused by normal aging processes, talk to your doctor about benefits and drawbacks. Be informed.
HGH Human growth hormone can benefit some, but may not be recommended in certain circumstances.
Before looking into HGH injections for sale and injecting them into the body that can wreak havoc with hormone and metabolic functions in the body, consider natural alternatives.
They may take a little longer to become effective, but they’re a lot safer and legal to use.
Even if some forms of human growth hormone HGH for sale are available over the counter in your country and is considered legal, check with the World Anti-Doping Agency before use to ensure that the ingredients or components of any drug, natural, herbal, or prescription strength in nature, are not banned prior to competitions or sporting events.Adult Growth Hormone DeficiencyDoes HGH Make you TallerDoes HGH WorkGrowth Hormone CycleHeight Growth After 25HGHHGH 2iu Per DayHGH After 18 25HGH Anti AgingHGH BenefitsHGH DrugHGH EffectsHGH for HeightHGH HormoneHGH LevelsHGH Pros ConsHGH ResultsHGH ReviewsHGH SupplementsHGH TherapyHGH TransformationHGH vs. IGFHow Does HGH WorkHuman Growth HormoneIncrease Growth HormoneIncrease HGHIs HGH a SteroidIs HGH SafeStimulate Growth Hormone Secretion