Does Sermorelin work?
The most commonly asked question about Sermorelin is whether or not it works and how it works. For decades now some people have been calling it a kind of medical miracle. But that's a bit of a hyperbolic stretch.
Once Sermorelin starts circulating in your blood, it begins to work in other areas of your body by first stimulating a cascade of hormones in your brain (the anterior of your pituitary gland is the intended destination of Sermorelin), and then your liver (Sermorelin stimulates HGH, whose intended target is the liver) and then your whole body as a result of IGF-1 being released by the liver.
We'll explain this oversimplification in more details.
Sermorelin Antiaging, Fad or Hype?
Sermorelin has been touted by some physicians as an anti-aging wonder, even if this is not an approved description of this medication.
Like their doctors, many patients have called Sermorelin the anti-aging fountain of youth. However the truth be known, there is no magic potion for anti-aging and human longevity just yet, that is at least until the human genetic revolution comes in the next 20 years or so.
It is thought that in some 20 years there will be a medical revolution delivering full-blown stem cell therapy, gene therapy and nanomedicine therapeutics that will completely change what it means to be human.
But until then, Sermorelin holds some promise of treating age-related symptoms in other ways that are less science fiction.
Sermorelin Acetate injections work by communicating with the garbanzo, or green pea-sized pituitary gland in the center of your brain, this secretagogue, in turn, is like the "on" switch for flooding the body with GH (Growth Hormone) -- for a short time -- until somatostatins tell the pituitary gland to shut off.
It is the growth hormone released into your brain via the pituitary gland into your bloodstream that makes its way to the liver where it is metabolized. Then finally your liver releases Insulin-like Growth Factor One (IGF-1) or the substance also known as somatomedin C.
It is IGF-1 that stimulates regeneration and growth of cells in the human body. Thus Sermorelin begins its function in the brain and then works throughout the entire body via a cascade of hormones.
How does Sermorelin work?
Sermorelin works by mimicking the molecular structure of Growth Hormone Releasing Hormone (GHRH) which is usually produced by the hypothalamus of the brain.
GHRH is a secretagogue, which means it's something that stimulates something else to be released in the body, in this case, GHRH stimulates HGH.
Whereas GHRH has a molecular structure of 41-44 amino acids, medical scientists found that only 29 of those molecules are bio-active, meaning you don't need all 44 amino acids, the first 29 of them are sufficient ingredients to make Sermorelin work.
This means that 15 molecules are extra and unnecessary ingredients to get the job done by switching on the somatroph cells in the anterior of the pituitary gland.
Moreover, this is good news, because that means it's more accessible to make and affordable to produce Sermorelin. To create growth hormone releasing hormone, or human growth hormone is relatively expensive by comparison due to their higher complexity.
This is why the cost to buy or obtain Sermorelin is a fraction of the price of HGH. This price difference could be considered one of the many benefits of Sermorelin acetate due to the financial constraints of some people. Growth Hormone is expensive; it can cost one to two grand a month if the deficiency is high.
Fortunately, the vast majority of patients can get by on low doses.
When doesn't Sermorelin work in the brain?
There are a number of different generic terms used to diagnose this condition: Adult Growth Hormone Deficiency (AGHD) and hypopituitarism, but these diagnoses can also include an entirely different set of problems, like adding the fact that your hypothalamus is not working at releasing GHRH and therefore not stimulating your pituitary gland to pump out growth hormone.
Pituitary Gland Tumor: Benign or Malignant
One cause of AGHD could be the result of a malignant or benign tumor on the pituitary gland, or other factors including the somatroph cells in the anterior portion of this gland are not responding to stimuli because of faulty functional issues arising in them.
Conversely, some people with tumors on their pituitary gland have hyperpituitarism (the opposite of hypopituitarism), and as a result, their pituitary gland is flooding their body with HGH, which causes acromegaly.
If you have seen abnormally tall people in your life, they are likely suffering from hyperpituitarism, gigantism or acromegaly. An example of someone suffering from these kinds of medical conditions was the character "Jaws" (Richard Dawson Kiel) from the James Bond movie. Mr. Kiel was seven feet tall.
Sermorelin and Pituitary Gland Function in the Brain
When you inject sermorelin into the adipose tissue of your belly or love handles, it slowly trickles into your bloodstream, from there it circulates through the whole body and makes its way to your brain, that is when and where the pituitary stimulation cascade first begins.
The pituitary gland typically can release HGH throughout your entire lifespan when adequately stimulated.
This means that whether you are in your 40s or 90s, your pituitary gland can work properly in your brain when sufficiently stimulated with a secretagogue like Sermorelin or GHRH.
If your pituitary gland is not working correctly within your brain's synergy, there may be a physiological problem necessitating an MRI scan and other pituitary stimulation tests. These tests can determine whether you have primary or secondary hypopituitarism.
Typically the cause of Growth Hormone deficiency is the result of the diminished release of GHRH by the hypothalamus located at the center of the brain behind the pituitary gland.
Less often common, there is a direct problem with the brain's pituitary gland that causes HGH insufficiency, AGH deficiency or hypopituitarism. Adult Growth Hormone Deficiency Syndrome is a real diagnosis and not some trendy marketing term like Low T is for hypogonadism.
Sermorelin Therapy Brain Test versus Human Growth Hormone Test
Endocrinologists often like to prescribe a three-month trial program of Sermorelin therapy to see how well their hormone deficient patients perform on them.
Typically you will do the injections between one hour and 15 minutes before you go to sleep. The dose is usually 100 to 300 mcg (depending on height, age, weight, and other factors), but more often 100 to 200 mcg is a typical dose.
Sermorelin and Sleep
Any type of carbohydrates, sweet drinks or sugary food you might eat before you go to sleep could interfere with your bodies ability to process it.
Sermorelin works best at night time before you sleep and patients report that they wake up refreshed in the morning.
Concerning Sermorelin and Diet: Avoid carbohydrates, sweets, snacks, fruit juice, candy, ice cream or any junk foods you might consume in the evening because these items can cause an insulin spike which can counteract the effects of growth hormone release.
The best way to use Sermorelin Therapy is with a tinge of hunger. The optimal diet strategy for Sermorelin is to try to get all your calories in an 8-hour window during the day and then fast for the remaining 16 hours.
During this fasting, at least 8 hours should be devoted to sleep. Yes, sleeping can be considered a form of fasting if you go to bed on an empty stomach with a slight burn of hunger.
Sermorelin and Blood Testing for IGF-1
If after a 3-month Sermorelin program your IGF-1 levels don't increase concurrently, Physicians can implicitly determine that your brain is the problem; specifically, your pituitary gland has difficulty being stimulated to release HGH.
In this circumstance, a physician will then prescribe you a 3-month human growth hormone program. If your IGF-1 levels still don't increase, then the problem is that your liver might not be processing the HGH correctly.
So is your GH deficiency the result of your hypothalamus, your pituitary gland or your liver?
Why is Sermorelin Acetate better than HGH injections?
There are certain advantages to stimulating your brain with sermorelin to increase its own natural production of endogenous (internally made) HGH versus injecting HGH directly exogenously (from the outside) into the body subcutaneously.
Somatostatin | Growth Hormone Inhibiting Molecule
The effects of Sermorelin are regulated via a negative feedback loop in the brain by the inhibitory molecule, and neuro-hormone called somatostatin (Also called somatotropin release-inhibiting factor - SRIF, growth hormone-inhibiting hormone - GHIH, and somatotropin release-inhibiting hormone).
Benefit Review of Injecting HGH versus Sermorelin
Thus unlike injecting exogenous (external or from the outside) rhGH (recombinant Growth Hormone), a possible overload of inside created (endogenous) Growth Hormone is much less likely to happen with Sermorelin versus GH.
To state it another way, stimulating your pituitary gland and then your body telling it to turn off when it needs to - works better for the body, than the other option of flooding your body with an external source of HGH via shots.
Once the HGH is in your body, no amount of somatostatins can block those growth hormone molecules, because somatostatins work on the pituitary gland, but if you stimulate the pituitary gland to release in intermittent natural pulses and your body says it has had enough with somatostatins, this molecule can override the sermorelin signaling and hence tell the pituitary gland to stop producing HGH.
Because of how Somatostatin and Sermorelin interact, causing the pituitary gland to release human growth hormone in an episodic manner is congruent with the body's natural approach, resulting in it working better physiologically versus someone injecting a different hit of HGH.
This is why Tachyphylaxis is less likely to happen with sermorelin because the pituitary release of HGH does not look like a square wave, but a normal curvy sign wave, thus it is more parallel with normal physiology.
Sermorelin has a superior safety profile than HGH, given how it works as a GHRH class secretagogue. So ultimately Sermorelin works quite well in doing what it is meant to do, which is treat GH deficiency.
Sermorelin Science: Brain, Hypothalamus, Pituitary Axis
According to Dr. Walker, "Sermorelin promotes pituitary genetic transcription of HGH messenger RNA, increasing the pituitary reserve and thereby preserves more of the growth hormone neuroendocrine axis, which is the first to fail during aging (Walker et al. 1994)".
According to Dr. Villalbos "Pituitary recrudescence resulting from sermorelin helps slow the decrease of hypophyseal hormone failure that occurs during aging thereby preserving not only youthful anatomy but also youthful physiology (Villalbos et al. 1997)".
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