HUMAN GROWTH HORMONE INJECTIONS CAN IMPROVE JOINT RECOVERY AFTER INJURY
Written by , Article reviewed and edited by Dr. Fine M.D.
Published on September 4th, 2019
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Hormone Replacement Therapy
HGH Cell Regeneration
Growth Hormone Joint Rehabilitation Therapy
long been understood to have a number of potentially beneficial uses.
Human Growth Hormone is used to treat HGH Deficiency in both children
and adults, and the hormone has long been used as a means of athletic
enhancement, in spite of the inherent potential risks.
scientific knowledge about Somatropin continues to grow, new uses for
the potent hormone continue to come to the forefront. One of the most
promising HGH Uses being researched today is for Joint
Dunn Experimental Treatment
physician in North Miami has been experimenting with Growth Hormone
for Injury Rehabilitation for many years. His name is Doctor Allen
Dunn. For the last fifteen years he has utilized Human Growth Hormone
Shots in order to speed up the rate at which his patients heal.
According to Dr. Dunn's clinical findings, as well as a growing body
of research regarding the potential healing power of HGH, it seems
that Growth Hormone may have a legitimate place in Physical
Rehabilitation as a means to improve outcomes with regard to joint
Joint Treatment Supporting Evidence
physician provides both anecdotal and visual evidence for the success
of his treatments, showing before-and-after x-ray photos of
consenting patients that have turned to him for therapy. Just by
looking at the x-rays, it is clear that there is at least some
substantial merit in the experimental medical HGH procedures that Dr.
Dunn has implemented.
explains that his Rehabilitation Therapy (which includes HGH HRT) has
a success rate of fifty to ninety percent, dependent upon the
particular joint in question. Rehabilitation success rates are listed
Hormone Joint Therapy Medical Data
collection of evidence regarding Dr. Dunn's Experimental HGH
Procedure is an aggregation of data in regard to qualitatively
assessed success rates regarding knee rehabilitation. In this study,
therapy is considered successful if the treatment leads to a level of
joint space in the knee which is around four millimeters. In this
study, patients were scored under five criteria:
Functionality of the Knee Joint
surgery, over 86% of patients suffered from abnormal to severely
abnormal knee function. After treatment, over 87% of patients had
knee joints which were of either absolutely normal or near-normal
Subjective Knee Evaluation
method of appraisal demonstrates the level of knee function based on
a series of scored questions revolving around pain, movement ability,
and other factors. Before treatment, the overall score was 37 out of
100 in terms of functionality. After treatment, the overall average
score increased to 78.1, showing vast and significant improvement for
scale, patients reported that mobility presented either: no problems,
some problems, or an inability to walk. Before treatment, over eighty
percent reported some mobility issues, while after therapy, over
eighty five percent reported that they had no maneuverability issues.
scale, similar to the Mobility Scores Scale, measured the patient's
ability to go about their normal, everyday activities. Before
treatment, almost eighty two percent of patients experienced at least
some issues with performing their normal and everyday tasks. After
treatment, however, over ninety-two percent of patients had no issue
with their ability to perform their normal, daily tasks.
scale recorded the perception of pain among patients both before and
after knee treatment. Before Joint Rehabilitation featuring HGH, over
ninety-eight percent of patients responded that they were suffering
from moderate to severe knee pain (72.7% and 25.8%, respectively).
After Medical Treatment featuring Growth Hormone, over eighty percent
of patients no longer experienced knee pain, and only 1.5% of
patients still experienced severe knee pain.
Stimulates Hyaline Tissue Generation
addition to improving the development and function of cartilage, Dr.
Dunn has also noted that HGH Treatments stimulate the development of
healthier cartilage tissue, as well. Doctor Dunn's claims that his
treatment leads to cartilage production which is 100% hyaline
cartilage is the natural form of cartilage that normally occurs in
the joints. It is firm, slippery, shiny, and is nearly translucent.
This type of cartilage is perfectly designed for proper and healthy
movement of the joints. Most common operations to repair cartilage
create a different form of cartilage upon healing, known as
fibrocartilage. This type of cartilage is a form of scar-tissue.
Cartilage vs. Fibrocartilage
when hyaline cartilage is severely damaged (severely torn directly to
bone tissue), the hyaline cartilage destroyed is replaced by
fibrocartilage. This form of cartilage does still provide protection
to the bone, but the joint is no longer perfectly smooth in texture,
and fibrocartilage can also grow irregularly upon healing, creating
areas of pain while also potentially limiting movement. Human Growth
Hormone treatments seem to stimulate the production of Hyaline
Cartilage upon healing, producing a freer range of movement with less
potential for recurring pain.
Hormone Joint Therapy Treatment Duration
of HGH Joint Therapy generally lasts for three to twelve weeks,
dependent upon the location and the severity of the joint issue.
Sadly, this form of Human Growth Hormone treatment is not taken care
of by insurance, so the treatment must be paid for completely by the
patient. The average cost of HGH for Joint Rehabilitation Therapy is
about ten thousand dollars in total.
studying this medical treatment more completely, it seems to show
high levels of potential, although the data set seems far from
physiological perspective, it makes perfect sense that joint
cartilage could be treated in this manner, increasing the rate of
hyaline cartilage production. The claim that 100% hyaline cartilage
production takes place seems a bit specious, however.
Hormone Stimulation Can Naturally Go Haywire
HGH is not
always good for the joints, however. Patients that have a disorder
known as gigantism have nearly double the normal amount of cartilage
in their bones, compared with normal human beings. Patients with
gigantism have a pituitary disorder which stimulates the extreme
production of Human Growth Hormone, which causes their bodies to grow
exceptionally large in size while also creating a number of different
medical complications throughout their bodies.
with Gigantism also have a seventy percent chance of significant
joint issues as a result of their affliction. Joint complications in
these individuals are the result of joints which are too large for the
normal compartment in which the joint lies. In addition to this,
extreme levels of Human Growth Hormone also often cause joints and
bones to grow into abnormal shapes and configurations, further
increasing the chance of pain and other issues.
that Gigantism Patients are at severely enhanced risk of bone
disorders show that there is a sweet spot regarding joint cartilage,
where the joints function at their best. For this reason, it is
important to be cautious and make sure you discuss all potential
treatment options with your physician. You want to choose a medical
therapy which provides the maximum level of potential benefit to both
you and your body.
Combination with Arthroplasty Shows Most Promise
fairly confident that further scientific research will show that this
form of treatment can be highly beneficial to at least a critical
subset of patients. HGH Joint Treatment will most likely have the
most significant benefit for patients undergoing arthroplasty, where
Human Growth Hormone will help properly sculpt and build the joints
in combination with other forms of treatment.
the body of medical research is incomplete, Doctor Dunn's research is
still quite amazing. The ability of Human Growth Hormone to naturally
stimulate the development of healthy hyaline cartilage is a
significant breakthrough which will no doubt contribute immensely
toward future medical protocol for joint replacement and treatment.
It will just take some time to fully flesh out the medical process of
HGH Joint Treatment.
Anecdotal Corroboration Regarding the Benefits of Growth Hormone for
of treatment is also widely discussed online on message boards,
forums, and various other websites, with a large number of patients
and clinical professionals confident in the overall benefits of the
procedure. There is also a growing body of scientific evidence that
shows that Human Growth Hormone Replacement Therapy has the
capability to treat and alleviate osteoarthritis, and there is
already a lot of evidence that shows that Human Growth Hormone
Improves outcomes regarding osteoporosis.
Joint Treatments Produce Few Side-Effects
as well as first person accounts of treatment, show that this form of
Human Growth Hormone Therapy produces very few side effects. There
are two strategies for this form of therapy. One treatment option
involves a minor surgery. In this surgery, the joint is exposed, and
the surgeon clears the joint of all dead, damaged, or malformed
tissue in the joint.
joint has been cleared of debris in this process known as
“debridement,” Human Growth Hormone Injections are provided in a
regular pattern across the window of treatment. An important aspect
of this form of treatment is to minimize load-bearing on the treated
joint until HGH Therapy is complete. There are other forms of
treatment which involve the direct injection of Growth Hormone into
the afflicted joint without surgery.
the Costs and Benefits of Growth Hormone Joint Injections to Your Own
the expense of this treatment is high as a result of it not being
covered by insurance, you may wish to utilize this therapy before you
undergo total joint replacement, which is a long and laborious
process that requires a long period of physical therapy. If you have
the income available, and you think this treatment might provide
significant benefit for you or a loved one, we encourage you to
discuss the continuing prospects of this medical treatment with a
qualified healthcare professional.
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