Peptide Research: Metabolism, Longevity, Alzheimer's

BREAKTHROUGH AREAS IN
PEPTIDE
RESEARCH
EXCITING RESEARCH FOR METABOLISM,
LONGEVITY, AND ALZHEIMER’S
ALL ARTICLES AND PRODUCT
INFORMATION PROVIDED ON THIS
WEBSITE ARE FOR INFORMATIONAL
AND EDUCATIONAL PURPOSES ONLY.
The products we offer are NOT intended for human use directly. They are intended for in-vitro and
pre-clinical research purposes only. These products are not medicines or drugs and have not been
approved by the FDA to prevent, treat or cure any
medical condition, ailment or disease.
INTRODUCTION
Peptides are not new. This
technology has been around for
a number of years, but as the
knowledge base of the research
community has grown it is reaching
into some incredibly exciting areas.
This is not going to be the typical
beginners guide into the science of
Research Peptides. There will be an
abundance of references and links.
All pullable threads that will allow you
to educate yourself on any unfamiliar
subject matter. The purpose here is to
paint a picture of the current state of
research, and to look to the horizon for
exciting possibilities.
Peptide Sciences is a well of information that I suggest anyone interested in this book dive
deep into.
It is dripping with current research, product profiles, and is
an absolute masterclass in all
aspects of the Research Peptide
world. It is literally expertise on
tap and is constantly being updated with cutting edge information.
As we explore the exciting future
potentials of these exciting compounds I highly encourage you to engage with and further research any
topics you find fascinating, I promise
there will be quite a few.
The 3 breakthrough areas we are going
to explore are metabolism, longevity, and
alzheimers research. These topics have
the most value because of the range of
implications and benefits that they represent. All of these areas have a massive impact on people’s lives. Whether in terms
of personal health or the impact it has on
the families and loved ones of those suffering from issues medicine is currently
not winning the battle with. Diseases that
can leave people helpless and incapacitated are within the realm of science
to solve, and research peptides are
continuing to show promise as
potential weapons to win
this war.
Metabolism touches all aspects of biology. It
spans the entirety of all bio-chemical processes
impacting energy production, weight management,
and hormone functions. The modern world is
inadvertently attacking biology from every direction.
Sedentary lifestyles alone are directly related to
many of the leading causes of death in the world
today. Obesity, heart disease, and diabetes are all
metabolic processes. We are going to illustrate some
of the ways peptide research is showing promise in
improving metabolism, balancing and optimizing
hormones, and possibly granting new methods to
decrease the impact metabolic issues are having on
society at large.
Longevity seems a logical byproduct of improved
metabolism but it is also unique in many ways.
Simply keeping an organism alive longer is not
always something to get excited over, but imagine
the impact on what is truly sought after with
increased longevity. Increased vitality. Bone strength,
skin health, and texture are important to active
lifestyles. Improvements in libido and mood are
every bit as important as keeping body fat under
control and the heart healthy.
Longevity is less about adding
more years and more about
adding better quality years.
No spoilers, but mountain
climbing well into the 80 and 90
year range is coming faster than
we think.
Finally, we come to Alzheimers. This one hits
home for many. Anyone who has had a loved
one impacted by this disease knows that it is an
enemy of the cruelest kind. Breakthroughs in our
understanding of this disease is paving the way for
more targeted and in-depth research, and we may
be much closer in gaining the upper hand than
we realize.
That is enough of the preview. Let’s dive in
and see what the future may hold.
METABOLISM
Metabolism is specifically defined
as the set of chemical reactions that
sustain life in an organism.
This includes the conversion of food to energy, the building
up of new tissues, and the elimination of old tissues and
waste products. The processes that convert food to energy
involve digestion. The energy consumed is burned as
needed or stored. The act of storing energy as new muscle
and more robust ligaments is called anabolism (tissue
building). When energy is spent breaking down these
structures it is called catabolism (tissue breakdown). All
living organisms attempt to maintain homeostasis, which
is simply the balance of anabolic and catabolic processes
in a healthy organism. The problem is, when an organism
ages, this balance begins to degrade. The conversion of
energy and the building up of new tissues becomes less
efficient. When the cells are not being broken down and
replaced with healthy ones we see all sorts of conditions
arise including cardiovascular issues and diabetes.
Every disruption or failure in an organism’s metabolism
has downstream effects. In humans these effects manifest
as everything from the graying of hair, gaining wrinkles,
to cancer and disorders of the immune system. Obesity is
also the result of metabolic disruption.
Peptide research is showing promise as a powerful tool in
the fight against metabolic decline and disorders. It bears
repeating that humanity’s victories in our battle against
diabetes have been almost exclusively due to insulin,
the first peptide commercially available. We have close
to 100 years of success against a once fatal disease that
disproportionately affected children with an effective
treatment, which added years of quality life. Insulin has
shown that peptides can be safe and effective treatments
deserving of attention.
As medical science has pushed our average life expectancy
to around 80 years, it has not done nearly as much in
prolonging a youthful metabolism much past the age of
30. 1 Between the ages of 30 and 40 a significant decline
begins in the metabolism in general. Hormone production
slows down, and the body begins to reprioritize its energy
allocations. Maintaining a fertile body with vigorous energy
is not an efficient use of fuel for organisms that need to
maintain homeostasis. Peptides are a tool that allows for
the replication of the signals organisms use to continue
running efficiently long past the point of natural decline.
METABOLISM
COMPOUNDS THAT
SHOW PROMISE
Before we examine a few of
the more exciting compounds
involving
metabolism,
let’s
think forward to the exciting
breakthroughs on the horizon.
Peptides can provide the
stimulus necessary to keep
cells producing energy, dividing,
replicating themselves efficiently,
as well as efficiently disposing
of degraded cellular matter. As
we better understand the ways
peptides can be harnessed to
optimize cellular function, we
are also improving our ability
to synthesize these powerful
compounds. The original forms of
commercially available insulin and
growth hormone were extracted
5-Amino-1MQ
LEARN MORE >>>
MOTS-c
Mitochondrial
Peptides
LEARN MORE >>>
Humanin
LEARN MORE >>>
from cadavers! With modern technology these peptides
are now synthesized and we are getting better
at it quickly.
The likelihood is, the future of peptides is one where they
will be increasingly used to treat all forms of metabolic
disorder. Anything that interferes with highly energetic
and vibrant life is put on notice. Things like cancer treatments, the maintenance of healthy organs, muscles, and
bones will be at the top of that list. This will be a general extension of youthful appearance and cellular health.
Imagine a world where 60 and 70 year olds still have the
hair, skin, and bodies they did in their 30s. This is not even
an extreme example of what is achievable the more we
learn how to positively influence cellular health with these
compounds. More important are the things that will be
addressed both directly and by second order preventative action. Yes healthy cells resist anomaly, but peptides
are also showing massive success directly effecting the
signaling pathways that may allow us to enhance our immune and regenerative properties far beyond anything
we are capable of today.
METABOLISM
COMPOUNDS THAT
SHOW PROMISE
5-Amino-1MQ
This is a new product making some
big noise already. It has promise in a
range of applications but in terms of
metabolic activity this may be a massive
breakthrough in the weight loss world.
Studies in mice are showing significant
impacts on weight loss and the most
exciting part is that it appears to do so
without making major modifications
to diet. Statistically significant drops in
fatty tissue cells both in size and quantity
have been reported in these studies.
In America, currently the obesity rate
stands in excess of 40%. 2 Almost half of
the american public is considered clinically
obese! Obesity compounds the likelihood of
other mortality factors presenting
themselves such as Heart disease
(the nation’s long time leading
killer) and diabetes.
5-Amino-1MQ research is knocking
on the door of a solution that could
be the most impactful shift in general
health and wellness in history.
Imagine a future where showing
up to a doctor in a state of obesity
has the potential to leave with an
effective solution, allowing for a new
lease on life. The opportunity to allow
for heightened activity levels without
the impact and damage that comes
with suffering from obesity.
According to the Center for Disease
Control “obesity related conditions
are the leading causes of preventable,
premature deaths” 3 with medical costs
being approximately $1,500 dollars more
per year than for those within healthy
weight ranges.
>>> Access more information for researching
this exciting compound <<<
MOTS -c
This mitochondrial derived peptide is another one showing
massive promise in the area of healthy metabolism
and potentially a weapon in the war on obesity as well.
MOTS-c research is showing the peptide has a positive
impact on glucose metabolism and maintaining insulin
sensitivity. This could be particularly helpful with obesity
and diabetes as well, both of these conditions being
heavily influenced by how sugar is utilized in the body, but
even in healthy organisms this peptide has the potential
to improve energy levels and work capacity. The world
is a demanding and exhausting place, more energy and
a more efficient metabolism is paramount in navigating
the expectations of the world. This compound is showing
so much potential in terms of energy expenditure it is
often referred to as an “exercise mimicker” and has been
shown to as much as double the running capacity of mice.
The promise of this compound and the range of research
surrounding it is explored further here including research
on its impact on insulin sensitivity and heart health. Make
sure to check it out.
Humanin
Staying with the mitochondrial based peptides here we
explore Humanin, another peptide showing a range of
positive effects in clinical research. Humanin is naturally
occurring in the body and levels significantly drop with
age, and with it the inevitable slowing of metabolism.
This decrease cascades into a systemic slowdown of the
metabolism making it that much harder to reinvigorate
these systems. Humanin may allow for an exercise
mimicking effect similar to MOTS-c, but through different
pathways. 4 Continuing research with Humanin is showing
a range of potential benefits such as positively impacting
the signaling of other peptides that have positive
metabolic effects as well. This begs for additional
research and holds the promise of combinatorial
therapies that may be more powerful than
the individual peptides are on their own.
Explore more of the exciting possibilities
of Humanin research here.
Longevity is simply
defined as “long
As simplistic as that sounds it really is the only race that
really matters. The objective function of life is to live as long
as possible in order to reproduce. Survival is key, without it
nothing else matters. There is quite a bit to be said for the
quality of years lived, but in the end it’s always going to
come down to how many laps around the sun an organism
clocks in. Time is the one finite resource that matters
above all else. Recent breakthroughs in peptide research
are giving increased options in our fight for longevity.
Based on numbers trending today, it is not unreasonable
to predict the average lifespan to increase to 100 years
and beyond. Modern medicine as it stands, the increase
in preventative medicines, and increased focus on proper
diet and exercise have all combined to more than double
the average life expectancy. This is remarkable considering
there are plenty of obvious issues with long term care..
Increasing the average human lifespan to 100 years is
well within range by simply improving the priority given
to diet and activity. The benefits we are seeing emerge
from peptide research shows the possibilities are infinite.
Combining a healthy and active lifestyle with tools that
support the cells ability to maintain itself could optimally
result in examples of extreme longevity, possibly 120 years
and beyond. The ability to regenerate cells, supported at
the enzyme level is one obvious path to longer lifespans,
but another path is immunity. Research peptides have
been showing great success in this arena as well. A
bolstered immune system is a powerful and under
discussed tool in the longevity arsenal. Stress
is the stimulus of decline. Our ability to
withstand stress relates directly to how
long we live by several clinical measures.
Indicators of heart disease like
elevated blood pressure and
obesity are highly correlated
with stress. The ability to
address damage from stress
at a cellular level is well
established with various
research peptides. This is
especially exciting because of
how significantly it raises the bar
of possibility if we are able to address
stress at the cellular level. We could see years added from
the aggregation of improved immunity, improved cellular
maintenance, and maintaining a physiology that is both
resilient to stress, and regenerative long beyond our
natural timelines.
Longevity is a war with battles on many fronts. Immunity
plays a completely different role than peptides with
regenerative properties. These strategies, when
combined effectively, are going to blow open the doors
limiting lifespan. There could be little more exciting than
the possibilities of spending more time doing what we
love, with the people that we love. It goes by fast enough,
there is no reason not to hope for more years, and for
those years to be full of vitality.
COMPOUNDS THAT
SHOW PROMISE
FOX04-DRI
Also known as Proxofim, this is a
unique peptide that is “synthetic, slightly modified version of
the standard FOXO4 protein”.
The modification specifically
extends the half life allowing
for more prolonged activity
and potentially more results.
While this compound has
shown positive impacts on
heart health and other bio-
markers that contribute to a healthy
metabolism, this peptide is showing
incredible potential in the realm of
senescence. Senescence is defined
as the condition or process of deterioration with age, and on a cellular
level it is the loss of a cell’s power
of division and growth. 5 This is the
underlying mechanism for age
(and stress) related decline, and
this puts peptides like FOX04DRI on the frontline of the battle
against aging. This peptide has
shown in research to clear away
toxic senescent cells that have
lost their ability to divide and
grow into new healthy cells. A
chemical version of taking out
the trash and making way for
new, healthy, and youthful
cells to perform optimally.
>>> More information
on this here <<<
ALZHEIMER’S
Issues and progress made in the
arenas of metabolism and longevity
all carry with them the potential to
have massive benefits in many areas
surrounding quality and length of life.
The areas of associated pathology overlap and touch on a
wide range of issues that this book has just scratched the
surface of. The third and final area we are going to explore is
one that has a particularly brutal and unforgiving impact.
Anyone who has a loved one affected by Alzheimer’s
Disease (AD), will testify to the destructive nature of the
disease. This disease is unique. Our minds are our most
important faculty and AD immediately presents a danger
to us. The impact on the individual is massive and just as
damaging to the afflicted’s loved ones, who must sit by
helplessly and watch them slip away.
In the previous sections we discussed heart disease along
with cancers, which make up the top 2 killers in America
for many years running. While the past 20 years has shown
a decrease of around 7.3% in deaths from heart disease,
deaths from Alzheimer’s over the same period have
increased 145%. 1 out of 3 seniors dies from
Alzheimers or similar forms of dementia,
killing more than breast cancer and
prostate cancer combined. 6 I am
sure it is quickly becoming
apparent why this affliction is
worthy of its own section. To
make matters worse, those
chilling statistics say little
to the experience of the 6
million people currently living
with an Alzheimer’s diagnosis and
the toll that it takes on their families
and support groups. The emotional
devastation caregivers suffer as they watch
their loved ones slip away is incalculable. It
is estimated that 11 million people are providing
unpaid care for people suffering from this disease
and that care is above and beyond the efforts made by
the medical community.
Given the scope of suffering, and the alarming increase
of severity and impact of the problem, this is one of the
more critical areas of peptide research; one that is poised
to have a profound positive impact.
Right now there are two major pathways being explored
in peptide research for Alzheimers. The first strategy
is simply to bolster the functions of the mind like
memory and recall. There is a range of peptides showing
neuroregenerative (forming neural pathways) and
neuro protective (defending the healthy neurons and
maintaining connections) capabilities. This focuses on
treating symptoms and not the underlying causes of AD
but every bit helps in this battle.
The second strategy is to improve our ability to directly
target the Amyloid Plaques that are the direct cause of
AD at the cellular level. 7 This area of research is showing
promise with In Vitro studies as well as cognitive
performance improvements in mice.
COMPOUNDS THAT
SHOW PROMISE
N-Acetyl Semax
This peptide belongs to a class demonstrating powerful neuroprotective and neuroregenerative actions. Research out of Russia
has shown this peptide to boost neuro regeneration in patients that have suffered a
stroke. This speaks volumes to the potential
this peptide may have in long term brain
health and longevity. Lab research has
shown that these results are not exclusive
to post brain trauma situations, and that
even in healthy mice we see increased cognition and improvements in memory. In the
area of Alzheimer’s research this peptide
seems to help in both the recovery and
maintenance strategies described earlier.
More information on this here >>>
Pinealon
Pinealon is a synthetic peptide just three
amino acids in length. It has been shown to
modify behavior and protect a number of cell
types against the effects of hypoxia. It has
undergone extensive research for its ability to
alter circadian rhythm, improve memory, and
enhance learning. It has been shown to offset
the effects of aging, particularly in the central
nervous system, and may be useful in treating
cognitive disorders like Alzheimer’s disease.
More information on this here >>>
P21 (P021)
P21 is a nootropic peptide targeting
improved neurogenesis. In animal studies,
P21 has been shown to boost levels of BDNF
(Brain-derived neurotrophic factor) thus
promoting neurogenesis (nerve growth)
and inhibiting the formation of Amyloid
plaques and Tau proteins seen in Alzheimer’s
disease. BDNF has been linked not just to
enhanced neurogenesis, but to the down
regulation of certain enzyme responsible
for tau and amyloid plaque formation in
Alzheimer’s brains. P21 has been shown to
improve cognition in animal models.
More information on this here >>>
CONCLUSION
Issues and progress made in the
arenas of metabolism and longevity
all carry with them the potential to
have massive benefits in many areas
surrounding quality and length of life.
We’ve only briefly described the vast oceans that
encompass these topics. The impact of metabolic issues,
human longevity, and the rapid increase in incidents of
Alzheimer’s Disease can not be exaggerated.
The statistics on obesity alone make this a most urgent
crisis. 1 out of 6 children and 1 out of 3 adults in this
country are considered obese. Disregarding the social and
psychological impact of this situation, it is a health crisis
in the making. 70% of american adults are considered
overweight. This is a precondition for many of the leading
causes of death in America. As a country, we are putting
a down payment on a health catastrophe that is causing
more casualties per year than the world wars did. This is
not sustainable, and is completely unacceptable. Even with
this grim reality, science is succeeding in giving humans
additional years on average, and even this comes with
increased risks.8
These issues will affect us all as we age. If we make it past
80 years old it only becomes worse. As we gain ground
on many of the leading causes of death in this country,
such as cancer, and heart disease, we’ve seen them slowly
decline. Currently, we see Alzheimers and other forms
of dementia being the 5th leading cause of death
in Americans over the age of 65. After 65 years
old the risk of developing the disease doubles
every 5 years. Peptide research has never
been more critical if we are to have
a fighting chance. The promise of
treating these conditions gives
us hope that we are in for a
beautiful future. One where
people can live longer, more
vibrant lives. Lives that not
only include physical health in
abundance, but sharp functional
minds as well. Please keep the
research alive. It’s what our future
generations deserve.
1. https://www.cdc.gov/obesity/data/adult.html
2. https://www.oatext.com/humanin-mots-c-and-physical-exercise-a-new-perspective.php
3. https://www.niddk.nih.gov/health-information/health-statistics/overweight-obesity
4. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6017258/
5. https://www.ourworldindata.org/life-expectancy
6. Peptide Protocols by William A. Seeds
7. https://www.alz.org/alzheimers-dementia/facts-figures
8. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5808296/
WWW.PEPTIDESCIENCES.COM
ALL ARTICLES AND PRODUCT INFORMATION PROVIDED ON THIS WEBSITE
ARE FOR INFORMATIONAL AND EDUCATIONAL PURPOSES ONLY.
The products we offer are NOT intended for human use directly. They are intended for in-vitro and pre-clinical research purposes only. These products
are not medicines or drugs and have not been approved by the FDA to prevent, treat or cure any medical condition, ailment or disease.