1stPeptides

We won’t speculate on how successful they were at discovering the former, but evidence about the latter is clear – in fact some early Peptide Bioregulator discoveries are believed to have been utilised within the Soviet Union (as it then was) in helping to treat victims of the Chernobyl nuclear disaster. Its hard to believe some of the data from that incident but the death ratio is seemingly a lot lower than originally anticipated and who knows the extent to which Bioregulators may have helped overall recovery or specific organ repair.

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The Bioregulators that were discovered to have beneficial impact on health, were discovered and researched by Russian scientist Professor Vladimir Khavinson. He spent close to five decades experimenting with different strength peptides to isolate the most effective treatments to influence specific sets of cells (by activating or silencing genes) within the body, and hence developed techniques which were organ specific. This meant that specific illnesses, regeneration of organs, as well as an improvement in general wellbeing or aging, could be targeted. Early compounds were derived solely as extracts from animal tissues whereas today we have opportunities to also use synthetic derivatives of the same ingredients, with differing risks, benefits and costs.

 

As a relatively new branch of science and one that has been heavily influenced by Russia we are of course yet to see as much research, collaboration or evidence as might be the case had these miraculous compounds been discovered elsewhere. But a lot of research was nevertheless completed in Russia and from consumer feedback on modern products available today, it has to be said that Peptide Bioregulators do seem to have considerable advantages compared to some modern medicines.

 

One reason for this is that they are not in fact medicines. Peptide Bioregulators are short chains of amino acids that form the basic building block within proteins and hence help facilitate many essential functions in the human body. They interact with different sections of DNA, transferring information encoded in amino acid sequences to control specific genes in a particular tissue. This communication within a specific section of the DNA is thought to enable gene activation for cellular regeneration which can help deliver many highly targeted health and aging benefits by fixing the underlying problem rather than only treating the symptoms, as is typical with traditional medicines.

And because of their unusual development origins, unlike traditional medicines, the impact of Peptide Bioregulators can often start within minutes of first administration versus the hours and even weeks typical with medicines. There is also the suggestion that as they are essentially natural compounds which occur in the body anyway (making up as much as 40% of healthy cells), they are much safer to take than medicines and can even be taken safely in combination with other Peptide Bioregulators targeting other organs.

 

Peptide Bioregulators may therefore sound like the stuff of science fiction and whilst this is certainly true in terms of some of the miraculously claimed benefits, in fact, they are just a reproduction of peptides found naturally within the human body. Professor Khavinson had first identified this 40% figure and noted it fell dramatically when illness had struck. So by logical deduction he concluded boost that figure back up and maybe health would improve, and maybe even longevity of life too.

 

The good news so far from the millions of people that have taken these kinds of Peptide Bioregulator compounds is there are little or no reported signs of adverse side effects or injury - beyond a thinner wallet of course as they are not inexpensive - and are rarely sponsored by national health services who are naturally wary of anything new and to a degree unproven.

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So how Do Peptide Bioregulators Work?

 

Short chain peptides found in food act as gene switches and have regenerative properties, making them important for understanding epigenetics and potential replacements for pharmaceuticals.

The manufactured equivalents, called Bioregulators, can also activate or silence genes and regulate specific organs, with potential benefits in areas like thyroid function and testosterone deficiency, but concerns remain about toxicity and the use of synthetic vs natural peptides. The downside of course of naturally occurring peptides is that not everybody is able to easily boost their natural levels, especially when they are unwell and their body is not performing optimally, hence the need for the development of easy to take supplements.

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An artificial peptide bioregulator, however it is manufactured, is therefore an interesting and potentially unique opportunity to introduce an information medium since it consists of a distinct sequence of amino acids which can be targeted to send information to a specific cell type where they will control gene activity by binding to and regulating a  specific part of the spatial form of DNA and gene expression. This contributes to the activation of protein synthesis and a cell then begins to function like a young, healthy organism, meaning highly targeted outcomes become a very real possibility.

 

Short active peptides are essential tissue-specific modulators of gene expression and DNA methylation and may, in theory, inhibit the function of methyltransferase DNA enabling transcription regulation. Well you did ask!

 

Applications of Peptide Bioregulators

 

Peptide bioregulators’ rejuvenating effects are system-wide, potentially leading to considerable improvements in life span in animals and lower mortality rates in humans. The excellent efficacy of peptide medications has been demonstrated by scientific data based on years of experience in many medical fields including in the daily practice of ophthalmology over the last decades and in space medicine, allegedly.

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Through peptide bioregulators, people have the potential to remain active, functional, lively, and healthy for longer and maybe even adding quality years to life at relatively low cost. Early studies suggest they can reverse biological age by up to 9 years with an average improvement of almost 5 years.

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The main groups of bioregulators can be broken down into-

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• Cytokines

• Eicosanoids

• Neurotransmitters

• Hormones

• Proteolytic enzymes

 

Studies have suggested that peptide bioregulators may have positive effects on specific organs, systems, and physiological processes. Peptide bioregulators have shown promising results in reversing biological age, including increasing telomere length and improving DNA methylation, which can have a significant impact on mortality rates.

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Short chain peptides have been found to help build muscle and enable recovery from muscle wastage, hence the recent explosion of interest from the body building and fitness industries which we don’t endorse at all due to the health risks of taking any supplement. We believe health outcomes together with choice and value for money should be the driving goals.

 

Summary

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Peptide Bioregulators open up the world of regenerative agents and thus have the potential to revolutionize medicine and improve health, reducing our reliance on medications.

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Any supplement that doesn’t get destroyed in the stomach and can have a beneficial impact on specific genes, hormones, glands and tissues, rather than merely masking symptoms of illness, has, in our view, got to be a good thing worthy of exploration.

 

Add on the potential for Peptide bioregulators to help reverse biological age with a consequential impact on mortality rates and who wouldn’t find this interesting?

 

But more research and education is needed to fully understand their benefits and risks – our goal is to help spread such information and enable access to trusted suppliers.