Where does your interest in HGH peptides come from ?— a desire for good health, a wish to enhance your lifestyle, a quest to improve your sports abilities, or simply scientific curiosity that motivates you to read a good introduction to the subject?
This article has been written with each of these four categories of the reader in mind. You can read specific sections that interest you first of all or read it from cover to cover. If you feel that your interest specifically matches one or other of these categories then you may find the simple road maps below helpful in pointing out how to get the most out of this Article the fastest.
IS YOUR INTEREST LN HEALTH?
Your interest is in being healthy and staying well. You know that as you get older, you may become more vulnerable to illness or disability, but that there are natural solutions to help you overcome this. You want to know more about peptides for these different reasons, including their different properties for slowing sickness or for reversing it to help you get back in shape.
IS YOUR INTEREST LN LIFESTYLES?
You want to know how peptides can help you to look better, feel better and get more out of life. You know that it is important to understand the effects of peptide-based supplements so that you remain in control of any decisions you make to change aspects of how your body works.
Your road map through this Article: read the introduction and the section on peptides for lifestyle enhancement. Then check the reference section on peptides to identify which ones are ticked for lifestyle changes, and read more of the detail to increase your knowledge. Before using peptides, read the rest of the Article as well.
IS YOUR INTEREST LN SPORTS?
Your goal is to enhance your sporting performance, maintain it at higher levels for longer, and recover more completely and more quickly from any injuries you might sustain. You know that in professional sports circles, rules are strict about which products you can use and which are forbidden.
Your road map through this Article: read the introduction and the section on peptides for sport. Then look at the reference section to locate peptides ticked as having specific applications to sports and read the descriptions to understand what they do.
The ancient civilizations of Greece, Rome, and Egypt had a keen interest in the health of men and the beauty of women. And one thing they badly wanted to conquer, like their modern counterparts, was age. As age had always destroyed health, strength, and beauty alike, it was considered that only youthfulness could keep these three qualities safe and everlasting. Continuation of this interest over the centuries led to the discovery of a large number of therapeutic agents primarily from natural sources; a number of these sources are still being used as basal agents for the development of new drugs. In the last few decades, with the active contributions from a large number of pharmaceutical companies and many research institutions, progress in the development of more potent yet safer agents has increased significantly.
THE CHALLENGES WE FACE TODAY
At the same time, despite all the progress and inventions of the last 50 years, the need to discover better treatments for strength, health, and beauty has increased at an even higher rate. People today are considerably more exposed to threats to their health than their great-grandparents were a hundred years ago. Today's athletes are facing stiffer competition than the athletes of Olympia, Greece several millennia ago. Today's woman is even more particular about her looks than Nefertiti of ancient Egypt. Resistance to existing treatments is developing fast, rendering them ineffective for conditions for which they previously yielded excellent results.
Evolving social attitudes are also creating the need for lifestyle drugs. Although the term 'lifestyle drug' is applied currently to a select group of drugs such as Sildenafil for erectile dysfunction and 5-alpha reductase inhibitors for baldness, the precise definition of lifestyle drugs is yet to be standardized.
LEVERAGING SCIENTIFIC ADVANCES
Increasing knowledge about our anatomical and physiological functioning is enabling the discovery of more potent and less toxic agents for the maintenance and improvement of health, strength, and beauty. Extensive discovery of new techniques in molecular biology (e.g. sequencing of the human genome, proteomics, and protein engineering) is opening new avenues for targeted improvements in athletic performance, power sports, and anti-aging niches.
Advances in the field of bioinformatics are expected to lead to highly selective and effective peptide medicines. The emergence of newer recombinant technologies has enabled the synthesis of larger biologically active proteins in sufficient quantities at acceptable costs.
Sequencing of the human genome refers to the identification of the sequence of chemical base pairs which make up DNA (Deoxyribonucleic acid). DNA is a molecule that encodes the genetic instructions used in the development and functioning of all known living organisms. Recombinant technologies join together different molecules (for example, DNA or proteins) to produce new genetic combinations.
Currently, 160 to 180 peptide drugs are available in the world market and many more are in clinical trials. Peptides and proteins are therefore becoming more potent and common as therapeutic agents for a variety of diseases, muscular gains, performance enhancement & anti-aging. The protein-drug market has already crossed the S36 billion mark and is growing at 10-12% annually.
Equally important is the progress being made in the fields of delivery systems of these peptide supplements and drugs, making them more accessible than ever before. In the longer run, a combination of all the new developments is likely to generate safer and more effective medicines not only for the existing diseases but also for the purposes of performance enhancement, anabolic gains, and anti-aging. The future is bound to be even more competitive and demanding as a consequence of changes in lifestyle, diets, and increasing age.
`Anabolic' means 'building up' as in the synthesis in living organisms of more complex substances from simpler ones. It is part of the metabolism of a living organism (including people!). The opposite of 'anabolism' is `catabolism', which simply means `breaking down'
Peptides are quickly moving out of the shadows and into the limelight. However, before examining peptides, we first need to understand proteins
WHAT ARE PROTEINS?
Protein (from the Greek for 'first things') was the name suggested by the early nineteenth-centur• chemist, Jens Jacob Berzelius. It was used, in 1838, by Gerardus Johannes Mulder for a group of nitrogen-containing materials that he had found in animals and plants. In general, the life of a cell revolves around proteins. Proteins are made up of amino acids, and we know that genes carry the code for a sequence of amino acids to be formed by the cell — in other words, the amino acid sequences of proteins are genetically determined.
WHAT ARE PEPTIDES?
Peptides are formed from 2 or more amino acids. They are smaller than proteins, which are also made of amino acids. When individual amino acids are combined to synthetically produce a chain of such acids, this chain is typically called a peptide, rather than a protein.
Depending on the number of amino acids, longer chains may also be referred to as polypeptides. Proteins consist of one or more polypeptides arranged in a biologically functional way.
Definition of an HGH peptide in Davie, FL is Any of the various amides that are derived from two or more amino acids by a combination of the amino group of one acid with the carboxyl group of another, and usually obtained by partial hydrolysis (decomposing through a reaction with water) or proteins.
Peptides by definition are generally considered to have less than 50 units of amino acids. This relatively small chain of amino acids is not long enough to be called a full mature protein. They bridge the gap between amino acids and proteins and ultimately lead to protein production and in the opposite direction, can be broken down into amino acids.
EMERGING ROLES OF PEPTIDES
Since their entry into the world of therapeutics, the use of peptide drugs has expanded exponentially. Sales of existing drugs increased many times over and newer peptide drugs were consistently in demand due to their multiple benefits. In 2010 alone, 60 peptide drugs accounted for more than USS 13 billion sales. Now in 2013, there are almost 150 peptide drugs registered and approved for various uses in Australia, Europe, America, and Asia. Why have peptides occupied so much space in a pharmaceutical market that was already crowded? The answer lies in the following technical benefits and overall effects of peptides:
- Once technological advancements enabled the pharmaceutical industry to coned shortcomings of the peptide drugs, lace bioavailability, short half-life, and drug delivery mechanisms, the acceptance of these drugs by physicians increased tremendously. This acceptance was further bolstered by the fact that most of these peptides were derived from food sources and a long history of human consumption rendered them perfectly safe for human use. This meant very low chances of unforeseen side effects.
- Peptides were already established as integral parts of a number of key enzymes hormones and secretions of the human body. The composition of these peptides involved metabolically tolerable amino acids indicating therefore non-toxicity for humans.
- These peptide drugs addressed a wide array of diseases and lifestyle indications that were