Peptide Perfection

As we grow older, we begin to experience senescence, or cell death. The melanin that once forced our skin to be taught and colorful has gone and left a dry wrinkled mess in its place. The well-known hormone, cortisol, that once allowed us to experience normal flight or fight syndrome has begun to run rampant, why is this? Why do we begin to fall apart in such unusual ways? Perhaps, like other species, humans were only meant to do one thing and that is reproduce. A mother octopus gives up her life for reproduction so her babies may outlive her. But why not live longer? Seems that if only the melanin in our skin would stick around, and the cells in our body would continue to produce fresh copies, we could live forever. That’s the dream behind peptide perfection.

Peptide Permanence

Though several studies have shown peptides have a significant role in the development of changes in biochemical processes, the map is still difficult to read. Essentially the right peptide should be absorbed, at a certain percentage into a living being, (our test subject). After absorption, the peptide is “active” and its active ingredients are used to release hormones. These messengers race throughout the circulatory system turning on different “machines.” Some machines are specialized proteins which assemble complex compounds such as melanin, or cortisol, and ECT. The active ingredients are then introduced and a change happens in our subject.

Observing Active Evolution

Charles Darwin’s Origin of Species states that any significant change to the genotypic make-up of an organism in favor of fitness, constitutes evolution. Well, by introducing an active change in the biochemistry of our subject we are, in a small manner, creating a form of evolution. Some of these incredible compounds are capable of altering RNA strands, allowing for a replication of change. However, most of the peptides we give to our subject will only induce non-permanent changes. In order to see such changes again, we’ll need to continue uptake of peptides to our test subject.

Can We Live Forever?

Peptide perfection is a long way away, and no peptides are viable for human consumption as of 2022. However, testing continues at a steady rate. We now know more than we ever have about these complex biochemical changes, so we may not be far away from regenerating our skin, slowing or preventing senescence. There are many factors that cause death. But perhaps soon, we may be able to prevent a few.

*Research chemicals are chemical substances used by scientists for medical and scientific research purposes. One characteristic of a research chemical is that it is for laboratory research use only; a research chemical is not intended for human or veterinary use. This distinction is required on the labels of research chemicals, and is what exempts them from regulation under parts 100-740 in Title 21 of the Code of Federal Regulations (21CFR).

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

TB500, A Peptide Wonder

When TB500 was discovered in the 1960’s, no one knew that they had uncovered a goldmine of a restorative chemical. It wasn’t until 1974 that researchers began to understand the true uses of this chemical in their test subjects. Similar to the powerful BPC-157, this research chemical boasts powerful regenerative properties in research subjects that can help them get back to testing sooner than ever.

What TB500 Does

TB500 has been known to boast several properties that aid in the recovery of test subjects after strenuous activities. Some of these include:

The main function of TB500 lies within its ability to upregulate cell building proteins such as actin. This is a protein that is one half that forms the contractile filaments of muscle cells and also helps when muscles contract in order to produce movement and metabolism.

TB500 has been known, through this process of protein manipulation, to help build new blood vessel pathways and upregulate types of good inflammation that help with the healing of injuries. Part of this is due to the rapid healing increase of the surface of a wound with little to no scarring or discomfort and the fact that TB500 helps heal at a cellular level.

Another great side effect in your research test subject is that TB500 has been known to improve cases of diabetes in dogs, which can help regulate blood sugar levels and lead to a longer, healthier life for our canine companions.

Where do I buy TB500

When you’re ready to begin your testing with TB500 and ensuring you have the most up to date and potent research chemicals for your rest subjects then you’ll want to head over to SAF Peptides and take a look for yourself at all the research chemicals available on the market. It’s not enough to simply find research chemicals, you need to know that what you’re getting is the best and most powerful available. Up your research game with SAF-Peptides today!

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

What is Ipamorelin?

How Does Ipamorelin Work?

What are the Benefits of Ipamorelin?

In rats, research has shown that Ipamorelin is not only the most effective growth-hormone secretagogue currently available, but the safest. Some of it’s more compelling affects include a reduction in body fat, improved muscle strength, stronger bones, stronger joints and ligaments, improved skin condition, better sleep, increased sex drive, and increased energy levels. What’s more, Ipamorelin does not pose adverse effects on the body. One study showed Ipamorelin had promise in not only increasing bone density but encouraging overall bone growth. This is significant as secretagogues may be able to treat growth retardation in the very young.

Get Involved with Ipamorelin Research

Every day, more and more is discovered about the benefits of secretagogues like Ipamorelin. Who knows what tomorrow may hold for the world of research chemicals and what amazing discoveries could be on the horizon. If you’re interested in learning more about Ipamorelin and other incredible research chemicals, you’re in luck. SAF Research offers a wide range of peptides to choose from and offers the highest quality products for all your research needs. What are you waiting for? Start your own research today with SAF Research!

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

Weight Gain and Aging

The research is in and the data is showing the promising trend peptide weight loss has as a potential, clinical, or supplemental aid, but how does it work? When more calories are consumed then are burned, the body starts turning excess calories into glucose, which in turn are stored as fat in the body. Research suggests some rat test subjects with unwanted weight gain have exhibited substantial fat burning and weight loss attributes due to peptide testing. Plus, testing with peptides for weight loss as a long term goal has the potential to increase fat burning receptors. Not only has a large increase of weight loss been observed, but some research shows an energy boost may be one of the many positive side effects of peptide weight loss.

The Metabolism and Chemical Signals

While the young are blessed with growing bodies that have a higher caloric need then the average adult, they also have high levels of Growth Hormone in their systems. GH is a naturally occurring hormone produced by the pituitary gland that, among other things, regulates growth and development, body composition, muscle growth, bone density, and metabolism. Unfortunately, GH declines in adults at an accelerated rate. This makes sense when the body stops growing and is no longer replacing cells as rapidly.. The trouble with that is obvious. Lower levels of GH means the metabolism is slowing down, which affects how quickly calories and fat stores are burned. The decline of key systems in the body is an inevitable fact of life, but it doesn’t have to be.

Peptide Weight Loss Could Be the Future

So, what are GH peptides? GH Peptides are not hormones but proteins that stimulate the pituitary gland to produce higher levels of GH. Research peptides such as Ipamorelin show great promise not only in peptide weight loss, but in encouraging the regeneration and rejuvenation of the body as a whole. The result would mean leaner muscle mass, stronger bones, better sleep, firmer skin, and improved blood pressure, and that’s only scratching the surface. Within every being lies the fountain of youth and peptides like Ipamorelin may be the key to unlocking this bounty. The future may hold a paradise where all creatures have the potential to live longer and healthier lives, with an increased number of quality years. The proof will be in the research.

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

Frag 176-91, What Is It

Frag 176-91 is not just another chemical. Most researchers have had the opportunity to experiment with the dozens of Research Peptides circulating the market today. When it comes to fat burning power for your research subjects, you want to bring Frag 176-91 into your laboratory.

Frag 176-91 (Fragment 176-91) was derived from HGH (A type of Growth Hormone) and is known as a ‘lipolytic fragment’. A fragmented peptide is as the name suggests; a fragment of a greater whole. In the case of Frag 176-91, the tail end of the hormone HGH is lopped off. The piece that is removed becomes HGH Frag 176-191 and contains the information that targets adipose tissues and triggers “fat burning”. The original research into Frag 176-91 involved genetically engineered mice that were designed to produce higher amounts of fat within their bodies. Introduction of Frag 176-91 into their systems, this peptide proved to have an increased fat burning effect upon the mice. What’s more, the various negative side effects associated with it’s parent component (such as preventing insulin-like growth, reducing metabolism, and changes insulin sensitivity) appeared to be absent.

The Effects of Frag 176-91

Research with rats as test subjects shows there are many benefits associated with Frag 176-91, some of which include:

• Improved Metabolism
• Weight Loss
• Lowered Blood Sugar Levels
• Increased Cartilage Regeneration

Why is Frag 176-91 Used in Research?

There is a simple answer to this question. Standard HGH has an anabolic effect on the muscles of lab mice, whereas Frag 176-91 was designed to avoid any anabolic effect entirely. This is important as this peptide will not interfere with the standard anabolic processes of HGH and will not cause complications when the two interact..

Where Do I Get Frag 176-91

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

The Birth Of Peptide Nasal Spray

Peptides have been used in a vast array of research experiments and tests over the years. The methods in which Peptides are administered to research subjects have varied nearly as much as the experiments themselves:

As these methods have been tested, it’s been found that the peptides rarely ever reach the research subjects brain or has been absorbed into the rest of the body that only very little is left. Thus the birth of Peptide Nasal Spray.

How Does A Peptide Nasal Spray Work

Peptide Nasal Sprays work by placing the peptide into the vial and depressing the plunger with it inserted into your research subjects nose. The peptide nasals pray then emits a fine spray of the chemical, which is quickly absorbed into the bloodstream through the nose and administered to the brain. In some laboratory tests this has show promising signs for combating alzheimer's disease! It should be noted that peptides with a low molecular count are slightly less effective with this method than high concentrations, but for most peptides this is an easy way to administer high dosages of peptide to your research subjects without having to worry about injections. Even with a low molecular count peptide, the peptide nasal spray method delivers a higher concentration of the peptide to the subjects brain than any other method available. Some is absorbed by the bloodstream on its way to the brain, but at a greatly reduced rate.

What If You Want To Use Other Methods

The simple answer is that there is no right or wrong way to administer a peptide to your research subjects. It all depends upon what parts of the subjects body is being targeted for therapy with the peptides and what exactly needs to be done to said part. Inhalation can be more effective in some situations than injection, injection over sprays, and sprays certainly for anything to do with the subjects brain. Knowing all the methods available to administer the peptide to your subject is important, make sure you read up on the best methods for your research!

Where To Get Peptide Nasal Spray

If you’re ready to up your research game then you’ll want to head over to SAF Research and take a look at the vast amount of information available on the different Peptides on the market and pick up a Peptide Nasal Spray Kit for yourself! Don’t settle for less when the best research chemicals on the market are at your fingertips!

Rad 140, What Is It?

So you’ve decided to break into the world of Research Chemicals and want your test subjects to have the most potent SARM’s on the market for your experiments. The good news is you don’t have to search far and wide just to find what you need! Rad 140 is one of the most powerful SARM’s available and has been used for research for many years, meaning how it works and helps your research subjects is widely documented!

SARM stands for Selective Androgen Receptor Modulator, which means it binds to androgen receptors to help boost performance in your research subjects. But you really want to know more about what it does, so lets see what it can truly do!

How Rad 140 Helps Your Research

Rad 140 is one of the more powerful SARM’s on the market. It boosts hormones while suppressing others and helps your test subjects have increased endurance, strength, and muscle gain. It can even help prevent some types of cancer! On average, a test cycle of six to eight weeks is considered standard amongst researchers.

But just how big are these gains? It varies depending upon dosage and length of the test cycle, but most test subjects exhibit ten to fifteen pounds of gain during these cycles! Some of this is fat and water weight, but the majority of the gain is pure, healthy muscle. The average is around ten pounds for most research subjects on a dosage of ten to twenty milliliters a day. The halflife of RAD 140 is around twenty hours, meaning research subjects must be administered the SARM every day to maintain healthy levels.

The Side Effects

When nearly all research cycles end, it leaves the body out of sync due to the boosts it received. This is why PCT (Post Cycle Therapy) is utilized in order to keep the research subject working normally until it recovers from the cycle. PCT helps provide hormones that were suppressed for the length of the research cycle until they are produced normally once more by the appropriate organs.

There have been some other side effects with Rad 140, such as:

The Verdict

No matter what else may exist on the market, you’ll rarely find a SARM more potent than RAD 140. Take your research subjects to the next level with SAF-Research and reap the benefits of healthy, stronger, and more durable research subjects than ever before!

Disclaimer: All references to "research subjects" or "test subjects" or and reference to "research" throughout this article refer to research conducted on non human non veterinary research subjects such as rats and mice.

BPC-157

Research into BPC-157 started in 1991, when it was synthesized from a similar component found in gastric fluids in research subjects stomachs. Though few published articles exist pertaining to the effectiveness of BPC-157, there has been extensive research done on the chemical over the years that has lead to some significant findings for the medical world.

What does BPC-157 do?

BPC-157 has been cited as being a curative chemical in lab rats and rabbits for a wide variety of afflictions, from dental repair to ligaments and more. The extraordinary healing capacity shown by BPC-157 has lead it to become one of the top research chemicals for regeneration of muscle tissue. But what else can it do? Research has shown it has:

How Long Does It Take To Work

In doses of 1-10mcg per kilogram of body weight, it has been shown that BPC-157 causes rapid regeneration in test subjects within a twenty four to forty eight hour window to witness the results of the healing process. This depends upon the severity of the condition and how much tissue your research subject needs to heal.

What’s the legality of BPC-157

The great thing about BPC-157 is that it is not illegal and can be safely sold and used in a research environment! This means that you can purchase and own BPC-157 without issue!

The More You Know

When it comes to getting your research chemicals, SAF-Peptides has you covered with the most potent, ground breaking chemicals on the market. No matter what form of research you’re performing, we have everything you need. Check out our products here and up your research game with the best research products on the market from SAF Research!