Sunday, June 25, 2017
Log In

Log In

Forgot Your Password?

Cart Subtotal: $0.00

Geopeptides Blog

Just another WordPress site

  • YK11 SARM Explained

     In order to fully know what YK11 SARM is and how it works, we must first understand what a SARM is. SARM stands for “selective androgen receptor modulators”, which are a unique type of androgen receptor ligands. Androgens are a type of hormone that perform as ligands and link to cellular androgen receptors, which are involved in an intricate signal transduction passageway that finally results in better expression of targeted genes. Drugs that are able to block or trigger the same nuclear hormone receptor in different environments is a selective receptor modulator. This allows the drug to copy the positive effects in a particular tissue while simultaneously diminishing the negative impacts of the natural or manufactured steroidal hormones in other tissues.

    YK11 is one of the newest SARMs currently offered. Japanese studies have been quite encouraging about its usage as it is being shown to be the strongest SARM to date and it can be used without unpleasant side effects. Studies that began in 2011 at Toho University in Japan have revealed that YK11 SARM has only shown the growth of undesired body hair and no change in the prostate. Increased aggression is possible, but only if the recommended dosage is exceeded.

    YK11 SARM is like an anabolic steroid in that it can lead to lean muscle growth and is still being researched as to whether or not is can be useful in treating diseases that cause muscle waste, such as AIDS, cancer and muscular dystrophy. In many ways, YK11 SARM is similar to the androgen testosterone, which is a naturally occurring steroid in the body.  For medical purposes, testosterone is used to treat male hypogonadism and breast cancer. Low testosterone levels are also responsible for lessening bone and muscle strength over time as well as a decrease in erections and sperm count in men. YK11 seems to increase muscle mass similarly to the way testosterone does and makes muscle cells produce more of the protein follistatin, which is a myostatin inhibitor. Since myostatin is a protein that inhibits the growth and creation of muscle tissues, YK11 SARM can help the body to produce bigger and leaner muscle tissue.
    Continue Reading

  • Where to Buy Ipamorelin

    Ipamorelin is a peptide that is composed of five amino acids and provides binding abilities to cell receptors, which creates a cellular response. For this reason, Ipamorelin is known as an agonist. In laboratory studies, it plays a role in energy homeostasis and controlling the body weight of animals.  Therefore, it is also referred to as a secretogoue. It is most commonly associated with the functions of the liver and brain, specifically the brain’s pituitary gland. When purchasing Ipamorelin for research purposes, it may be found by the names of Ipamorelin Acetate or IPAM. It is important to buy your Ipamorelin from a reputable company, which can seem difficult when searching through all of the choices there are online. If you get poor quality Ipamorelin, your research experiments, tests and results can suffer and prove unreliable. Here are a few tips on where to buy Ipamorelin so that you know you’re getting a quality product.

    First, always make sure you’re buying from a company that has purity results readily available. Any good company will test their product and guarantee the grade of Ipamorelin you’ll be receiving. Every new batch should be tested to ensure that buyers are receiving the grade of Ipamorelin desired. Any good company will give you test results upon request or even post them directly on their website. Before making a purchase, the buyer should be able to see a certificate of the company’s own lab testing purity results.

    Another way to know that you’re buying your Ipamorelin from a reputable company is to check their reviews. A reputable seller will not be afraid to post customer reviews and testimonials right on their web site. Reading these first hand experiences with the potential Ipamorelin supplier can be a major factor in making a decision about where to buy it.
    Continue Reading

  • RAD140 SARM Explained

    Before discussing the particulars of RAD140 SARM, it is important to know what a SARM itself is. SARM stands for selective androgen receptor (AR) modulator, which is a unique type of androgen receptor ligands. An AR is a protein that plays a vital role with the body’s hormones for development, such as testosterone. SARMs mark the AR protein to impact muscle growth that may be restricted by the body. SARM treatments have been important in healing wounds, treating skin-related disorders, improving body mass and prompting lean muscle growth.


    SARMs were originally researched in the 1940s by way of testosterone molecule modification. They were widely created to help progress bone health, lower obesity and help fight diseases. RAD140 SARM is currently being developed by Radius Health, Inc. for the treatment of specific conditions like breast cancer and muscle wasting.


    RAD140 is one of the most recently developed SARMs and its goal is to give a jolt of testosterone without negative side effects. It has been considered an alternative to testosterone replacement therapy, mainly because it has been discovered that RAD140 interacts with hormonal receptors in bodily tissue very similarly to how big doses of testosterone do.
    Continue Reading

  • Why is it Important to Buy Research Peptides from a Reputable Company?

    Peptides are increasing in popularity as more people are using them to perform research experiments in their labs at home or work. Research peptides are available from a number of suppliers online, but it is important that researchers are clear that they are buying them from a reputable company. If you purchase sub standard peptides, your research results will be inaccurate and of poor purity and quality. Here are items to consider before buying research peptides to be sure you’re purchasing them from a reputable company.


    Read Customer Reviews

    A quick and easy way to investigate the reputation of the company you’re buying peptides from is to read reviews from past customers online. It is a smart idea to go beyond the website of the company to check their reviews and ratings since they can control their content and weed out poor reviews. Look at their social media sites like Facebook, because Facebook settings won’t allow the company to take down bad reviews. Customers can also do a deeper search online for forums or blog posts about the peptides and company they’re buying from.


    Purchase Peptides from the USA

    The United States has some of the highest purity and safety standards when it comes to research materials in the entire world. In order to perform experiments that are accurate and safe, your research must begin with a level of quality and purity that is guaranteed. Buying from other countries could mean ending up with a diverse grade of peptides being sent in multiple shipments, tainting the research results.
    Continue Reading

  • Peptide Storage Guidelines

    Storing peptides properly is a science within itself because there are different types that must be handled and stored according to their sequence and makeup. This is especially important when it comes to using peptides in research in order to keep them fresh and reliable. Certain peptides must be stored in liquid forms while others have to be stored in dry forms. Below we breakdown the proper peptide storage techniques.


    Storage of Dry Peptides

    When peptides are delivered they will often arrive in freeze-dried, lyophilized form. This works well for peptides because they normally have excellent stability and the temperature change in the short-term during shipping will likely not affect the effectiveness and quality of the specimens.  Users must be sure of their stability from the manufacturer ahead of time. If the peptides are kept at room temperature, they will remain stable for several weeks in their original packaging. If it is preferred, peptides may also be stored in a refrigerator at +4 ° C. When opening the peptides, moisture absorption can lower stability and lessen the product’s overall quality. This situation can be avoided by keeping the vial always sealed tightly.  When preparing the peptides to be used, they should be warmed to room temperature before the vial is opened. Whether the peptides are basic or acidic, the majority are most stable in acidic condition.

    When storing peptides for four weeks or longer, it is recommended that they be stored in a deep freezer at a temperature below –20 °C. When allocating peptides for immediate use and others for storage, it is recommended that the rest of the solution be re-lyophilized and re-constituted. Dry peptides should always be stored out of direct light, whether stored at room temperature or frozen. Light can cause the peptides to deteriorate and then they are more likely to become unstable and inefficient rather quickly.
    Continue Reading

  • How do Peptides Work?

    Peptides are the building blocks of proteins that are made up of amino acid chains. In general, a peptide is known as containing fewer than fifty amino acids. Two amino acids linked by a single peptide bond is considered a dipeptide, while three amino acids joined by two peptide binds is a tripeptide and onward. Polypeptides are long, continuous chains of amino acids connected by peptide bonds that make up proteins.

    Peptides have a number of jobs within the body and are found in the cells of all living things. They can act as neurotransmitters or hormones that control all functions from growth to sexual evolution.  One way that peptides are widely used is in skin care. Collagen is a critical protein in our skin that gives it thickness and firmness. Wrinkles begin to form when collagen breaks down from aging or outside factors like stress and the sun. Peptides are used to be topically applied to the skin to send signals to collagen, which cue the creation of new collagen. From there, the appearance of supple and youthful skin is formed. Short chain peptides are more stable than long chain peptides, because of their smaller size. Short chains can penetrate the top dermal layer and transmit signals to our cells to inform them how to function.

    When it comes to skin care, there are several peptides that are broadly used. Matrixly is a common collagen stimulating peptide found in popular serums. Copper peptides have been demonstrated in reducing inflammation for use in other skin products. By far the most cutting-edge peptides are neuropeptides. These are believed to relax the facial muscles and cut down on the appearance of wrinkles and perform much like BOTOX, with the intrusive nature. Most neuropeptides work immediately, while the other take more time to show results. It is important to keep up with their use. Once their use is stopped, a difference will be noticed.
    Continue Reading

  • What are Peptides?

    Peptides are chains of amino acids secreted by the body’s endocrine system. Peptides are then distributed to end organs through blood, such as the liver, heart and kidneys. The endocrine organs that are involved in this process of peptide secretion include the hypothalamus, thyroid and pituitary glands, ovaries, adipose tissues, adrenals and endocrine pancreas.

    Peptides are short chains of amino acid monomers that occur biologically and are connected by peptide bonds. Polypeptides are continuous, long peptide chains that are unbranched. Dipeptides are the shortest peptides, which are made up of two amino acids and joined by one peptide bond. Next in line are tripeptides and terapeptides and so on. Along with nucleic acids, peptides are classified under a wide range of chemical classes of biological polymers and oligomers. Peptides are simply put, small proteins as recognized by T cells in the body.

    Peptides and polypeptides are proteins, but rarely described as such by biochemists. The word protein is usually used only when in reference to two large peptide molecules. Depending on the way that they are produced, peptides are grouped into several classes. Two milk peptides form when digestive enzymes break down the milk protein casein. Frequently synthesized by translation of mRNA are ribosomal peptides, which typically function as and signaling molecules and hormones in higher organisms.  Nonribosomal peptides are put together via enzymes that are peptide specific, as opposed to by the ribosome. Peptones are a derivative of digested meat by proteolysis or from animal milk. Peptide fragments are pieces of proteins that are used to quantify or identify the source protein.
    Continue Reading

  • How do SARMs Work?

    SARMS are the hottest items for steroid alternatives in research. Some have used them as dietary supplements to mimic the effects and benefits of testosterone.  The ultimate guide to SARMs will help you understand them and how they work.


    What are SARMs?

    SARMs, or selective androgen receptor modulators, are compounds that mirror anabolic agents, such as steroids. SARMs, however, have fewer androgenic properties than anabolic counterparts.


    How do SARMS Work?

    The very nature of SARMs is the process of tissue selectivity, which is a process of SARMS differentiating between anabolic and androgenic processes. Selective activation occurs when the androgen receptor binds to selective display tissue with the appropriate androgenic signaling. This is advantageous because it curbs common symptoms associated with anabolic compounds, which affect breast tissue size, menstrual cycles, the liver, and hair growth. On anabolic compounds, men have reported growing breasts, smaller testicles, and acne. Women can experience an increase in dark hair growth all over the body, a deeper voice, breast reduction, and trouble with the menstrual cycle. Research does not report the same effects with SARMs.


    Choosing the Correct SARMs Compound

    Continue Reading

  • Differences Between Long and Short Peptide Chains

    A peptide is commonly known as a chain of amino acid monomers that are connected by covalent bonds. Peptides are generally divided into two categories: long chain peptides and short chain peptides. Long chain peptides are also called polypeptides or proteins while short chain peptides can also be known as ogliopeptides. Peptides are important substances that are critical within a particular subdivision of biometric materials, established via elements that occur naturally in nature. This subdivision correlates with tissue engineering, which is the process where cells engineering and materials combine with the correct physio-chemical and biochemical features to repair, enhance or replace the biological roles of tissues in living organisms. While long and short chain peptides share traits that are similar, they both possess behaviors that are unique.

    Long Chain Peptides

    Long chain peptides are extended and referred to as polypeptides. It is a continuous chain of polymers built of a number of amino acids that are chemically liked together. The number of amino acids on a long chain peptide is generally within 10 to 100.The weight of long chain peptides can be up to 10,000 grams per square mole. The long chain peptide can fold into distinct three-dimensional structures, which are typically called proteins and greatly treated as the core parts of basic biological functions inside living organisms. A few of the main functions that long chain peptides include:

    • Cell signaling- a system of communication that regulates and controls cellular activities and the coordination of the cell’s action.
    • Replication of DNA- This action makes two identical replicas of an original DNA molecule. This is the building blocks for biological heritage of all living organisms and essentially an organism’s physical makeup code.
    • Enzyme catalysis- The function that controls the rate of a chemical reaction by specific proteins as a way to continue biological efficiency.

    Continue Reading

  • What are SARMS?

    Hormones are naturally occurring chemical messengers that our bodies use to deliver instructions to our cells through hormone receptors.  SARMS is the acronym for Selective Androgen Receptor Modulators which is a synthetic hormone that is similar to testosterone.

    Most of us have a general idea what testosterone is, but specifically testosterone is an androgen hormone that our bodies naturally produce that causes males to have a deeper voice, grow facial hair, and thin out and develop muscle.


    SARMS Act Differently than Testosterone

    SARMS mimic testosterone except where testosterone is not selective and binds to all androgen receptors, SARMS are selective and bind specifically to muscle and bone.  In order to prevent overproduction or imbalances,our bodies naturally regulate androgen production.  Testosterone shots or patches that introduce extra testosterone to the body can cause hair loss, enlarged prostate, and shuts down natural testosterone production due to the bodies natural regulation process.  Body builders and athletes would use testosterone for extra gains.  However, pro-hormones including testosterone were banned so people started looking at SARMS.


    SARMS Have Been Studied for Therapeutic Benefits

    Continue Reading

Items 1 to 10 of 17 total

  1. 1
  2. 2