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The peptide dosage calculator is a very simple tool designed to take the guesswork out of peptide dosing. Whether you’re a healthcare professional, a patient managing your own treatment, a researcher, or simply curious about peptides, this calculator is made to make dosage calculations easy for everyone. Simply enter your desired peptide amount and concentration, and the calculator will instantly show you how much to draw into your syringe. No more complicated calculations or unit conversions—this peptide dosage calculator streamlines the process, making it smooth and effortless.
Our goal is to contribute to the global scientific landscape by offering products that drive innovation and help researchers unlock new potentials in their work.
Never start any peptide or supplement regimen without first consulting a healthcare provider to discuss the appropriate type, dosage, mode, and duration of therapy, as improper use can result in serious health risks such as hormonal imbalances, allergic reactions, or other health complications.
Nothing posted or shared here is medical advice and is being shared for research and or entertainment purposes only.
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Understanding Peptides, Polypeptides, and Proteins
Peptides are short chains of amino acids, which are the basic building blocks of proteins. These chains are formed when amino acids are joined together by special chemical links called peptide bonds. Typically, peptides contain between two and fifty amino acids.
Polypeptides refer to longer chains of amino acids—generally more than ten—also connected by peptide bonds. When these chains grow large enough, specifically when their molecular mass exceeds 10,000 Daltons (10 kilodaltons), they are classified as proteins. In other words, proteins are essentially very large polypeptides with complex structures and functions.
Peptides occur naturally in the body and play important roles in many biological and physiological processes. Some well-known peptide hormones include insulin, oxytocin, vasopressin, and glucagon. These hormones help regulate various functions such as blood sugar levels, social bonding, water balance, and metabolism.
The body produces peptides to support normal function, but scientists have also developed synthetic peptides to treat a variety of health conditions. For example, some therapeutic peptides are used to manage diabetes, while others may help with muscle growth, fat loss, or other metabolic functions.
The use of peptides in medicine is not new. The first therapeutic peptide, insulin, was synthesized in 1921 and revolutionized diabetes treatment. Since then, research and innovation have led to the approval of nearly 100 peptide-based drugs worldwide. Notable advancements include the development of hormones such as glucagon-like peptide-1 (GLP-1) for diabetes, calcitonin for osteoporosis, and leuprolide for hormone-related cancers. These achievements have established peptides as a vital area of pharmaceutical research and therapy.
What to use to reconstitute lyophilized peptides
The most popular substance used to reconstitute peptides is bacteriostatic water or sterile water. Some people like to add distilled water to this mix.
How do I reconstitute peptides
First, you must calculate the appropriate dosage using our peptide dosage calculator so that this process goes as smoothly as possible.
If you're not sure how much of the peptide solution you should inject, we've prepared a table where you will find dosage for Retatrutide, BPC 157 and other popular peptides:
Peptide Daily dosage
AOD 9604 300 mcg
Retatrutide 2-8 mg per week
IGF-1 lr3 20–40 mcg per day
BPC 157 1-10 mcg/kg of body weight
Sermorelin 0.2mg - 0.4mg before bed
Are peptides steroids
No. Supplementation for fitness is sometimes viewed with skepticism or concern, but peptides for muscle growth are very different from steroids. Peptides stimulate the secretion of hormones, such as growth hormone, while steroids introduce hormones into the body exogenously in an unnatural way—a practice that has been associated with serious health risks such as liver damage, hormonal imbalances, and cardiovascular issues. Also, unlike steroids, peptides do not aromatize.
What if I want to do the math myself
Here's the math, remember PEMDAS
Method 1: Use a ratio
This method uses a proportion to compare the available concentration to the desired dose.
Set up the known ratio: You have 20 mg in 0.8 ml.
20 mg/0.8 mL
Set up the desired ratio: You need 2.5 mg in an unknown volume (x mL)
2.5 mg/x mL
Cross-multiply and solve for
20/0.8 = 2.5/x
20x = (0.8) (2.5)
20x = 2
X = 2/20
X = 0.1 ml
0.1 ml x 100 = 10 units
Method 2: Use the formula method
This method is also known as the "Desired over Have" formula.
Identify your values:
- Desired (D): 2.5 mg
- Have (H): 20 mg
- Quantity (Q): 0.8 mL
Plug the values into the formula:
(Desired/Have) x Quantity = Amount to Administer
(2.5 mg/20 mg) x 0.8 ml = Amount to Administer
(0.125) x 0.8 ml = 0.1 ml
0.1 ml x 100 = 10 units
Do not implement any peptide treatment by yourself. Always consult a healthcare provider before injecting supplements. Seek professional advice on types of peptides and dosage before starting a cycle to avoid potential risks and side effects.