Understanding the difference between peptide vs protein will allow you to reap the benefits of their health applications.
In this article:
- What Is a Peptide?
- What Are Proteins?
- How Are Peptides and Proteins Similar?
- Where Do Peptides and Proteins Differ?
- Why Are Researchers Excited About the Medical Applications of Peptides and Proteins?
- Who Should Be Taking Supplements with Peptides or Proteins?
- Where Can You Get This Supplement?
Pave Your Path to Healing: Distinguishing Between Peptide vs Protein
1. What Is a Peptide?
A peptide is found in every cell and tissue of the body. It is an essential cellular component and forms a wide range of functions.
It is made up of a short chain of amino acids. Usually, the chain includes two or more amino acids.
What are amino acids? These are essential building blocks of peptides and proteins. There are 20 kinds of amino acids that play different roles in the body, including nutrient absorption, immune function, tissue growth, muscle repair, and energy production.
The functions that peptides play will depend on the type and combination of amino acids it comprises. Peptides often act like hormones because they carry and send information from one tissue to another.
Peptide hormones can be found in the stomach, brain, intestine, and glands. It aids in the regulation of appetite and blood sugar.
2. What Are Proteins?
Proteins are large molecules that are made up of fifty or more amino acids. The composition and sequence of the amino acid will dictate the protein’s function.
Proteins do a lot of the heavy lifting in cells. Here are a few examples of protein functions:
- Form cellular structure – gives cells its shape and provides overall support for the body
- Transports molecules and atoms – binds and carries molecules and atoms within the cell throughout the body
- Form antibodies – binds with viruses or bacteria in order to protect the body from the invaders
- Send messages – sends signals to coordinate the processes between organs, tissues, and cells
- Form enzymes – enzymes are catalysts that help bring about chemical reactions in cells
- Form new molecules – uses the information in DNA to help make molecules
Overall, proteins help regulate and form the body’s tissues and organs.
3. How Are Peptides and Proteins Similar?
Peptides and proteins have similarities in form and function.
Functionally, both play vital roles in a wide array of biological functions. They serve as the body’s building blocks.
Structurally, amino acid chains make up peptides and proteins. For both, the amino acid chains are held together by peptide bonds.
4. Where Do Peptides and Proteins Differ?
If peptides and proteins are made up of the same things and they both help maintain the body’s overall health, are they really different? The most glaring difference between peptides and proteins is their difference in size.
For peptides and proteins, size refers to the number of amino acids it contains. Here’s how they differ:
- Peptides – 2-10 amino acids
- Polypeptides (a subcategory of peptides) – 10-50 amino acids
- Proteins – 51 and more amino acids
Essentially, one or more polypeptides make up proteins. So, a protein is actually a large peptide.
Apart from that, since proteins provide cells with their shape and structure, peptides are usually less defined. Proteins are more complex and can have multidimensional structures.
Proteins can perform more complicated functions than peptides because they contain more amino acids. Keep in mind that it’s the combination of amino acids dictates the functions of proteins and peptides.
5. Why Are Researchers Excited About the Medical Applications of Peptides and Proteins?
Peptides and proteins have high pharmaceutical potential because they can interact with enzymes to cause chemical reactions. These chemical reactions begin certain biological processes that can lead to cellular repair.
Synthetic forms of peptides and proteins can imitate natural components in the body. In addition, they can also serve as a replacement for missing or damaged cellular components.
Researchers believe that this means peptides can be more precise in addressing problem areas without the usual side effects associated with other drugs. On the other hand, proteins are already being used in drugs that treat the symptoms of cancer, arthritis, and autoimmune disorders.
Many peptide and protein medications to treat specific diseases are still in the pre-clinical and clinical trial phases. In there meantime, there are already supplements with peptide protein sequence available.
6. Who Should Be Taking Supplements with Peptides or Proteins?
Many adults can benefit from the Body Protective Complex supplement that uses a peptide protein sequence. It’s even more helpful for people dealing with an injury, specifically:
- tendon and ligament damage
- nerve damage
- muscle tears
It also prevents and helps heal gastrointestinal problems, such as:
- gastric ulcers
- leaky gut
- irritable bowel syndrome
- Crohn’s disease
What is Crohn’s disease? It’s the chronic inflammation of the gastrointestinal tract. A few of its symptoms are persistent diarrhea, abdominal cramps, and constipation.
Unlike most pain medication, this supplement doesn’t mask the pain. Instead, it helps to increase the production of collagen.
Collagen can help reduce inflammation. Over time, this supplement can help repair damage and accelerate the healing process.
An added bonus: since this is a natural supplement, it doesn’t have unwanted side effects!
Before you take any new medication or supplements, it’s best to consult with your healthcare provider. It’s especially important to do this if you are currently on any other medication or supplements.
7. Where Can You Get This Supplement?
After discussing your symptoms with your healthcare provider, you can order supplements here. The recommended dose is two tablets each morning right after you eat breakfast.
It’s important to give the supplement time to work. While results may vary from person to person, most users report improvement after three weeks of daily intake.
Here’s some more information about proteins and peptides from Daniel Reneer:
As said, understanding the similarities and differences between peptides and proteins will help you know how they can benefit you. While certain medications work to mask symptoms, the Body Protective Complex supplement works at the cellular level—it helps you recover.
Talk to your healthcare provider if you’re dealing with an injury or gastrointestinal issues. Let them know that you’re interested in peptide or protein supplement to help accelerate your healing process.
Would you consider taking the Body Protective Complex supplement? Let us know in the comments section!
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