Peptides can be thought of as small proteins that act as highly specific signaling molecules in many crucial functions in our bodies. They assist in hormone production, cell signaling, and cell-to-cell communication. Researchers and clinicians alike are looking at peptides as a breakthrough in medicine because:

• Low toxicity

• High chemical and biological diversity

• High potency and specificity

• Good efficacy, safety, and tolerability

• A broad range of targets

• Enhances cell growth

Therapeutic peptides can be designed to be involved in virtually any cellular process. This means that they can be designed to block interactions of proteins as long as enough of the sequence of the target site is known and conditions allow for the peptide to bind it.

Explains Nerve Reeducation TechniquePeptides are more specific to physiologic pathways and work quicker on the cell surface. They send out multiple signals that cleans up the cellular communication in your body. Peptides work “epigenetically”, they turn off genes that manifest disease and turn on longevity promoting genes. Peptides jumpstart the healing process because they interact with hundreds of healing pathways in the body, which is also why they work quicker than most therapies. Not only do most of the peptides bypass the typical digestive barriers that can keep them from being absorbed, they activate the entire body through cell-to-cell communication so that the area in distress gets the signal instantly which leads to rapid accelerations in healing.
Peptide therapy may stimulates cellular regrowth systems. Peptides are made up of short amino acid chains, and they are able to attach to receptors on the surface of cells. This allows them to provide cells and molecules with instructions for specific actions. Peptides are critical to facilitating body responses and actions, and they may be beneficial for treatments of specific concerns safely and effectively.