Molecular Therapy

What is molecular therapy?

It is the therapeutic method that uses peptides (types of molecules formed by the union of several amino acids through peptide bonds) of low molecular weight obtained from living organisms to produce a specific stimulation on the affected human organ.

Molecular therapy is part of nanotechnology, which today is a high priority with the emergence of new biotechnological trends in the food, pharmaceutical and nutraceutical industries.

These peptides and polypeptides, thanks to their molecular weight and when supplied to the body, are capable of generating specific responses in the cell such as regeneration, revitalization, stimulation, modulation, inhibition or nutrition.

"The main characteristics of the use of cellular peptides are the restructuring and reactivation of the biological functions of the diseased tissue, keeping it healthy."

There is a principle that establishes that all biological systems are composed of the same types of molecules and use similar organizational principles at the cellular level.

 It is established that these molecules have characteristics that make them unique, such as the weight and conformation of the isoelectric point through which they bind to a specific receptor and generate a response at the membrane level, because within its conformation it preserves information that follows the route in its contact with the cell of two messengers, to bind to the nuclear membrane and from there promote specific genes and end in a specific response that the cell has at that time.

The actions manifested by these peptides;

Some have multifactorial capacity such as activating, modulating or inhibiting according to their need.

Cells communicate thanks to receptor membranes and through chemical messengers such as: neuropeptides, hormones, citrins and growth factors.

Cells undergo replacements and they occur from the molecular or subcellular sequence by negative endogenous or exogenous factors. Healthy and active molecular substances must be provided that penetrate to the core of the dysfunctional system so that the cells take on their normal regenerative tendencies.