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A Complete Guide for Beginners on How to Reconstitute Peptides
For many people using peptides has become one of the most sought-after ingredients in nutrition and cosmetics. Choosing the correct peptide serves various purposes, such as speeding up body recovery and controlling metabolism as well as improving skin health and combating aging. While peptides have widespread popularity today, many of them are available in powdered freeze-dried form. This means that it is crucial to know how to reconstitute peptides properly in order to help retain their biological effectiveness. Every beginner runs the risk of making mistakes when reconstituting peptides, which may result in denaturation of the product and its inefficiency.
Before giving the guidelines for how to carry out the procedure properly, one has to understand why it is important to reconstitute peptides in a right way. The reason is that freeze-dried peptide is a macromolecular compound that has extremely high biological activity, and thus must be kept in vacuums during the period of storage. If one moves freeze-dried substance to the environment without knowing how to handle it, one may commit mistakes that will break the molecules of peptides or make them cluster together thereby losing their efficiency. Peptides have more strict requirements compared to ordinary nutritional powders because the process of their dilution must be conducted with a lot of care. The dilution process, as a rule, consists of several stages. The first stage is preparation. The sealed peptide vial should be kept at the temperature of 20-25 °C for about 10-15 minutes.The process of diluting peptides from low-temperature storage will provoke condensation in the vial and will not allow complete dissolution of the substances in the vial. Before starting the dilution procedure, the operating table must be cleaned and appropriate solvents must be prepared. Bacteriostatic water is considered to be the best option for daily care and nutrition peptides, as it contains preservatives that prevent bacteria growth, ensuring the sterility of the solution, as well as the safe usage of the peptide for several days.
The first step in the reconstitution process is the proper addition of liquid, which is key to determining whether the peptides will maintain their activity. Once the characteristics of the peptide is known and the volume of the solvent is calculated, a needle has to be inserted into the vial through the middle of the lid and at an angle. It is of utmost importance to direct the liquid flow towards the wall of the vial and not to the bottom where the peptide is located, since otherwise the pressure created would damage the structure of the peptide and lead to the formation of foam.
After the liquid is added, many people mistakenly think shaking the vial will make the process of dissolving faster.The peptide bond breaking process via violent shaking and vortex stirring will create a shear mixing effect. A large volume of foam generated from the mixing will in turn accelerate oxidation of air and lead to the activity of peptides being lost. The correct approach is to slowly swirl with the vial gradually inclined over a table or perform slow circular movement. Under normal conditions, almost any peptide powder gets completely dissolved in around five to fifteen minutes. In case of dissolution problems with a barely soluble powder, one can hold the vial in one’s hand for gentle warming and assist with the process without applying high heat from the outside.