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In the form of DNA, polynucleotides store and transmit genetic  information from one generation to the next. This ensures the continuity  of traits and biological functions.

RNA, a polynucleotide, plays a central role in protein synthesis.  Messenger RNA (mRNA) carries genetic instructions from DNA to ribosomes,  where proteins are synthesized.

Polynucleotides can assist in repairing damaged cells and tissues. They  play a crucial role in DNA repair processes, correcting mutations or  damage caused by environmental factors.

Polynucleotides are used in medical and cosmetic therapies to promote  tissue regeneration. In treatments like wound healing, they help  stimulate cell growth, increase blood flow, and improve skin elasticity  and texture.

Polynucleotides have been shown to reduce inflammation, making them  useful in treating inflammatory conditions or skin irritation.

Polynucleotides are the foundation of gene therapy, where genetic  material is introduced into cells to correct or replace faulty genes,  offering potential treatments for genetic disorders.

Polynucleotides are increasingly used in dermatology for skin  rejuvenation, improving skin hydration, elasticity, and reducing the  appearance of wrinkles or scars.