Plant stem cells are found within formative plant tissues known as meristems. These specialized cells, termed embryonic plant stem cells, possess remarkable abilities to divide, renew, and differentiate into various plant tissues. These cells serve as the foundation of plant development, continuously supplying precursor cells to maintain growth and repair damaged tissues. These embryonic plant stem cells also contain a multitude of benefits including juvenile phytohormones. These hormones control all aspects of the plant growth and development and help the plant be adaptogenic including the plant’s potentiating detoxification processes.

To fully appreciate what this means, in the simplest terms, embryonic stem cells are the cells from which all the other cells in the body are derived, or stem from. In the human body, plant stem cells can mature into heart cells, pancreatic cells producing insulin, brain cells, and so forth. Plant Stem Cells engage human organs and organ systems on a cellular level to improve function and simultaneously clean, feed, and restore organ tissue.

These unique plant extracts maintain their ability to differentiate throughout their lifespan while human stem cells become limited in what they can repair and replace over time. This makes plant stem cells an incredibly valuable resource for human vitality because of their unique ability to detoxify cells, repair RNA, stimulate and nourish the body, and rejuvenate.