Stem cells became popularly known when shocking scientific breakthroughs in the early 21st century used these cells from mammal embryos to repair, or even revive organs. These cells exist in basically all complex organisms — including humans and plants. Various therapies using different kinds of stem cells have sought to leverage the regenerative & longevity-related capability of these cells.
STEMJUICE’s formulas contain plant stem cells (specifically, those found in green apples), will be the focus of this article:
What are Stem Cells?
Stem cells, broadly speaking, describe “undifferentiated” cells — meaning they haven’t chosen what kind of cell (e.g. skin, nervous, muscle) they will be. These cells exist in basically all complex organisms: including humans and plants. Various therapies, using different stem cells from different organisms, have sought to leverage the regenerative & longevity-related capability of these cells.
Stem cells have the incredible potential to form into virtually any cell type in the body, particularly during early life and development. What’s more, in many tissues they fill in as a kind of in-house repair shop, dividing into different cells as long as the individual or creature is alive. At the point when a stem cell isolates, each new cell can stay as an undifferentiated cell. Or, it can become another kind of cell with a particular capacity — for example, a muscle cell, a red platelet, or a synapse.
Stem cells are recognized from other cell types by two significant qualities. First, they are specialized cells fit for restoring themselves through cell division. This happens once in a while after extensive stretches of idleness. Second, under certain physiologic conditions, they can be incited. In doing so, they become tissue-or organ-explicit cells with uncommon capacities. Because of these unique qualities, stem cells can replace lost cells. Also, they can repair damaged tissues and cells.
Stem cells are associated with longevity. This is why they have the capability of promoting development in humans. Two fundamental sorts of stem cells are available in the human body:
- Embryonic stem cells, which are present in blastocysts, can develop and separate into 220 distinctive cell types, which make up the human body.
- Adult stem cells, which can be found in grown-up tissue, can separate into their own or associated cell types.
These cells constitute a mechanism for repairing the body Also, they sustain the ordinary turnover of the organs that regenerate themselves. Such organs include the intestinal tissues, skin, and blood.
What are Plant Stem Cells?
Plant stem cells refer to undifferentiated cells situated in the plant’s meristems. They give plants the vitality needed for growth. These stem cells maintain themselves and also offer a constant supply of precursor cells, which help in the formation of differentiated organs and tissues in plants.
Plant stem cells work as a wellspring of new cells to develop or supplant specific tissues. To play out this capacity, these cells must divide to restore themselves. In the long run, a part of themselves run separately to develop new tissues. By this definition, stem cells are especially significant for plant development. This is based on the fact that all tissues of the plant develop from undifferentiated cells. These cells are in plants’ developing apices; inside structures called the apical meristems.
Plant stem cells are not like human stem cells in many ways. There are significant differences in biochemical procedures, hormones and flagging particles, and cell structures. Human stem cells do not have receptors for plant hormones or equal cell mental capacities. So the hormones found in plants don’t have any effect on human stem cells. Besides, plant stem cells don’t deliver human development factors that would help harmed or dead skin cells. Plant cells can have anti-inflammatory properties, antioxidants, or other healthy compounds, as these properties are generally found in foodand plant products.
However, like all stem cells, they are the same in on sense: how they act. Plant stem cells have the ability to renew & repair themselves, just like their human counterparts.
Plant stem cells first gained popularity as ingredients in wellness & personal care products. This is because of the anti-aging properties of these cells, which have been demonstrated to repair & replace damaged tissue, even in humans.
Why the Green Apple?
Uttwiler Spatlauber is an edible yet endangered apple that is notable for its phenomenal shelf life and long life potential. The apple, which was first documented in the eighteenth century, originates from northern Switzerland (canton Thurgau). After being harvested, the apple can remain freshfor up to four months, whereas other varieties do not last nearly as long.
After gathering some samples, some Swiss analysts set out to examine this fruit and found out that the unique qualities of the apple could be attributed to certain longevity-related components of the apple’s stem cells.
Research indicates the apple stem cells can prevent aging and damage of various cell types: from skin to lungs. STEMJUICE leverages novel technology that makes it possible to cultivate endangered and rare plant species such as Uttwiler Spatlauber, from which plant stem cells can be extracted and consolidated into restorative ingredients.
Studies comparing stem cells from the Uttwiler apple versus those from the umbilical cord of humans indicated that the apple stem cells, at 0.1% centralization level could quickly expand the number of umbilical stem cells by up to 80%. The stem cells extracted from the Spatlauber apple have been proven to:
- Stimulate the division and growth of human stem cells.
- Guard against the damage or death of stem cells caused by UV light.
- Deal with age-encouraged changes in the cells of humans.
Research has proven that plant stem cells — including those of the Uttwiler green apple found in STEMJUICE, have incredible potential for benefit. While our special ingredient is a big part of what sets apart STEMJUICE, what’s not in our e-juice is just as— if not more, important. Read more about what’s really inside your e-juice or why our team set out to remove toxic chemicals & pioneer a clean vaping experience.