This Organ Make's You Younger - Here's How

Most people think that the SKIN is not an organ...

But you probably already know that it's the biggest organ in your body.

Along with being the biggest it's the most likely to be damaged...

Speaking of damaged...

Did you know that anything you put on your skin is processed by your liver in seconds?

So if you are currently putting the WRONG products on your skin - not only could you be causing damage to your skin - but to your liver as well...

Now, that's pretty scary in my opinion because we only get one liver and after the talks I've been having with my anti-aging geniuses and friends who I'll link to right here:

Feed Your Skin Youth <--

I know from NOW on - I am 100% going to be more careful... not only with what I put on my skin to stay young -- but with what I put on my skin in general.

However, the real reason I'm talking to you today is that my friends have come up with an astonishing way to slice years off of how you look, reduce the signs of aging like wrinkles - and get your skin looking amazingly youthful...

All while not putting weird chemicals or damaging things on your MOST IMPORTANT ORGAN... or having to go under a surgical knife.

It's working for women like you so I thought you should know about it...

And you are one of the first people in the world to experience this. So take advantage of this inside information right now:

Feed Your Skin Youth <--

Take Care,

Bethany Monroe
Skin Care Initiative
 

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Some trees such as the alders (Alnus species) have a symbiotic relationship with Frankia species, a filamentous bacterium that can fix nitrogen from the air, converting it into ammonia. They have actinorhizal root nodules on their roots in which the bacteria live. This process enables the tree to live in low nitrogen habitats where they would otherwise be unable to thrive. The plant hormones called cytokinins initiate root nodule formation, in a process closely related to mycorrhizal association. It has been demonstrated that some trees are interconnected through their root system, forming a colony. The interconnections are made by the inosculation process, a kind of natural grafting or welding of vegetal tissues. The tests to demonstrate this networking are performed by injecting chemicals, sometimes radioactive, into a tree, and then checking for its presence in neighbouring trees. The roots are, generally, an underground part of the tree, but some tree species have evolved roots that are aerial. The common purposes for aerial roots may be of two kinds, to contribute to the mechanical stability of the tree, and to obtain oxygen from air. An instance of mechanical stability enhancement is the red mangrove that develops prop roots that loop out of the trunk and branches and desc reducing sway in high winds. They are particularly prevalent in tropical rainforests where the soil is poor and the roots are close to the surface. Some tree species have developed root extensions that pop out of soil, in order to get oxygen, when it is not available in the soil because of excess water. These root extensions are called pneumatophores, and are present, among others, in black mangrove and pond cypress