Reducing Free Radicals Will Help Your Beautiful Complexion.
Posted by Bill Gluyas on 22nd Jan 2023
Why You Must Experience Bee Venom Face Mask At Least Once Before
you Turn 40
Does a bee venom face mask
tighten skin? Should I try what my friend is doing? I look old today…
When you hit 40, it seems like people are constantly telling you that you’re
“officially” old. And with that comes the pressure to start doing things to
take care of yourself and look young again. I don’t know about you, but many
ladies don’t want to spend their days slathering fruits and cucumbers all over
So if you’re feeling a little panicked about getting older,
don’t worry – you’re not alone. But don’t fret too much – there are plenty of
things you can do to take care of yourself and look your best.
Why do we
lose beauty as we age?
As the largest organ in the human body, the skin undergoes an
aging process like all the other organs. Both innate and external factors
contribute to skin aging via collagen change.
With constant sun exposure (especially to UV rays), which is the
dominant external aging cause, the passage of time is the main inherent factor.
Let us explain that a little bit more.
Skin changes show because
of epidermal thinning, aging abnormality of keratinocytes (the
primary part of skin cells), and collagen
And all that happens because certain enzymes decompose collagen
and gelatin. Therefore reduction of collagen production subsequently causes the
decrease of skin elasticity.
It also reduces the cells in connective tissue, which produces
collagen, giving you wrinkles.
But why is this happening?
The answer lies in the formation of free radicals, which is the
leading cause of cellular damage.
Free radicals can cause oxidative skin stress leading to
premature skin aging.
This article explains what free radicals are and what they do to
your skin, as well as the steps you can take to neutralize them and maintain
What are free radicals?
Free radicals are highly reactive oxygen molecules: products of
biochemical reactions in the body.
Our bodies depend on oxygen, but normal bodily functions
sometimes divide paired oxygen molecules into two individual atoms with
These unpaired electrons search the body for another electron to
form a stable pair, which is why they are defined as reactive. While doing
this, they damage cell membranes, proteins, and DNA.