Hair Loss Treatment with Cella Exosome? It Promotes Hair Thickness and Growth Speed. <Real Clinical Results Revealed>

Hair Loss Treatment with Cella Exosome? It Promotes Hair Thickness and Growth Speed. <Real Clinical Results Revealed>

Hello,

I’m Choi Won-woo, a dermatologist with 23 years of experience.

There are moments when you look at the hair that has fallen out, or at the crown reflected in the mirror, and think, “It’s not like it used to be.”

Especially after your mid-40s, many people begin to notice that their hair has lost elasticity and is becoming thinner and weaker.

Many people simply accept hair loss as a genetic factor,

but just as the skin ages over time, hair also goes through an aging process as time passes.

This is called “aging-related hair loss,” and in many cases, it is difficult to fundamentally improve with medication alone.

Recently, a hair regeneration treatment approach using Cella Exosome procedures has been drawing attention as a way to address this aging-related hair loss.

Today, I’ll explain its principles and effects based on actual clinical results.^^

Table of Contents

1. Genetic hair loss vs. aging-related hair loss

2. Why hair becomes thinner: stem cell aging

3. A new hair rejuvenation procedure: the synergy of Cella Exosome treatment and D-Tology NMN

4. Genetic hair loss vs. aging-related hair loss Hair loss is broadly divided into that caused by genetics and that caused by aging.

Genetic hair loss usually begins in the 20s to 30s,

and as male hormones are converted into DHT, they shrink the hair follicles, appearing in a distinct pattern such as an M-shaped hairline or thinning at the crown.

In men, the hairline recedes or the crown appears round and sparse,

while in women, the part gradually widens.

This is a hormone-dominant phenomenon, and its hallmark is that it progresses in a specific, patterned area.

By contrast, aging-related hair loss progresses slowly after the mid-40s,

and is characterized by hair miniaturization, in which the hair shaft becomes thinner and overall hair density decreases due to the aging of stem cells within the follicles.

Even if the number of hairs has not decreased significantly, the scalp becomes visible because the hair itself has become thinner.

This change occurs as the activity of stem cells inside the hair follicles declines, and it requires a different approach from genetic hair loss.

In other words, genetic hair loss is caused by hormonal imbalance, while aging-related hair loss is caused by a decline in cell regeneration ability.

2. Why hair becomes thinner: stem cell aging Hair becomes thinner with age because the function of hair follicle stem cells declines.

As aging progresses, several changes occur in the hair follicles.

Hair that was once thick turns into peach fuzz, and the stem cells that produce melanin decrease, leading to more gray hair.

In addition, regenerative ability declines and cellular aging is promoted.

These changes lead to an imbalance in the signaling systems for hair growth, such as Wnt, VEGF, and IGF-1.

Hair follicles are dynamic tissues that repeatedly go through cycles of growing, shedding, and regrowing throughout life.

However, as aging progresses, the growth signals that tell hair to stay thick and strong are not properly delivered,

and instead, the signals to stop growth begin to strengthen.

As this process continues, the hair follicles gradually shrink and become smaller, turning thick hair into thin, weak vellus hair.

In addition, stem cells around the follicles are exposed to repeated oxidative stress and DNA damage, causing them to lose their original regenerative ability.

The existing treatments, Propecia and minoxidil, work by suppressing DHT and improving blood flow, respectively,

so while they are effective for genetic hair loss, they have limitations when it comes to aging-related hair loss, where stem cell aging is the main cause.

3. A new hair rejuvenation procedure,

The synergy of Cella Exosome treatment and D-Tology NMN So far, hair loss treatment has mainly focused on hormonal regulation or vasodilation.

These methods are meaningful for genetic hair loss, but they have been insufficient for reversing hair loss caused by cellular aging in middle-aged and older adults.

Cella Exosome clinical results

To address these limitations, treatment using Cella Exosome has emerged.

Cella Exosome is a microorganism-derived exosome with a nano-scale size and an outer membrane structure.

Thanks to this characteristic, it can penetrate the scalp surface and reach deep into the hair follicles.

Rather than simply preventing hair loss, it works by reawakening and activating the dormant follicle environment.

It is drawing attention as an anti-aging ingredient that promotes regrowth, increases hair thickness, and helps regenerate hair follicles.

Cella Exosome / D-Tology NMN

Adding D-Tology NMN here can create a synergistic effect.

NMN is a precursor in the body that helps produce NAD+, the cell’s energy source, and helps aged cells become active again.

If Cella Exosome plays the role of creating the environment and sending signals needed for hair growth,

then NMN provides the fuel that allows the cells receiving those signals to actually function.

At our dermatology clinic, we offer a program that combines these two approaches to help slow the progression of hair loss and support recovery of the hair itself.^^

In closing, The Cella Exosome procedure aims to fundamentally improve the weakened hair environment.

When used together with D-Tology NMN, it can help support the effect by improving cellular efficiency.

Cella Exosome procedure changes

If you have not been satisfied with the results of existing treatments,

or if you are experiencing your hair gradually becoming thinner, please consider the Cella Exosome procedure.

I hope today’s post has been of some help with your hair concerns, even if just a little.

Thank you for reading this long post.

This was Director Choi Won-woo.

[Recommended reading]

Best 1. Introduction

Best 2. Wells Dermatology’s Cella Exosome, Highlighted by the World Aesthetic Medicine Society

Best 3. Explained based on actual clinical results.

Wells Dermatology main phone number (click the number below to connect)
02 - 542 - 2372

Clinic hours
Weekdays 10:00 ~ 20:00
Saturday 10:00 ~ 17:00
Lunch break 13:00 ~ 14:00
Closed on Sundays and public holidays

This post was written directly by Wells Dermatology Clinic and complies with all laws related to medical advertising other than Article 56, Paragraph 1 of the Medical Service Act.

All surgeries and procedures may be accompanied by side effects depending on the individual, so please receive sufficient consultation and guidance from the medical staff before carefully deciding whether to proceed.