Your Skin Changes… But How Do You Know If the Change Is Real?

You may look in the mirror every day and feel like your skin looks better.

Then, on another day, you may feel that your skin looks tired or different.

And that’s completely normal.

Your skin can be affected by many factors, including your daily routine, sleep, stress, environment, and the care you provide.

But this raises an important question:

How can you know whether your skin is actually changing and improving over time?

Relying only on how you feel or what you notice in the mirror isn’t always enough.

That’s where the Progress feature in SkinTrix 360 comes in.

What Is Progress?

Simply put, Progress helps you track changes in your skin over time by looking at the results of your different Skin Scans.

Instead of looking at one result and stopping there, you can follow the changes that appear across a period of time.

So instead of asking:

“What does my skin look like today?”

You can ask:

“How has my skin changed since I started tracking it?”

That’s an important difference.

A single analysis gives you a snapshot of your skin at a specific moment.

Tracking your results over time can give you a broader view of changes and trends.

Why Is Tracking Progress Important?

Imagine that you’ve started a new skincare routine.

After a week or two, you may look in the mirror and still not be able to tell whether anything has really changed.

Especially when the changes are gradual.

Small changes don’t always become obvious from one day to the next.

But when you have multiple Skin Scans taken at different points in time, you can follow those changes in a more organized way.

The goal isn’t to judge your skin based on a single day.

The goal is to see the bigger picture.

Progress Doesn’t Mean Your Skin Has to Be “Perfect”

This is an important point.

Tracking Progress doesn’t mean that every new result has to be better than the previous one.

Your skin naturally changes.

Some indicators may improve, while others may need more attention.

Your results can also be affected by different conditions at the time of each scan.

That’s why the real value of Progress is helping you understand changes and trends over time, rather than relying on a single moment or impression

What’s the Difference Between One Result and Progress?

Let’s make it simple.

If you perform a Skin Scan today, you can learn about your skin at that particular moment.

That’s one snapshot.

But if you scan your skin today, then perform another scan later, followed by a third one…

You now have multiple snapshots.

And when you look at them together, you can start to see the bigger picture.

Think of it as the difference between:

One picture and A complete story.

That’s what makes Progress valuable.

How Can You Make the Most of It?

If you use SkinTrix 360 consistently, you can make Progress part of the way you monitor your skin over time.

  1. Start With a Skin Scan

Analyze your skin and use the result as your starting point.

  1. Keep Tracking Your Skin

Instead of relying on a single analysis, perform additional scans at appropriate intervals to monitor changes.

  1. Review Your Results

Look at the differences between your various scan results.

  1. Focus on the Trend

Not every change needs to be significant.

Sometimes, what matters most is understanding how your skin is changing over time.

Your Skin Is More Than One Picture

Your skin is not one picture.

It’s not one result.

And it’s not just one day. It’s a journey.

As time passes, your skin’s needs can change.

That’s why tracking your Progress can help you understand that journey more clearly.

With SkinTrix 360, every Skin Scan can become another point in your skin-tracking journey.

Scan. Track your results. Follow your Progress. 

Because sometimes, the changes we can’t notice every day…

become much clearer when we look at the bigger picture.

Endocrine Disruptors, Perimenopause, and Women’s Hormonal Health: An Environmental Detoxification Guide in Abu Dhabi

Endocrine-disrupting chemicals (EDCs) are chemicals that can interfere with the hormonal system, including hormone production, transport, receptor activity, or metabolism. Some of these substances are found in the environment and consumer products, including bisphenols, phthalates, parabens, and certain per- and polyfluoroalkyl substances (PFAS).

Research suggests associations between exposure to certain EDCs and changes in aspects of reproductive health, including the timing of menopause and some hormonal indicators. However, potential exposure does not necessarily mean that a woman’s symptoms are caused by these chemicals, and exposure alone cannot establish the cause.

Perimenopause is a transitional phase during which menstrual cycles and hormone levels may fluctuate. Symptoms can include hot flashes, sleep disturbances, and mood changes. Understanding these symptoms requires consideration of medical history and clinical assessment rather than assuming a single hormonal imbalance or toxin accumulation.

Medical Approach: Women’s health care begins with understanding symptoms, reviewing medical history, and assessing potential contributing factors. This is followed by determining whether any tests or interventions are appropriate for the individual.

Key Clinical Facts

  • Some environmental chemicals can interfere with hormonal signaling, but the nature of their effects varies depending on the substance, level of exposure, and duration of exposure.

  • Exposure to certain environmental chemicals may be associated with changes in reproductive health. However, a statistical association alone does not prove that a particular substance is the cause of an individual woman’s symptoms.

  • Perimenopause is characterized by natural fluctuations in hormone levels and changes in menstrual cycle regularity.

  • The liver plays a role in the metabolism of many hormones and chemical compounds. However, this does not mean that every woman needs a specialized detoxification program.

  • Toxicity tests and specialized hormone tests should not be considered routine or necessary for every woman. Their use depends on the clinical question and the extent to which the results can guide patient care.

  • Dietary supplements and intravenous therapies are not generally proven methods for eliminating all toxins or treating perimenopausal symptoms.

  • Individual needs and responses vary from woman to woman, and no specific outcome can be guaranteed.

1. What Are Endocrine Disruptors and Environmental Estrogen-Like Chemicals?

Endocrine-disrupting chemicals (EDCs) are substances that can interfere with the normal functioning of the hormonal system. This interference may occur by affecting hormone production, transport, receptor binding, or metabolism.

Some of the chemical groups studied in this field include:

  • BPA / BPS / BPF: Compounds belonging to the bisphenol family.

  • Phthalates: A group of chemicals commonly used in plastics and various consumer products.

  • Parabens: A group of preservatives used in some personal care products and cosmetics.

  • PFAS: A large group of chemicals known as per- and polyfluoroalkyl substances.

  • Xenoestrogens: A term used to describe certain external compounds that may exhibit estrogen-like activity.

These compounds differ in their chemical properties and potential mechanisms of action. Therefore, they should not be treated as a uniform group with identical effects or levels of risk.

Can These Compounds Interact with Estrogen Receptors?

Some compounds with estrogenic activity can interact with estrogen receptors, including ER-alpha and ER-beta.

However, the nature and strength of these interactions vary from one compound to another. Furthermore, demonstrating estrogen-like activity in laboratory studies does not necessarily mean that comparable clinical effects occur in humans at typical daily exposure levels.

Similarly, exposure to these substances should not automatically be assumed to cause elevated blood estrogen levels or persistent estrogenic stimulation.

How Can Endocrine Disruptors Be Linked to Hormonal Health?

2.1 Hormonal Signaling and Receptor Interactions

Hormones work by sending chemical signals to cells and tissues, where they bind to specific receptors to regulate various functions in the body.

Some environmental chemicals can interfere with parts of this system, such as by affecting certain receptors or hormonal signaling pathways.

However, this does not mean that every exposure results in hormonal disruption, or that symptoms experienced by a particular person can be directly attributed to a specific chemical.

Interpreting potential effects requires consideration of several factors, including:

  • The type of chemical.
  • The level and route of exposure.
  • The duration and timing of exposure.
  • Individual health and biological factors.
  • The specific health outcome being evaluated.

Therefore, hormonal disruption should not be diagnosed based solely on the presence of potential environmental exposure.

2.2 Perimenopause

Perimenopause is the transitional period leading up to menopause, during which menstrual cycles and reproductive hormone levels may change.

Some symptoms may occur during this stage, including:

  • Changes in menstrual cycle regularity.
  • Hot flashes and night sweats.
  • Sleep disturbances.
  • Mood changes.
  • Difficulty concentrating in some women.
  • Changes in premenstrual symptoms.

Symptoms vary from woman to woman in terms of type, severity, and duration.

It is important not to automatically interpret these symptoms as evidence of a specific increase or decrease in estrogen, because hormonal fluctuations during this stage can be variable, and other health factors may contribute to the symptoms.

The presence of symptoms alone is not sufficient to establish that endocrine-disrupting chemicals are the cause.

2.3 The Liver and Hormone Metabolism

The liver plays a role in the metabolism of many hormones and chemical compounds. Some of these compounds are processed through multiple enzymatic pathways.

Terms used to describe certain stages of metabolism include:

  • Phase 1: The first stage of metabolism.
  • Phase 2: The second stage, which includes conjugation reactions that help process certain compounds and prepare them for elimination.

Regarding estrogen, there are multiple metabolic pathways that can produce different metabolites, including:

  • 2-OHE1
  • 4-OHE1
  • 16-OHE1

However, these metabolites should not be interpreted in isolation from the clinical context, nor should a particular ratio between them be assumed to determine a woman’s hormonal health or explain her symptoms on its own.

Similarly, the existence of these metabolic pathways does not automatically mean that supplements or intravenous therapies are needed to optimize them.

Important Note: The terms “liver detox” or “hormonal detoxification” should not be presented as established medical treatments for managing perimenopausal symptoms.

Conclusion and Next Steps

Perimenopause is a natural transitional stage in a woman’s life. During this period, menstrual cycles and hormone levels may change, and symptoms can vary from one woman to another.

At the same time, endocrine-disrupting chemicals are being studied for their potential to interfere with hormonal signaling, as well as for research associations between certain environmental exposures and changes in reproductive health.

However, it is important not to attribute hormonal symptoms to a single cause, assume that environmental exposure is responsible without appropriate assessment, or consider detoxification programs, supplements, or intravenous therapies to be universally established solutions.

At Everlast Wellness, we believe that your body functions as an interconnected system, and we approach it as a whole.

Therefore, assessment begins with understanding the complete health picture, including symptoms, medical history, lifestyle, and potential environmental factors, followed by determining whether additional testing or interventions may be appropriate.

Book your consultation at Everlast Wellness in Abu Dhabi to discuss your individual health needs with our medical team.

Individual results may vary. Consultation required.