Understanding the sign of Leser–Trélat and its possible connection to cancer
Your skin is worth paying attention to, especially when something changes quickly. But a frightening headline about a “colon cancer rash” can leave out the details that matter most.

The sign of Leser–Trélat is a rare skin finding associated with certain internal cancers. A sudden outbreak of skin growths deserves evaluation, but it does not automatically mean you have colon cancer. 
Leser-Trélat Sign - StatPearls - NCBI Bookshelf
⁠
This finding involves the abrupt appearance of many seborrheic keratoses, or a rapid increase in their size and number. These are generally harmless growths that may look brown, waxy or wart-like, with a “stuck-on” appearance. Itching may accompany them. The concerning feature is the sudden change in the overall pattern, rather than simply having a few longstanding spots. DermNet
⁠
Why would a skin change be connected to an internal cancer? Researchers suspect that substances released by some tumors, including growth factors, may stimulate these skin growths. The mechanism is not established. Reported associations include stomach and colon cancers, as well as several other malignancies. The growths themselves are benign; the concern is what their sudden appearance might signal elsewhere in the body. StatPearls, NCBI Bookshelf
​⁠
There is also uncertainty. Seborrheic keratoses and cancer both become more common with age, making it difficult to establish whether they are connected in an individual patient. Dermatology experts continue to debate how reliably this sign indicates cancer. It is rare even among people who have cancer. DermNet
⁠
If numerous growths appear suddenly or spread quickly, arrange an appointment with a dermatologist or primary-care clinician. An examination, medical history and sometimes a skin biopsy can help identify the lesions. Further testing depends on the findings and your individual history. StatPearls, NCBI Bookshelf
⁠
Also tell your clinician about blood in the stool, persistent changes in bowel habits, ongoing abdominal pain, unexplained weight loss or iron-deficiency anemia. These symptoms can have causes other than cancer, but they need medical attention whether or not you have skin changes. CDC: Symptoms of Colorectal Cancer
​⁠
Routine screening matters too. The CDC recommends colorectal cancer screening for adults ages 45–75, with earlier screening for some people at increased risk. Screening is for people without symptoms; symptoms require diagnostic evaluation rather than waiting for the next routine screening appointment. CDC: Screening for Colorectal Cancer
⁠
Pay attention to changes. Ask questions. If a concern remains unexplained, seek a second opinion. Listening to your body can help you recognize when to seek care; a thorough evaluation helps turn that concern into answers.

Educational information only; this article does not diagnose a skin condition or cancer.
​
Rooted in Wellness,
Natasha B.

Have you ever walked into a room and immediately felt uneasy, even before you could explain why?


Maybe you noticed your heart racing, palms sweating, stomach tightening, or muscles tensing before you consciously realized you were stressed?


That isn’t your imagination.


It is an example of something fascinating about the human body: your nervous system is constantly receiving information, processing it, and responding, much of it outside of your conscious awareness.


And understanding this distinction is important when we talk about the nervous system, what people commonly call the “subconscious mind,” and how I incorporate kinesiology into my wellness practice.


What Do We Actually Mean by the “Subconscious Mind”?


“Subconscious mind” is a phrase we hear frequently, but neuroscience generally uses more specific terms such as nonconscious, unconscious, implicit, or automatic processing.


Your brain doesn’t require conscious thought for every decision or bodily response.


For example, you don’t consciously instruct yourself to:


increase your heart rate when you’re frightened
produce saliva when you smell food
tense certain muscles when you anticipate danger
coordinate thousands of small movements while walking reacts automatically to something you’ve encountered many times before
The nervous system is continuously processing sensory information, learned associations, memories, internal bodily signals, and environmental cues.


Researchers studying implicit cognition have demonstrated that information can influence behavior and physiological responses without necessarily entering conscious awareness.


So, when I use the word subconscious, I’m not talking about mind-reading, predicting the future, or accessing some hidden supernatural source of information.


I’m talking about biological processes occurring outside our immediate conscious awareness.


Meet Your Autonomic Nervous System


One of the body’s major automatic regulatory systems is the autonomic nervous system (ANS).


The ANS helps regulate functions including:


heart rate • blood pressure • digestion • breathing patterns • sweating • pupil responses • bladder function • sexual function • blood-vessel tone


Traditionally, we talk about two major branches:


The sympathetic nervous system helps mobilize the body during activity, challenge, or perceived threat—the familiar “fight-or-flight” response.


The parasympathetic nervous system supports functions associated with recovery, digestion, energy conservation, and restoration—often simplified as “rest and digest.”


There is also the enteric nervous system, an extensive neural network associated with gastrointestinal function.


None of these systems operates completely independently. Your brain, spinal cord, peripheral nerves, endocrine system, immune signaling, organs, muscles, and sensory systems are constantly exchanging information.


Stress Isn’t “Just in Your Head”


This is where the conversation becomes particularly interesting.


Psychological stress can produce measurable physiological changes.


Stress activates pathways involving the autonomic nervous system and the hypothalamic-pituitary-adrenal (HPA) axis, influencing hormones such as cortisol and catecholamines.


Short-term stress responses are normal and can be protective.


Problems can arise when physiological stress responses remain activated repeatedly or for prolonged periods.


Bruce McEwen’s influential research described allostatic load—the cumulative physiological burden associated with repeated or chronic adaptation to stress.


This doesn’t mean that “every disease is caused by emotions.”


It means something much more scientifically grounded:


The brain and body are interconnected, and experiences can influence physiology.


So Where Does Kinesiology Muscle Testing Fit In?


This is also where terminology matters.


Manual muscle testing is legitimately used in conventional rehabilitation and clinical settings to evaluate aspects of muscle strength and function.


Applied kinesiology, however, extends muscle testing into broader interpretations about health. Research evaluating applied kinesiology has produced inconsistent results, and there is currently insufficient scientific evidence to establish muscle testing as a reliable standalone method for diagnosing diseases, nutritional deficiencies, infections, organ dysfunction, or other medical conditions.


That distinction is important to me.


Within my own wellness practice, I may incorporate kinesiology as a complementary biofeedback-style tool alongside client history, observation, conversation, movement, bodywork, and other wellness approaches.


I don’t use muscle testing to tell someone’s future.


I don’t consider it mind-reading.


I don’t use it as a replacement for laboratory testing, imaging, medical evaluation, or an appropriate medical diagnosis.


And I don’t believe a muscle response gives us unlimited access to everything occurring within someone’s mind or body.


Instead, it is one tool within a much larger conversation.


The Body Is Constantly Adapting


One of the things I find most remarkable about human physiology is how incredibly adaptive the body is.


Every second, receptors throughout your body are providing your nervous system with information.


Your brain receives signals about what’s happening outside your body through systems such as vision, hearing, touch, smell, and taste.


At the same time, interoception provides information about what’s happening inside the body—such as heartbeat, breathing, hunger, fullness, temperature, pain, and other internal sensations.


Proprioception provides information about body position and movement.


And the autonomic nervous system continuously adjusts internal functions according to the body’s changing circumstances.


Much of this happens before or entirely without, conscious thought.


That’s physiology.


Why I Believe This Conversation Matters


There is tremendous value in learning to pay attention to our bodies.


But there is an equally important responsibility to distinguish between what science has established, what research is still investigating, and what belongs to an individual practitioner’s complementary approach.


Those things don’t have to be enemies.


As research continues to expand our understanding of the brain-body connection, stress physiology, interoception, neuroplasticity, and autonomic regulation, we’re discovering just how sophisticated communication throughout the human body really is.


My goal isn’t to convince someone what they must believe about their body.


My goal is to encourage curiosity.


Ask questions.


Learn your body’s signals.


Seek qualified medical evaluation when it’s needed.


And become an informed participant in your own wellness.


Because one thing physiology makes abundantly clear:


Your body isn’t sitting silently waiting for your conscious mind to tell it what to do.


It is sensing, signaling, regulating, adapting, and responding around the clock.


And that conversation is worth learning how to understand.


Rooted in Wellness,
Natasha Baker, BS,LMBT,CST,CTT-PACT,BMT, FMT




References & Further Reading


Bargh JA, Morsella E. The Unconscious Mind. Perspectives on Psychological Science. 2008;3(1):73–79. doi:10.1111/j.1745-6916.2008.00064.x.


Hall JE, Hall ME. Guyton and Hall Textbook of Medical Physiology. Elsevier. A standard medical physiology reference covering autonomic nervous-system physiology.


National Institute of Neurological Disorders and Stroke (NINDS). Dysautonomia. National Institutes of Health. Information on the autonomic nervous system and disorders affecting autonomic function.


McEwen BS. Protective and Damaging Effects of Stress Mediators. New England Journal of Medicine. 1998;338:171–179. doi:10.1056/NEJM199801153380307.


Hall S, Lewith G, Brien S, Little P. A Review of the Literature in Applied and Specialised Kinesiology. Forschende Komplementärmedizin. 2008;15(1):40–46. doi:10.1159/000112820.


Haas M, Peterson D, Hoyer D, Ross G. Muscle Testing Response to Provocative Vertebral Challenge and Spinal Manipulation: A Randomized Controlled Trial of Construct Validity. Journal of Manipulative and Physiological Therapeutics. 1994;17(3):141–148.


Khalsa SS, Adolphs R, Cameron OG, et al. Interoception and Mental Health: A Roadmap. Biological Psychiatry: Cognitive Neuroscience and Neuroimaging. 2018;3(6):501–513. doi:10.1016/j.bpsc.2017.12.004.


Educational information only. Kinesiology and complementary wellness services are not substitutes for medical diagnosis or treatment. Health concerns should be evaluated by an appropriately licensed healthcare professional

For decades, science focused heavily on organs, glands, blood vessels, and nerves — but what if one of the body’s most important systems was quietly hiding in plain sight the entire time?
Meet the interstitium: a vast network of connective tissue and fluid-filled spaces that researchers now believe plays a major role in inflammation, lymphatic flow, tissue health, detoxification, fascia, and whole-body communication.
While modern medicine is still uncovering its significance, many holistic practitioners, osteopaths, bodyworkers, and lymphatic therapists have intuitively recognized for years that the body functions as an interconnected web — not isolated parts.
The interstitium may help explain why.


What Is the Interstitium?
The interstitium is a body-wide network made up of:

• Connective tissue fibers (collagen & elastin)
• Gel-like extracellular matrix
• Fluid-filled spaces
• Interstitial fluid surrounding cells and tissues

This network exists:

• Beneath the skin
• Around muscles and fascia
• Around organs
• Surrounding blood vessels
• Along the digestive tract
• Near the lymphatic system

Think of it as a living sponge-like matrix or “internal river system” flowing throughout the body.
Rather than being empty space, researchers discovered these areas are dynamic channels filled with fluid and connective tissue that help support communication, cushioning, movement, and transport throughout the body.


Why Was This Discovery So Important?
In 2018, researchers using advanced endoscopic imaging observed that these fluid-filled spaces had often been missed in traditional pathology because tissues collapse during standard slide preparation.
This changed the conversation around connective tissue and opened the door to understanding the body in a more integrated way.
Instead of viewing fascia, lymphatics, and connective tissue as separate systems, science is beginning to recognize how deeply interconnected they truly are.


The Interstitium & The Lymphatic System
One of the most important roles of the interstitium involves fluid movement.
Interstitial fluid eventually drains into the lymphatic system, helping the body:

• Transport waste
• Support immune function
• Move nutrients
• Maintain tissue hydration
• Reduce stagnation

When this system becomes congested or inflamed, symptoms may include:

• Puffiness
• Swelling
• Chronic inflammation
• Tissue tenderness
• Fibrosis
• Sluggish detoxification
• Restricted fascia
• Feelings of heaviness or stagnation

This is one reason why supporting healthy lymphatic and fascial movement can have such profound whole-body effects.


Fascia, Tension & Whole-Body Communication
The interstitium also helps explain why tension in one area of the body can affect another.
Because connective tissue and fluid systems are interconnected, restrictions may influence:

• Posture
• Movement
• Circulation
• Nerve signaling
• Organ mobility
• Pain patterns
• Tissue inflammation

This is why therapies such as:

• Myofascial release
• Osteopathic manipulation
• Craniosacral therapy
• Lymphatic drainage
• Movement therapy
• Breathwork
  often create effects far beyond the area being treated.

The body is not simply mechanical — it is fluid, electrical, connective, and responsive.


Could the Interstitium Affect Chronic Illness?
Emerging research is exploring links between the interstitium and:

• Chronic inflammation
• Fibrosis
• Autoimmune conditions
• Cancer spread through fluid channels
• Edema
• Chronic pain
• Scar tissue
• Impaired healing

Researchers are also investigating how interstitial fluid may influence:

• Cellular communication
• Immune responses
• Tissue repair
• Mechanical signaling
• Biochemical transport

While science is still evolving, one thing is becoming increasingly clear:
Healthy fluid movement matters.


Supporting Healthy Interstitial Flow Naturally
Supporting the interstitium often overlaps with supporting fascia, circulation, and lymphatic health.
Healthy habits may include:
 Hydration
 Daily movement and walking
 Deep breathing
 Stretching and mobility work
 Manual therapy/bodywork
 Sauna and sweating
 Anti-inflammatory nutrition
 Mineral and protein support
 Stress reduction
 Adequate sleep
Many holistic practitioners also explore supportive modalities such as:

• Red light therapy
• PEMF
• Grounding
• Lymphatic therapy
• Osteopathic techniques
• Gentle fascial work

The Bigger Picture
The interstitium reminds us that the body is not a collection of disconnected organs.
It is a living, communicating ecosystem.
Every cell exists within an environment influenced by:

• Fluid movement
• Connective tissue health
• Inflammation
• Mechanical tension
• Circulation
• Lymphatic drainage
• Nervous system balance

When flow is restricted, the body often speaks through symptoms.
When flow improves, many people report feeling lighter, clearer, more mobile, and more resilient.
As research continues to unfold, the interstitium may become one of the most important bridges between modern science and holistic understanding of the body.

Rooted in Wellness, 
Natasha B. 

What Most People Don’t Realize About Dirty Grills, Burnt Residue & Digestive Health

​As the weather warms up, so does grilling season. Burgers, steaks, chicken, and vegetables — grilling is often associated with gathering, comfort, and healthier outdoor cooking. But what happens when every grilled meal leaves you feeling bloated, gassy, nauseous, or dealing with stomach pain afterward?
Many people assume:
“The fire kills everything.”
While high heat does kill many bacteria, there’s actually much more happening on a grill than most people realize.
If you consistently feel unwell after eating grilled foods, your body may be trying to tell you something.


The Hidden Side of Dirty Grills
Grills accumulate much more than leftover food. Over time, they can collect:

• Old grease
• Carbonized food particles
• Smoke residue
• Mold
• Ash
• Oxidized fats
• Bacteria in hidden crevices
• Chemical residues from lighter fluids or cleaners

Every time the grill reheats, those old residues can recirculate into the air and onto fresh food.


“Burning It Off” Isn’t Always Enough
A common misconception is that simply turning the grill on high heat sanitizes everything.
The problem?
Heat does not magically remove:

• rancid grease buildup
• charred carbon flakes
• grease hidden beneath burners
• mold growth inside the grill
• smoke toxins created from old residue

Instead, these materials continue reheating repeatedly, producing smoke and chemical compounds that your body still has to process.


Can Dirty Grills Cause Digestive Symptoms?
For some people — absolutely.
Symptoms may include:

• Bloating
• Trapped gas
• Left-sided abdominal discomfort
• Nausea
• Cramping
• Loose stools
• Reflux
• Stomach irritation

Many people experience what’s called “splenic flexure gas”, where trapped gas builds near the upper left side of the colon, causing pressure, cramping, or sharp discomfort after irritating foods.


The Problem With Burnt & Charred Residue
When grease and meat drippings repeatedly burn at high temperatures, compounds can form called:

• HCAs (Heterocyclic Amines)
• PAHs (Polycyclic Aromatic Hydrocarbons)

These are created especially during:

• excessive charring
• flare-ups
• smoke-heavy grilling
• repeatedly reheating old grease and carbon buildup

According to the National Cancer Institute, these compounds have been studied for their inflammatory and health effects when consumed frequently over time.
This doesn’t mean you should fear grilled food entirely — but it does mean how you grill matters.


Mold on Grills? Yes, Really.
Outdoor grills are the perfect environment for mold:

• moisture
• grease
• trapped food particles
• humid weather
• closed lids

Many grill manufacturers, including Weber, openly discuss mold buildup because it’s so common.
Unfortunately, people often never inspect underneath the grates where buildup hides.


Some Bodies Are More Sensitive Than Others
Not everyone reacts the same way.
Certain people may be more sensitive to:

• smoke exposure
• oxidized fats
• heavily charred foods
• high-fat meals
• histamine responses
• food residues
• environmental toxins

If your symptoms repeatedly occur after grilled meals, your body may simply have a lower tolerance for inflammatory triggers.


How Often Should a Grill Be Thoroughly Cleaned?
After Every Use:

• Brush grates
• Remove visible food debris
• Empty grease trays if needed

Deep Cleaning:
Every few months during heavy grilling season — or sooner if:

• the grill smokes excessively
• thick black buildup is visible
• grease is dripping heavily
• odors smell sour or rancid
• flakes are falling onto food

A deep clean should include:

• grates
• burners
• drip trays
• grease catchers
• flavorizer bars
• lid buildup
• ash and debris removal

Simple Ways to Reduce Digestive Irritation From Grilled Foods

• Clean grills regularly
• Avoid excessive charring
• Reduce flare-ups from dripping grease
• Marinate meats before grilling
• Grill at moderate temperatures
• Choose leaner cuts when possible
• Pair meals with digestive-supportive foods
• Stay hydrated
• Listen to your body’s responses

Your Body Is Always Communicating
Digestive symptoms are often brushed off as:
“Just gas.”
But recurring bloating, left-sided pain, stomach discomfort, or nausea after certain foods may be your body signaling inflammation, irritation, or digestive stress.
Pay attention to patterns.
Your symptoms are information — not inconvenience.


Final Thoughts
Grilling itself isn’t necessarily the enemy. But poor grill hygiene, excessive smoke exposure, rancid grease buildup, and heavily charred foods can absolutely contribute to digestive discomfort and inflammation for some individuals.
Sometimes small changes — like thoroughly cleaning the grill — can make a surprisingly big difference in how you feel afterward.
Your health is often built from the small things we repeatedly overlook.


Sources & Educational References:

• USDA Food Safety & Inspection Service
• National Cancer Institute
• Weber Grill Cleaning & Maintenance Recommendations
• FDA Food Safety Guidance

Rooted in Wellness,
Natasha B. 

Hormones do not operate in isolation. Every estrogen molecule your body produces, whether naturally or through Bioidentical Hormone Replacement Therapy (BHRT), must eventually be metabolized, transformed, and eliminated through highly complex detoxification pathways.

For some individuals, genetics, toxic burden, inflammation, poor gut health, impaired liver function, environmental exposures, and nutrient deficiencies may influence how efficiently these pathways work. When estrogen metabolism becomes imbalanced, certain estrogen metabolites may become more reactive within the body, contributing to oxidative stress and cellular dysfunction over time.
This is where genes such as CYP19A1 and CYP1B1 enter the conversation.


What Is BHRT?
Bioidentical Hormone Replacement Therapy (BHRT) uses hormones that are chemically identical to those naturally produced by the human body. BHRT is often used to support symptoms associated with:

• Perimenopause
• Menopause
• Hormonal decline
• Fatigue
• Sleep disturbances
• Mood changes
• Vaginal dryness
• Low libido
• Brain fog

Common hormones used include:

• Estradiol
• Progesterone
• Testosterone
• DHEA

While BHRT can provide significant symptom relief and improve quality of life for some individuals, it is important to understand that hormones interact with the body’s existing metabolic terrain.
The question is not simply:
“Are hormones good or bad?”
The deeper question becomes:
“How does this individual metabolize and eliminate hormones?”


Hormones Must Be Metabolized
Estrogen is not static. Once produced or supplemented, the body continuously breaks estrogen down into various metabolites through liver detoxification pathways.
These pathways are heavily influenced by:

• Genetics
• Nutrition
• Liver function
• Gut microbiome health
• Inflammation
• Toxic exposures
• Stress
• Body fat composition
• Methylation status

Two important enzymes involved in estrogen metabolism are:

• CYP19A1 (Aromatase)
• CYP1B1

CYP19A1: The Aromatase Gene
The CYP19A1 gene codes for the aromatase enzyme.
Aromatase converts:

• Testosterone → Estradiol
• Androstenedione → Estrone

This process is called aromatization.
Why Aromatase Matters
Excess aromatase activity may increase estrogen production in the body. Aromatase activity is often higher in:

• Adipose (fat) tissue
• Chronic inflammation
• Obesity
• Insulin resistance
• Aging
• Alcohol consumption
• Environmental endocrine disruption

This is one reason body fat is considered hormonally active tissue.
Higher estrogen production does not automatically mean disease will occur. However, if estrogen production exceeds the body’s ability to properly metabolize and eliminate it, an imbalance may develop.

CYP1B1: The Estrogen Metabolism Gene
Once estrogen exists in the body, it must be broken down.
The CYP1B1 enzyme converts estrogen into metabolites — particularly:

• 4-hydroxyestradiol (4-OH estrogen)

This pathway has gained attention because some estrogen metabolites are considered more reactive than others.

Estrogen Metabolites: Why They Matter
Estrogen can be metabolized into several pathways:

• 2-OH estrogens → often considered more protective
• 4-OH estrogens → more reactive
• 16-OH estrogens → stronger proliferative effects

The concern with excess 4-OH estrogen metabolites is that they may:

• Generate oxidative stress
• Form quinones/free radicals
• Interact with DNA
• Increase cellular stress when detoxification systems are impaired

Research continues investigating these pathways in relation to:

• Breast cancer
• Ovarian cancer
• Endometrial cancer
• Prostate cancer

This does not mean BHRT “causes cancer” in a simple or direct way.
Cancer development is multifactorial and influenced by:

• Genetics
• Inflammation
• Immune health
• Toxic burden
• Nutritional status
• Environmental exposures
• Detoxification capacity
• Lifestyle factors

The Missing Conversation: Detoxification Capacity
The body has built-in systems designed to neutralize reactive estrogen metabolites.
These include:

• COMT enzyme activity
• Methylation pathways
• Glutathione production
• Sulfation pathways
• Healthy bowel elimination
• Liver detoxification
• Antioxidant systems

If these systems become overwhelmed or impaired, estrogen metabolites may not clear efficiently.

Potential contributors include:

• Constipation
• Gut dysbiosis
• Chronic stress
• Nutrient deficiencies
• Mold/toxin exposure
• Heavy metals
• Alcohol excess
• Poor liver function
• Endocrine disruptors
• Lack of sweating/movement
• High inflammatory load

In some individuals, adding hormones to an already congested detoxification system may worsen underlying imbalances.

Environmental Estrogens & Endocrine Disruption
Modern life exposes individuals to countless xenoestrogens and endocrine-disrupting chemicals.
These may include:

• Plastics (BPA, phthalates)
• Pesticides/glyphosate
• Synthetic fragrances
• Conventional beauty products
• Water contaminants
• Certain cleaning chemicals

These compounds may mimic estrogenic activity and further burden detoxification pathways.

This is why supporting detoxification, reducing inflammatory exposures, and improving terrain health often becomes part of a comprehensive wellness approach.

Why “One-Size-Fits-All” Hormone Therapy Can Be Problematic
Two individuals may receive identical BHRT protocols but respond completely differently depending on:

• Genetics
• CYP enzyme activity
• Liver health
• Gut health
• Toxic burden
• Body fat composition
• Stress physiology
• Nutritional status

This is why personalized medicine matters.
Simply replacing hormones without assessing how the body processes and eliminates them may overlook an important piece of the puzzle.

Supporting Healthy Estrogen Metabolism Naturally
Research has explored the role of lifestyle and nutrition in supporting balanced estrogen metabolism, including:

Cruciferous Vegetables
Broccoli, kale, Brussels sprouts, cabbage, cauliflower
Contain compounds such as:

• Sulforaphane
• DIM
• Indole-3-carbinol (I3C)

This may support healthier estrogen metabolism pathways.

Fiber & Gut Health
Estrogen is partially eliminated through the digestive tract.
Poor gut health or constipation may contribute to estrogen recirculation within the body.

Liver Support
The liver plays a central role in hormone detoxification.
Supportive factors may include:

• Hydration
• Mineral balance
• Antioxidants
• Protein intake
• Reducing alcohol
• Reducing toxic burden

Sweating & Movement
Lymphatic circulation, sweating, exercise, and movement may support detoxification and inflammatory balance.

The Goal Is Balance — Not Fear
Hormones are not inherently harmful. Estrogen is vital for:

• Bone health
• Brain function
• Cardiovascular health
• Skin integrity
• Mood regulation
• Reproductive health

The concern is not estrogen itself — but rather:

• Hormonal imbalance
• Impaired metabolism
• Toxic overload
• Chronic inflammation
• Poor elimination pathways

A personalized, terrain-focused approach that considers genetics, detoxification capacity, lifestyle, nutrition, and environmental exposures may offer a more comprehensive view of hormone health.

Final Thoughts
BHRT may be life-changing for some individuals, but hormones do not function independently from the body’s detoxification systems.

Understanding genes such as CYP19A1 and CYP1B1 helps illustrate why two people can respond very differently to the same hormone therapy.
The future of hormone wellness may lie not only in replacing hormones, but in supporting the body’s ability to:

• Metabolize them properly
• Eliminate them efficiently
• Reduce toxic burden
• Restore systemic balance

True wellness is rarely about one hormone, one supplement, or one symptom.
It is about understanding the interconnected terrain of the entire body. 

THERMOGRAPHY:Thermography can serve as a valuable complementary tool when discussing BHRT, estrogen metabolism, and potential cancer risk patterns by helping identify areas of inflammation, vascular changes, lymphatic congestion, and hormonal stress responses within the body.


Because estrogen metabolism is influenced by detoxification pathways, liver function, genetics, and environmental exposures, thermography may help reveal functional patterns before structural changes are detectable. This non-invasive, radiation-free imaging approach can support a more proactive and individualized conversation surrounding hormonal balance, breast health, and whole-body wellness.


If you’ve ever felt like something is ‘off’ in your body but your labs keep coming back “normal,” thermography offers a deeper look into the body’s stress patterns and physiological changes from a functional perspective. Your body whispers before it screams — and early insight matters.


Whether you are currently on BHRT, considering hormone therapy, struggling with symptoms of estrogen dominance, or simply wanting a more proactive approach to your health, a thermography scan can help connect pieces of the puzzle that are often overlooked.

Now booking full-body and breast thermography scans at Be Well Earthbound & Thermography.

Your body tells a story — let’s uncover it together!
​
Rooted in Wellness,
Natasha B. 

Detoxification is far from a “new trend.” Long before modern pharmaceuticals, processed foods, and chemical-laden environments existed, civilizations across the world understood the importance of supporting the body’s natural ability to cleanse, restore, and heal itself.

From ancient herbal medicine and fasting rituals to hydrotherapy, mineral baths, and nutritional healing, detoxification practices have existed for thousands of years — rooted in the belief that health depends on balance within the body and harmony with the environment.

Ancient Foundations of Detoxification
Ancient Egyptians utilized purification rituals, fasting, herbal remedies, and bathing practices as part of both spiritual and physical healing. In Traditional Chinese Medicine (TCM), practitioners focused on balancing energy flow and supporting organ systems through herbs, acupuncture, movement, and food therapy.

Ayurvedic medicine in India, dating back over 5,000 years, developed structured cleansing practices known as Panchakarma, designed to support digestion, elimination, circulation, and overall vitality. Greek physicians such as Hippocrates emphasized that disease could stem from imbalance and poor lifestyle habits, promoting diet, movement, sweating, and bowel regularity as foundational to health.

Throughout history, many healing systems recognized the connection between the gut, liver, skin, lymphatic system, and overall wellness long before modern physiology fully mapped these relationships.

The Rise of Natural Healing in the 1800s
By the 1800s, natural healing practices became increasingly popular throughout Europe and the United States. During this era, hydrotherapy, herbal medicine, fasting, sun exposure, fresh air, and mineral therapies were commonly used in wellness clinics and sanatoriums.

Health pioneers such as:

• Vincent Priessnitz (hydrotherapy)
• Sebastian Kneipp (water therapy and herbal medicine)
• John Harvey Kellogg (nutrition and gut health)
• Sylvester Graham (whole-food dietary reform)

…promoted the idea that the body possesses an innate ability to heal when properly supported.

This period also saw growing awareness around sanitation, contaminated water, poor nutrition, and industrial pollution as contributors to illness. Detoxification practices are often centered around supporting elimination pathways through sweating, hydration, bowel health, and nutrient-dense foods.
Industrialization and the Shift Away from Natural Medicine
As the late 1800s and early 1900s ushered in industrialization and pharmaceutical advancements, healthcare began shifting toward symptom management and acute intervention medicine. While these advancements undoubtedly saved lives particularly in emergency care, infectious disease control, and surgery, many traditional wellness practices gradually became dismissed as “alternative.”

Processed foods became more common. Synthetic chemicals entered agriculture, household products, and personal care items. Sedentary lifestyles have increased. Environmental toxin exposure expanded in ways humanity had never previously encountered.

At the same time, many ancient or traditional detoxification concepts became overshadowed by the convenience of modern medicine and consumer culture.

The Modern World: A Higher Toxic Burden
Today, people are exposed to:

• Air pollution
• Pesticides and herbicides
• Plastics and microplastics
• Heavy metals
• Artificial food additives
• EMFs and chronic stress
• Endocrine-disrupting chemicals
• Processed foods and nutrient depletion

Modern research now confirms that the body’s detoxification systems, particularly the liver, kidneys, lymphatic system, digestive tract, skin, and lungs play essential roles in processing and eliminating waste products and environmental compounds.

At the same time, nutrient deficiencies, chronic inflammation, stress overload, poor sleep, and gut dysfunction may impair how efficiently these systems operate.

Why Detoxification Is Re-Emerging
As chronic illness rates continue rising, many individuals are searching for more preventative, root-cause-focused approaches to wellness. This has led to renewed interest in:

• Whole-food nutrition
• Fasting practices
• Herbal medicine
• Lymphatic support
• Sauna therapy
• Mineral replenishment
• Functional medicine
• Integrative and holistic therapies
• Reducing toxic burden in the home and environment

People are beginning to reconnect with the idea that wellness is not simply the absence of disease, but the result of supporting the body as a whole system.

Supporting the Body’s Natural Detoxification Pathways
True detoxification is not about “quick fixes” or extreme cleanses. The body already has sophisticated detoxification systems built in. The goal is to support those systems through sustainable lifestyle practices such as:
Hydration
Whole-food nutrition
Quality sleep
Stress management
Sweating and movement
Gut and liver support

Reducing environmental toxin exposure

Mineral and nutrient replenishment


A Return to Ancient Wisdom
In many ways, modern wellness is rediscovering what ancient healing systems understood centuries ago: the body functions best when given the proper tools, nourishment, and environment to thrive.

While science continues evolving, the growing interest in detoxification reflects a broader cultural shift — one that values prevention, education, and a deeper understanding of how lifestyle and environment influence long-term health.
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The conversation surrounding detoxification is no longer confined to ancient traditions. It is becoming part of a larger movement toward integrative wellness, informed self-care, and reconnecting with the body’s natural design for healing and restoration.

Rooted in Wellness, 
Natasha B.