• The Problem

  • How Odor Begins

Most solutions only cover the surface

Traditional deodorants and antiperspirants work by masking odor or blocking sweat—but they don't address where body odor actually begins: your gut.

This leaves your body vulnerable to

Temporary masking

Chemical buildup (Aluminum, synthetic frangrances)

Skin Irritation (Rashes, redness from alcohol and chemcials)

Surface-level protection

Interference with natural detox processes

Exposure to toxins and potential hormonal disruption

what's really inside deodorant?

Most deodorants coat your body in a chemical cocktail every day. These formulas often contain synthetic compounds, hormone disruptors, and skin irritants that your pores absord directly into your bloodstream. Over time, these substances affect hormone balance, detox pathways, and even your skin's microbiome — the natural ecosystem responsible for keeping your body balanced and fresh.

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 What's Inside 

Slide to see what's inside

what you're really putting on your body

Chemical buildup

Aluminum-based compounds and synthetic fragrances accumulate on the skin's surface and in pores, creating a barrier that traps bacteria and toxins rather than allowing your body to eliminate them naturally.

Aluminum compounds

The active ingredient in most antiperspirants, aluminum salts (aluminum chlorohydrate, aluminum zirconium) work by physically plugging sweat ducts. Research has raised concerns about aluminum accumulation in breast tissue and potential links to hormonal disruption, though studies are ongoing.

Parabens

These preservatives (methylparaben, propylparaben) mimic estrogen in the body and have been detected in breast tissue samples. They're known endocrine disruptors that can interfere with hormone function and reproductive health.

Phthalates

Often hidden under "fragrance" on ingredient lists, phthalates are linked to hormonal imbalances, reproductive issues, and developmental problems. They're banned in many countries but still common in U.S. personal care products.

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Skin irritation and sensitivity

Constant application of alcohol, parabens, and artificial fragrances disrupts your skin's natural pH balance, leading to irritation, rashes, and increased sensitivity over time.

Synthetic fragrances

The term "fragrance" can mask dozens of undisclosed chemicals, many of which are allergens, irritants, or potential hormone disruptors. These compounds accumulate in your body over time.

Triclosan

This antimicrobial agent disrupts thyroid function and contributes to antibiotic resistance. The FDA banned it from hand soaps but it still appears in some deodorant formulas.

Propylene glycol

A petroleum-based compound that can cause skin irritation and allergic reactions, particularly with repeated exposure.

What's Inside

Long term impact

Your underarms contain a high concentration of lymph nodes. When you block sweat production, you're interfering with one of your body's key detoxification pathways. Sweat isn't the enemy—it's how your body releases toxins. The odor is simply a sign that something deeper needs attention.

The long-term concern

While single exposures may seem minimal, consider this: you apply deodorant daily, often twice a day, for years or decades. This cumulative exposure, combined with absorption through compromised skin barriers, means these chemicals build up in your system over time. This is affecting not just your skin, but potentially your hormonal health, immune function, and overall wellbeing.

 

Continuous exposure to these ingredients can burden your body's detox systems, disrupt natural hormone function, and irritate the skin barrier; the very defense meant to protect you. Over time, that layer of "freshness" becomes a silent accumulation of toxins, irritants, and imbalance.

The solution

The answer isn't another layer of chemicals... it's a reset. Odor begins in your gut. REFRESH works from within to neutralize odor before it reaches your skin. By combining powerful, all natural ingredients including chlorophyll, organic parsley, peppermint, and activated charcoal, REFRESH helps your body regulate and detox naturally, supporting the systems traditional deodorant suppression.

 

Fight odor the same way it starts, your gut. Both body odor and most skin concerns are the result of your gut health and personal habits. By combining REFRESH with other factors like increased water intake and proper sleep, you have all the necessary elements to kickstart your body's reset and fight odor from within. 

How It Works

The Better Way

Refresh works with your body, not against it. Instead of blocking natural processes or exposing you to synthetic chemicals, we address odor at its true source—resetting your gut, eliminating toxins, and giving your body the support it needs to stay fresh naturally.

REFRESH

Traditional Deodorants + Sprays

Works naturally with your body

Traps bacteria and sweat causing buildup

Made from clean, plant-based ingredients

Contains aluminums and hormone disruptors

Neutralizes odor at the source

Masks odor temporarily

Supports detox and skin balance

Clogs pores and irritates skin

Free from fragrances, toxins, and alcohol

Filled with synthetic fragrances and parabens

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Get quick insights into the natural ingredients and unique benefits that make our matcha truly stand out.

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Your Daily Essentials

650

mg per serving

100%

natural ingredients

24hr

odor defense

90

day starter pack

Clean & Green Formula

Effective, Gentle Detox

Supports Radiant Skin
Title

How Odor Begins — and Why It Starts in Your Gut

Most people think body odor starts on the surface, but science shows the real story begins much deeper — in your gut.

Odor is not simply sweat. It’s a signal from within, shaped by what’s happening in your microbiome, metabolism, and digestive pathways. Here’s what modern research reveals.

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Odor Is Born in the Gut

When your gut microbiome becomes imbalanced, certain bacteria begin to overproduce volatile compounds — microscopic gases that carry strong smells once released through your breath, skin, or sweat. According to research from the American Society for Microbiology, gut microbes naturally generate small amounts of gases like hydrogen sulfide (H₂S) and methanethiol as part of digestion, especially when breaking down sulfur-rich amino acids from protein.
However, when the gut environment is disrupted — through diet, stress, or dysbiosis — these odor-producing pathways go into overdrive.

Hydrogen sulfide (H₂S)

gives a “rotten egg” odor; produced by sulfur-reducing bacteria in the colon (ASM, Hydrogen Sulfide in the Gut, 2023).

Trimethylamine (TMA)

forms when gut bacteria digest choline and L-carnitine from foods like eggs, red meat, and fish. Normally, the liver neutralizes TMA into TMAO, but when this process is impaired, TMA escapes through sweat and breath (NIH on Trimethylaminuria).

Volatile sulfur compounds (VSCs)

such as methyl mercaptan (CH₃SH), often linked to halitosis and systemic odor (PMC7215946, Volatile sulfur compounds and oral malodor).

Ammonia & amines

byproducts of protein metabolism, often rising with high-protein diets or poor digestion.

These gases don’t stay in your gut. They move.

Odor Molecules Enter the Bloodstream

Once formed, these volatile compounds can cross the intestinal wall and enter circulation — a process sometimes worsened by “leaky gut” or intestinal permeability. According to a review in Microbiome Journal (2018), volatile sulfur compounds, amines, and other odor precursors have low molecular weights that allow them to diffuse through intestinal tissue and travel via the bloodstream to excretory routes like sweat, urine, and breath.

 

In short: What begins in the gut doesn’t stay there — it spreads systemically.

Factors that increase odor diffusion:

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Imbalanced microbiome (dysbiosis):

overgrowth of odor-producing species such as Clostridium, Desulfovibrio, and Corynebacterium.

High-protein diets:

excess sulfur amino acids → more H₂S and ammonia.

Poor liver metabolism:

reduced conversion of odorants (e.g. TMA → TMAO).

Inflammation or permeability:

allows more compounds to escape into the bloodstream.

As Cleveland Clinic notes, odor arises when these internal molecules reach the skin or breath and interact with bacteria on the surface — the same reason traditional deodorant only masks, rather than solves, the root cause.

Odor Surfaces Through Skin and Breath

Once these compounds circulate, the body excretes them through sweat glands, pores, and respiration. Studies published in Microbiome Journal (2018) and Wiley Online Library (2021) highlight how the skin microbiome amplifies the issue: bacteria like Corynebacterium striatum and Staphylococcus hominis metabolize odor precursors into highly volatile acids and sulfurous molecules.

 

Common pathways of release:
    •    Eccrine sweat glands: release low-molecular volatiles (TMA, ammonia).
    •    Apocrine glands (underarms/groin): interact with skin microbes to form odorants such as isovaleric acid (cheesy smell) or sulfanylalkanols (onion-like smell).
    •    Exhalation: TMA and sulfur compounds exit through the lungs, causing halitosis-like odors.

 

Even the cleanest hygiene can’t stop this process — because it starts within.

The Triggers Behind Gut-Derived Odor

Modern lifestyle factors increase the internal load of odor-forming compounds.

 

Dietary & Lifestyle Contributors
    •    High-protein / high-choline diets (eggs, red meat, fish) → more TMA.
    •    Low-fiber intake → fewer beneficial bacteria that metabolize odor precursors.
    •    Alcohol & sugar → feed dysbiosis and gut inflammation.
    •    Stress → alters gut motility and microbial diversity.
    •    Dehydration → concentrates sweat and slows detoxification.

 

Research indicates that microbial diversity, dietary fiber, and hepatic enzyme efficiency all play major roles in determining whether odor molecules are neutralized or excreted unchanged.

The Reversal: How REFRESH Works from Within

REFRESH was designed to intercept odor at its origin — before it ever leaves your gut. Each ingredient serves a functional purpose in the “odor reversal chain.”

Odor-Causing Gases (H₂S, TMA, Mercaptans)

Ingredient: Activated Charcoal

 

How It Works: Activated charcoal binds to odor-producing molecules like hydrogen sulfide, trimethylamine, and mercaptans inside the gut before they can be absorbed into the bloodstream.

By capturing these compounds early, it prevents their release through sweat, breath, or pores.

 

Research: According to a clinical study published in Metabolic Disorders Journal (PubMed ID 15043988), activated charcoal significantly reduced urinary trimethylamine in participants with trimethylaminuria — confirming its ability to trap odor precursors within the digestive tract.

Circulating Odor Molecules & Oxidative Stress

Ingredient: Chlorophyll & Parsley Extract

How It Works: Chlorophyllin — the bioactive form of chlorophyll — acts as a natural internal deodorizer. It binds volatile amines and nitrogen compounds in the blood and digestive tract, transforming them into odor-neutral complexes.

Parsley enhances this effect with its chlorophyll content and digestive-supporting enzymes.

 

Research: Clinical findings in PubMed (24670123) show chlorophyllin reduces urinary and fecal odor intensity. Another study (PubMed ID 15043988) demonstrated its synergistic effect alongside activated charcoal for internal odor reduction.

Gut Imbalance & Excess Fermentation

Ingredient: Peppermint Leaf Extract

How It Works: Peppermint supports healthy digestion and microbial balance, helping to minimize the fermentation that creates odor-producing gases.

It also relaxes intestinal muscles, improving motility and reducing gas buildup.

 

Research: A controlled trial published in the Journal of Gastroenterology (2018) found that peppermint oil significantly reduced bloating and intestinal gas production in individuals with functional gut disorders — reinforcing its ability to reduce odor at the source.

Inflammation & Microbial Overgrowth

Ingredient: Zinc Gluconate + Vitamin C

How It Works: Zinc supports the integrity of the gut barrier, preventing volatile compounds from leaking into circulation (“leaky gut”).

Vitamin C adds antioxidant protection and helps restore balance to the gut microbiome, reducing systemic inflammation that fuels odor.

 

Research: Findings from BMJ Open Gastroenterology (2022) show zinc strengthens intestinal junctions and improves barrier health.

Paired with vitamin C’s immune-modulating effects, this duo helps seal the gut and stop odor molecules before they escape.

Outcome: Together, these ingredients create a layered system that binds, neutralizes, and balances from within. By reducing the internal load of odor precursors, REFRESH stops odor before it ever reaches the surface — leaving you clean, confident, and naturally fresh all day.

The End Result — The Internal Odor Shield

Together, these actions create what we call the “Internal Odor Shield” — stopping odor before it begins, while supporting a balanced, detoxified gut ecosystem.

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Why This Actually Works

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Trusted daily by happy users

"I didn't think a pill could actually work."

I've tried every deodorant on the market. Within two weeks, I stopped worrying about my smell completely. I wish I'd bought the 3-month pack from the start.

Emily R. | Los Angeles, CA

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"Game changer for someone who works out daily."

I'm a sweaty guy who lives at the gym. No odor after workouts anymore.. none. Even my girlfriend noticed the difference.

John T. | Austin, TX

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"I finally stopped overthinking it."

This gave me a confidence I didn't know I was missing. No more checking, no more worrying—just freedom. It's not a deodorant replacement, it's a life upgrade.

Sarah K. | Portland, OR

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