Ingredient Science Guide
Organic Premium Arabica Coffee Beans
100% Arabica · Shade-Grown · Air Roasted: For Enema Use Only
For enema use only • Not for oral consumption or drinking
Coffea arabica, a coffee species containing the diterpenes cafestol and kahweol, which have been studied in animal research for their potential effects on liver detoxification enzyme activity.
Air- or fluid-bed roasted for 6–8 minutes to help preserve chlorogenic acids (4.0–8.4% of dry weight) and coffee diterpenes.
Certified Organic, Mold-Free Tested, and Non-GMO.
What It Is
What Is Organic Arabica Coffee?
Coffea arabica is one of the two primary commercial coffee species, alongside Coffea canephora (Robusta). Arabica is typically cultivated at higher altitudes, between 600 and 2,000 meters, in cooler climates that support its distinctive flavor profile and naturally occurring bioactive compounds.
Wellness Extract’s Coffee Enema is made with 100% organic Arabica coffee beans. Carefully cultivated and processed, the coffee is certified Organic, and Mold-Free Tested, and Non-GMO.
Kahweol Palmitate
Arabica-Exclusive Diterpene: Not Found in Robusta
Kahweol palmitate is found almost exclusively in Coffea arabica. Robusta contains cafestol but essentially no kahweol, making Arabica the only practical source for both coffee diterpenes. A 1982 mouse study found cafestol and kahweol palmitate increased glutathione S-transferase (GST) activity in the liver; animal evidence only.[1]
Cafestol Palmitate
Shared Coffee Diterpene: Present in Arabica and Robusta
Cafestol palmitate appears in both Arabica and Robusta. Both cafestol and kahweol are present in the coffee bean's oily fraction and are removed by paper filters, which is why unfiltered preparations (and enema preparations) retain these diterpenes at much higher levels.
Coffea Arabica at a Glance
Reference Sheet
SpeciesCoffea arabica L.
Key DiterpenesKahweol palmitate + Cafestol palmitate
Chlorogenic Acids4.0–8.4% dry weight
Roast MethodAir/fluid-bed, 6–8 minutes
Product UseENEMA ONLY. Not for drinking
Chlorogenic Acids
4.0–8.4% Dry Weight: Primary Antioxidant Phenols
Chlorogenic acids (CGAs) are the primary antioxidant phenolic compounds in coffee. The dominant form is 5-caffeoylquinic acid (5-CQA). CGAs are partially degraded during roasting; lighter roasts preserve more total CGA content, which is why Wellness Extract uses air roasting at 6–8 minutes rather than drum roasting at 15–20 minutes.[2]
Key Compounds
The Active Components of Premium Arabica Coffee
For enema preparations specifically, the diterpenes (kahweol and cafestol) and chlorogenic acids are the compounds most relevant to the historical rationale behind coffee enema use. All evidence is noted by study type; much of it animal or in vitro.
Kahweol
Arabica-Specific Diterpene: GST Enzyme Activation (Animal)
What the research found
Animal Study: 1982A 1982 study found cafestol and kahweol palmitate from coffee oil increased glutathione S-transferase (GST) activity in the mouse liver. GST is a phase II detoxification enzyme that helps the liver conjugate toxins for excretion. This is the most-cited mechanistic finding related to coffee enema diterpenes. Evidence is animal only; human studies on rectal diterpene absorption are very limited.[1]
Chlorogenic Acids
Primary Antioxidant Phenols: 4.0–8.4% Dry Weight
What the research found
Analytical StudyCGAs are the primary antioxidant compounds in coffee. The dominant form is 5-caffeoylquinic acid (5-CQA). Well-studied for antioxidant activity in the context of oral coffee consumption. In enema use, the route of administration differs substantially; evidence for rectal CGA absorption and activity is not well established in peer-reviewed human trials.[2]
Cafestol
Shared Diterpene: Present in Both Arabica and Robusta
Cafestol palmitate is the more abundant of the two coffee diterpenes and has been studied alongside kahweol in the GST activation research. Both are removed by paper filtration, which is why unfiltered preparations and enema coffee preparations retain them at meaningful levels.
Air Roasting
6–8 Min Air/Fluid-Bed vs. 15–20 Min Drum Roasting
Air roasting applies more uniform heat at lower peak temperatures than drum roasting. Shorter roast time preserves more chlorogenic acids and diterpenes, and reduces formation of high-temperature byproducts associated with darker roasts. This is why Wellness Extract uses air roasting for enema-grade coffee.
Why Arabica
What Makes Arabica Distinct for This Application
Coffee enemas have a history in alternative wellness practice stretching back over a century. The specific rationale for using Arabica, and high-grade specialty Arabica specifically, relates to compound profile, sourcing quality, and processing method.
Species
Why Arabica: Not Robusta
The distinction
Species ChemistryCoffea arabica contains both cafestol and kahweol palmitate. Robusta (C. canephora) contains cafestol but essentially no kahweol. If kahweol is the specific diterpene of interest for an enema protocol, Arabica is the only commercially available species providing it. This species-level distinction is why enema protocols historically specify Arabica.[1]
Mold-Free Testing
Mycotoxin Testing Especially Important for Enema Use
Why it matters
Quality StandardMycotoxins, particularly ochratoxin A and aflatoxin B1, can be present in poorly stored or low-grade coffee. When coffee is used in an enema, the rectal mucosa absorbs substances differently from the digestive tract, and usual protective mechanisms of digestion do not apply. Wellness Extract tests each batch for mold and mycotoxins before production.
Processing
Air Roasting Preserves More Active Compounds
Why it matters
Processing ScienceAir/fluid-bed roasting at 6–8 minutes applies more uniform heat at lower peak temperatures than drum roasting at 15–20 minutes. Lighter roast profiles preserve more chlorogenic acids and diterpenes. Shorter roast time also reduces formation of acrylamide and other high-temperature Maillard byproducts associated with darker roasts.
Roast Grades
Three Air-Roasted Grades Available
All three grades are produced using air/fluid-bed roasting for 6–8 minutes. For enema use, lighter roasts are typically preferred in established protocols for higher active compound retention.
Roast Options
Three Air-Roasted Grades
| Roast Grade | Profile |
|---|---|
| Medium Air Roast | Balanced profile; standard choice for enema protocols; moderate acidity |
| Smooth Air Roast | Slightly darker; lower acidity; reduced chlorogenic acid vs. lighter grades |
| Feather Light Gold Roast | Lightest roast; highest CGA and diterpene preservation; most complex flavor |
All grades are produced with air/fluid-bed roasting at 6–8 minutes. For enema use, the Feather Light Gold Roast or Medium Air Roast are commonly preferred in protocols referencing lighter roasts. Always follow a qualified healthcare provider's specific guidance.
Product Details
Arabica Coffee Enema: Specifications
FOR ENEMA USE ONLY. Not for oral consumption.
| Specification | Details |
|---|---|
| Weight & Yield | 1 lb / 454 g per bag; ~28 preparations per bag |
| Species | 100% Coffea arabica |
| Certifications | Organic, Mold-Free Tested, Non-GMO |
| Roast Method | Air/fluid-bed, 6–8 minutes |
FOR ENEMA USE ONLY. Not intended for oral consumption or drinking. Always follow established coffee enema preparation protocols and consult a qualified healthcare provider before starting.
Quality Standards
Why Certifications Matter for Enema-Grade Coffee
When coffee is used in an enema preparation rather than drunk, quality standards take on additional significance, particularly for pesticide residues, mycotoxins, and processing hygiene.
Organic
No Synthetic Pesticides
Certified organic means no synthetic pesticides, herbicides, or chemical fertilizers. For enema use, minimizing pesticide residue in the preparation is a critical quality consideration that organic certification addresses.
Mold-Free Tested
Mycotoxin Screening
Each batch is tested for mycotoxins (ochratoxin A, aflatoxin B1) before production, a standard not consistently applied in commodity-grade coffee, and especially important for enema applications where digestive protective mechanisms don't apply.
Non-GMO
Verified Sourcing
While commercial Arabica is not currently available as a GMO crop, Non-GMO certification provides an additional layer of sourcing verification and traceability.
Wellness Extract Products
Organic Coffee Enema
Enema Use Only. Not for Drinking
Organic Coffee Enema | 100% Pure Arabica Beans for Detox & Liver Health
This premium organic coffee enema is made from specialty-grade Arabica beans, carefully crafted to support your detox routine and enhance overall wellness.
OrganicMold-Free TestedNon-GMO
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- Free shipping
- 30-day money-back guarantee
- Subscribe & save 20%
- COA available
Compound-Level Research
Studies Referenced for Key Coffee Compounds
Studies below are on specific compounds found in Arabica coffee, not on coffee enemas as a practice. No peer-reviewed human RCTs on coffee enemas are available for citation.
01
Cafestol & Kahweol Palmitate Increased GST in Mouse Liver
Classic diterpene study: cafestol and kahweol palmitate from coffee oil increased glutathione S-transferase in mouse liver. Animal evidence only.
[1]
02
Chlorogenic Acid Content of Arabica Coffee: 4.0–8.4% Dry Weight
Analytical characterization of CGA content across Arabica sources. Content varies by variety, altitude, and roast degree; lighter roasts preserve more CGAs.
[2]Frequently Asked Questions
Answers About Premium Arabica Coffee Enema
No. This product is sold and labeled for enema use only. It is not formulated, tested, or intended for oral consumption. While the beans are 100% organic Arabica and food-safe, the product is specifically offered as an enema preparation and should only be used in that context, following an established protocol under the guidance of a qualified healthcare provider.
Coffea arabica contains both cafestol and kahweol palmitate, the two coffee diterpenes studied (in animal models) for effects on liver glutathione S-transferase. Robusta contains cafestol but essentially no kahweol. If kahweol is part of the protocol rationale, Arabica is the only species providing it.
Lighter roasts preserve more chlorogenic acids and diterpenes, which are partially degraded at higher roast temperatures. Air roasting at 6–8 minutes preserves more active compounds than drum roasting at 15–20 minutes. The Feather Light Gold Roast retains the most, though established enema protocols vary in recommendations. Follow your healthcare provider's specific guidance.
Yes; coffee enemas carry real risks if performed incorrectly, including electrolyte imbalances, bowel injury, infection from improperly sterilized equipment, and adverse reactions to temperature or caffeine absorbed rectally. Coffee enemas are not recommended as routine practice by mainstream medical organizations. Always consult a qualified healthcare provider, follow established protocols exactly, and never use water that is too hot.
Source Transparency
References
Click any footnote [n] or this header to expand the full reference list.
[1]
Lam et al., 1982: Cafestol and kahweol palmitate increased GST in mouse liver, Cancer Research. Animal study only — View on PubMed
[2]
Badmos et al., 2019: Chlorogenic acid content of Arabica, 4.0–8.4% dry weight, Analytical study — View source
Disclaimer
These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. The information on this page is provided for educational purposes only and is not a substitute for professional medical advice. Always consult a qualified healthcare provider before starting any new supplement.
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