CBD & pathways
The endocannabinoid system: anandamide, 2-AG and the signalling map
A biochemical introduction to CB1, CB2, anandamide, 2-AG, FAAH and MAGL—and what an endocannabinoid pathway can and cannot tell us about hemp products.
Read article ↗MECHANISMS, EVIDENCE & QUESTIONS
Explore the science.
Biochemical pathways, compound formulae and human evidence, with original references and clear limits.
CBD & pathways
CBD molecular targets: TRPV1, 5-HT1A, PPAR-γ, GPR55 and adenosine
How cannabidiol is studied beyond CB1 and CB2, with receptor biology, chemical formulae and a careful separation of cell experiments from human evidence.
Read article ↗CBD & human evidence
CBD and nerve pain: what small human studies actually found
A balanced review of topical peripheral-neuropathy research, negative oral arthritis trials and why one customer story cannot establish a 100% result.
Read article ↗CBD & safety
CBD absorption, food effects and metabolism: why milligrams matter
Understand oral bioavailability, high-fat food effects, CYP enzymes, metabolites and why a 50 ml bottle is not a dose.
Read article ↗Formulation science
Inside Enki Hemp CBD Oil: CBD, peppermint, rosemary and sunflower
A transparent look at the four declared ingredients in Enki Hemp CBD Oil, what each compound is known for and what remains unknown without a batch certificate.
Read article ↗Essential oils
Peppermint oil, menthol and TRPM8: the science behind a cooling sensation
Learn how menthol activates TRPM8, how peppermint can affect calcium currents in gut tissue and why an IBS capsule trial does not validate an oil blend.
Read article ↗Essential oils
Rosemary oil research: 1,8-cineole, hair counts and the limits of aroma studies
A balanced guide to rosemary aroma, 1,8-cineole, the six-month comparative hair study and why an essential oil is not a guaranteed hair treatment.
Read article ↗Formulation science
Sunflower oil: the fixed carrier, fatty acids and the skin barrier
Why sunflower oil is a carrier oil rather than an essential oil, how linoleic and oleic acid shape its chemistry and what a small skin-barrier study found.
Read article ↗Essential oils
Lavender oil, linalool and calcium channels: what Silexan research does—and does not—show
Explore linalool, linalyl acetate, voltage-dependent calcium channels and the difference between a standardised oral lavender preparation and aromatherapy oil.
Read article ↗Essential oils
Eucalyptus oil and 1,8-cineole: airway pathways, NF-κB and evidence boundaries
Understand eucalyptol’s monoterpene chemistry, inflammatory signalling research and why a defined oral trial cannot validate inhaling or swallowing household oil.
Read article ↗Mushroom science
Lion’s Mane, erinacines, NGF and cognition: from mycelium to a small trial
Trace Lion’s Mane research from erinacine chemistry and nerve-growth-factor experiments to the 30-person mild-cognitive-impairment trial.
Read article ↗Mushroom science
Reishi and Ganoderma: β-glucans, triterpenes and immune-pathway claims
Explore Reishi polysaccharides, ganoderic acids, Dectin-1 signalling and the difference between immune research and a promise to “boost” immunity.
Read article ↗Mushroom science
Mushroom tinctures under the microscope: extraction, β-glucans and label quality
How hot-water and alcohol extraction change mushroom chemistry, why “dual extraction” needs numbers and which quality questions matter in Kenya.
Read article ↗CBD & formulation science
The “entourage effect” examined: what terpene studies support and question
Compare positive cannabimimetic terpene experiments with a study that found no CB1/CB2 entourage activity, and apply the lesson to a CBD blend.
Read article ↗Research literacy
How to read a botanical study without overpromising
A practical evidence guide for Kenyan buyers: study design, formulae, endpoints, effect sizes, safety signals and product comparability.
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