Garlic:
The Pharmacy
You Already Own.
Allicin — garlic’s primary active compound — does not exist in whole garlic. It is created the moment you crush it. The crushing is the pharmacological event. And allicin inhibits the same enzyme that statins block to lower cholesterol: HMG-CoA reductase. A 2026 meta-analysis of 108 studies confirmed garlic’s consistent effects on blood pressure, cholesterol, and triglycerides. The problem is that most people destroy allicin before it can act. This article explains how not to.
Garlic is in every Malaysian kitchen. It is in the tumis, in the rendang, in the sup, in the sambal. The Orang Asli used it. The Malay grandmother used it. The Chinese household used it. Every traditional food culture on earth arrived at garlic independently, across thousands of years, before any clinical trial existed to explain why.
The Wrong Default framework asks: what did the industrialised default remove that the body still expects? Garlic is a more complex question. It was never removed from the kitchen. But the way it is used has changed — and the way it is used determines whether the pharmacologically active compound ever forms at all. This is the article most garlic content never writes.
Before the compounds, the history, or the preparation methods — here is what stopped me when I researched this.
- Allicin does not exist in whole garlic. It is not there, dormant, waiting to be released. It does not exist at all until you crush or chop the clove. When you do, an enzyme called alliinase converts the compound alliin into allicin within seconds. The crushing is the pharmacological event. If you swallow a whole clove, you get almost no allicin. If you slice without crushing first, you get far less. This is the most important fact about garlic that almost nobody knows.
- Allicin — once formed — inhibits HMG-CoA reductase, the rate-limiting enzyme in cholesterol synthesis. This is the same enzyme that statin drugs block. Garlic does not work through the same binding mechanism as statins, but the biological target is shared. It also inhibits angiotensin-converting enzyme (ACE) — the same target as a class of blood pressure medications called ACE inhibitors.
- A 2026 meta-analysis of 108 studies confirmed that garlic consumption — raw, cooked, and supplemental — produces modest but consistent reductions in cholesterol, triglycerides, and blood pressure. The effects are most pronounced in individuals already at elevated cardiovascular risk. This is the largest single evidence review on garlic to date.
- Fresh garlic extract showed antimicrobial activity against MRSA (methicillin-resistant Staphylococcus aureus) — one of the most dangerous drug-resistant bacteria in the world — with molecular docking showing strong interaction between allicin and the PBP3 protein that penicillin targets. In some studies, garlic extract showed activity comparable to gentamycin against multidrug-resistant pathogens.
- The 10-minute rule: after crushing garlic, wait 10 minutes before cooking or consuming. This allows the alliinase reaction to complete and allicin to fully form. Once allicin has formed, it is significantly more heat-stable than the alliinase enzyme itself — meaning cooking after allicin has formed preserves far more activity than cooking immediately after crushing. Most people have never heard this. Most people have been cooking garlic wrong their whole lives.
The Most Studied Medicinal Plant in Human History
Over 3,000 publications have reported garlic’s antibacterial activity alone. It is not a new discovery. Every major civilisation that left written records wrote about garlic medicinally — not because they agreed with each other, but because they arrived at the same conclusions independently, across thousands of years, on separate continents.
- ~3000 BCEGarlic found in ancient Egyptian tombs. Workers building the pyramids were documented receiving garlic rations for strength and disease prevention. Ebers Papyrus (1550 BCE) lists 22 garlic-based remedies for cardiovascular conditions, tumours, parasites, and infections. The earliest written medical records for any food plant.
- ~500 BCEHippocrates prescribes garlic for respiratory problems, parasites, and poor digestion. Sanskrit texts document garlic in Ayurvedic medicine. Chinese medical texts describe garlic for respiratory illness and digestive conditions. Three independent medical traditions, same conclusion, no communication between them.
- 1858Louis Pasteur confirms that garlic has antibacterial properties. This is the first scientific confirmation of what traditional medicine had stated for 3,000 years. During World War I and World War II, garlic was used as an antiseptic for wound treatment when conventional antibiotics were unavailable — earning the name “Russian Penicillin.”
- 1944Chester Cavallito isolates allicin and names it — identifying for the first time the specific compound responsible for garlic’s antimicrobial activity. This establishes allicin as the primary active compound and opens the modern era of garlic research.
- 2020–2026Clinical research accelerates. Meta-analyses of dozens of RCTs confirm cardiovascular effects. Studies document allicin’s activity against MRSA and MDR bacteria via quorum sensing inhibition. The 2026 meta-analysis of 108 studies provides the most comprehensive evidence review to date. Over 5,000 total publications indexed on garlic’s bioactive compounds.
The Medicine in the Tumis. The Pharmacy Before the Pharmacy.
Bawang putih is so fundamental to Malaysian masakan that cooking without it is almost unthinkable. It is in the rempah for rendang. It is in the tumis for every curry. It is in the sambal, the sup, the laksa base. The Orang Asli used it medicinally — particularly as an antimicrobial for wounds and infections. Traditional Malay medicine (Perubatan Melayu Tradisional) documents garlic extensively for fever, infections, and cardiovascular complaints.
The Chinese Malaysian community has integrated garlic deeply into both kitchen and medicine chest for centuries. In Chinese traditional medicine, garlic (大蒜, dà suàn) is classified as warming in nature, beneficial to the spleen and stomach, and used for intestinal conditions, infections, and detoxification. The Indian Malaysian tradition uses garlic in Ayurvedic preparations for heart and circulatory conditions — a use now supported by the same clinical evidence that confirms the cardiovascular effects.
What the Wrong Default framework notices is this: garlic was never removed from the Malaysian diet. It is still there, in the kitchen, every day. The drift has been more subtle — in how it is prepared. The garlic that goes directly from knife to hot wok without the 10-minute wait loses most of its allicin before it can form. The garlic that is added whole to a broth never forms allicin at all. The medicine is still on the cutting board. The preparation is what changed.
How Allicin Is Made — and Why Most People Destroy It
Allicin does not exist in intact garlic. It is created by mechanical damage — crushing, chopping, or chewing.
Intact garlic cloves contain two separated components: alliin (a sulfur-containing amino acid) stored in the cell vacuoles, and alliinase (an enzyme) stored separately in the cytoplasm. When a clove is crushed or chopped, the cells rupture and these two compounds come into contact. Alliinase converts alliin to allicin within seconds.
The problem: alliinase is heat-sensitive. If garlic is cooked immediately after cutting, the heat destroys alliinase before the conversion can complete — and little to no allicin forms. But if you crush the garlic and wait 10 minutes first, the allicin fully forms before cooking begins. Allicin itself is significantly more heat-stable than alliinase. Once formed, it survives moderate cooking far better than the enzyme that made it.
The practical rule: Crush or finely mince. Wait 10 minutes. Then cook, or eat raw. This single change to how you prepare garlic determines whether you get the full pharmacological profile or a shadow of it. Most Malaysian kitchens — most kitchens everywhere — skip this step entirely.
Allicin is also unstable and begins to decompose into secondary compounds: ajoene, diallyl disulfide (DADS), diallyl trisulfide (DATS), and S-allylcysteine (SAC). These secondary compounds have their own documented biological activities — many of them significant. Aged black garlic and aged garlic extracts are particularly rich in SAC because the aging process drives this conversion.
Six Compounds — What Each One Does
The Primary Compound — Created at Crushing
The central bioactive compound. Formed only when garlic is crushed/chopped. Inhibits HMG-CoA reductase (cholesterol synthesis), inhibits ACE (blood pressure), antimicrobial against gram-positive and gram-negative bacteria including MRSA, inhibits platelet aggregation, antifungal. Unstable — rapidly converts to secondary compounds. Raw crushed garlic delivers the highest allicin yield.
The Stable Long-Term Compound
The primary active compound in aged garlic extract (AGE). SAC is water-soluble, heat-stable, and has excellent oral bioavailability. Antioxidant, neuroprotective, cardiovascular protective. Lowers blood pressure via NO (nitric oxide) release and ACE inhibition. The compound behind most of the aged garlic clinical trial results. Also found in black garlic.
Antiplatelet & Antifungal
Formed from allicin decomposition. Potent inhibitor of platelet aggregation — reduces clotting risk. Antifungal, including activity against Candida. Also demonstrated activity against quorum sensing in bacteria — disrupting bacterial communication and biofilm formation. More stable than allicin, meaning it persists longer after initial allicin formation.
Cardiovascular & Detoxification
DADS and DATS are secondary allicin decomposition products. Both demonstrate cardioprotective effects through NF-κB inhibition and antioxidant activity. DATS activates the Nrf2/HO-1 pathway — supporting phase II detoxification enzymes. Both are more heat-stable than allicin and survive cooking better. Present in cooked garlic even when allicin has been lost.
The Precursor — Present in Whole Garlic
The sulfur-containing amino acid that is always present in intact garlic. Alliin itself has some biological activity: reduces blood triglycerides, boosts HDL cholesterol, and inhibits myocardial lipid accumulation. Does not require crushing to provide benefit, though its conversion to allicin via alliinase produces the more potent active form.
Anti-inflammatory Support
Garlic contains quercetin and related flavonoids alongside its sulfur compounds. Quercetin contributes anti-inflammatory activity, ACE inhibition, and antioxidant capacity that works synergistically with the organosulfur compounds. The full spectrum of garlic’s activity requires the combination of sulfur compounds and flavonoids working together — which is why whole food garlic consistently outperforms isolated allicin supplements.
What the Human Trials Actually Found
Modest but consistent reductions in cholesterol, triglycerides, and blood pressure — most pronounced in high-risk individuals.
The largest single evidence review on garlic to date examined data from 108 studies across raw, cooked, and supplemental garlic consumption. Individuals consuming garlic in any form experienced modest reductions in cholesterol, triglycerides, and blood pressure. Effects were more pronounced among individuals already at elevated cardiovascular risk. Researchers attributed these effects primarily to allicin’s ability to relax blood vessels via nitric oxide and reduce angiotensin II production — a mechanism comparable to certain antihypertensive pharmaceutical treatments.
Aged garlic significantly reduced systolic blood pressure by 2.49 mmHg and LDL by 4.41 mg/dL.
A systematic review and meta-analysis of 19 clinical trials on aged garlic (AGE) found statistically significant reductions in systolic blood pressure (SBP: −2.49 mmHg) and LDL cholesterol (−4.41 mg/dL). The effects on diastolic blood pressure and HDL were not statistically significant. Subgroup analysis found AGE was most effective in lowering blood pressure in individuals with existing cardiovascular disease, and most effective in individuals aged 50–60. No significant effect was observed in those over 60.
Honest context: A 2.49 mmHg reduction in SBP is modest. To put it in perspective: every 2 mmHg reduction in SBP is associated with approximately 7% lower stroke mortality and 4% lower coronary artery disease mortality at the population level. Modest per person. Meaningful at scale.
Aged garlic extract produced significant additional blood pressure reduction in patients already on antihypertensive medication.
This is particularly clinically significant. In subjects who were already on drug therapy for grade I hypertension, adding aged garlic extract produced a statistically significant further reduction in blood pressure. The mechanisms identified: nitric oxide release, enhanced antioxidant capacity, reduction of uric acid, and ACE inhibition. Garlic was working additively alongside the medication — not instead of it. This is the complementary use case that the evidence supports most clearly.
Against MRSA: strong molecular docking interaction. Against MDR pathogens: comparable to gentamycin in some lab studies.
Fresh garlic extract has demonstrated antibacterial activity against methicillin-resistant Staphylococcus aureus (MRSA) in laboratory settings. Molecular docking analysis revealed a strong interaction between allicin and PBP3 — the same penicillin-binding protein that beta-lactam antibiotics target. Against Klebsiella pneumoniae, E. coli, and Pseudomonas aeruginosa (major MDR pathogens in healthcare settings), garlic extract showed bactericidal activity in some studies comparable to gentamycin.
Critical context: These are in vitro (laboratory) results. Achieving the concentrations used in lab studies through dietary garlic consumption in a living body is a completely different challenge. The antimicrobial evidence is real and promising — particularly the quorum sensing and biofilm inhibition mechanisms, which do not require high concentrations to function. But this does not mean garlic replaces antibiotics for serious infections.
Largest garlic evidence review to date. Consistent modest reductions in cholesterol, triglycerides, and BP across all garlic forms.
Statistically significant systolic blood pressure reduction from aged garlic. 19-trial meta-analysis. Most effective in 50–60 age group.
Statistically significant LDL reduction. Same 19-trial meta-analysis, Wiley 2025. Subgroup: significant TG reduction in CVD patients.
Crush garlic. Wait 10 minutes for allicin to form. Then cook or eat. The most important practical finding in this entire article.
Getting the Most From the Garlic Already in Your Kitchen
Six Ways to Use Garlic — From Most to Least Allicin
The preparation method determines the pharmacological profile. Here is what each method delivers.
Crush or finely mince. Wait 10 minutes. Eat raw.
This delivers the highest possible allicin content. One clove of garlic yields approximately 5–9mg of allicin when properly crushed and allowed to fully form. Eat with food to reduce stomach irritation. Mix into sambal, ulam dressings, or squeeze into lime-based dipping sauces. This is the method closest to how traditional medicine used garlic medicinally.
If raw garlic is too pungent: chop finely, mix with a teaspoon of olive oil or coconut oil, and eat with food. Fat slightly slows allicin absorption but does not reduce the yield.
Crush garlic. Wait 10 minutes. Then add to hot wok or pot.
This single change to the standard tumis method dramatically increases the allicin that survives cooking. Once allicin has formed, it is significantly more heat-stable than the alliinase enzyme. Some allicin is lost to heat, but far less than when garlic goes straight from knife to pan uncrushed.
For everyday Malaysian cooking: crush or mince your garlic, set it aside for 10 minutes while you prepare other ingredients, then add it to the hot oil. The food tastes identical. The pharmacological profile is significantly better.
Aged black garlic — high in SAC, low in allicin, excellent bioavailability.
Black garlic is produced by fermenting whole garlic bulbs at controlled temperature and humidity over several weeks. The allicin converts to S-allylcysteine (SAC) and other stable compounds. The result: no pungent odour, no raw garlic burn, excellent oral bioavailability, and the compound most studied in aged garlic clinical trials (SAC).
For those who cannot tolerate raw garlic due to GI sensitivity, black garlic is the superior option. It is now available in most Malaysian supermarkets and health stores. Clinical evidence from the AGE trials is largely based on SAC-rich preparations like this.
Crush garlic. Wait 10 minutes. Submerge in raw honey. Infuse 3–7 days.
A traditional preparation found across multiple cultures. Allicin forms upon crushing, then gradually converts to secondary compounds during infusion. The honey provides additional antimicrobial activity (hydrogen peroxide production) and acts as a preservative. The infused honey retains organosulfur compounds including ajoene and DADS.
Use: one teaspoon of the infused honey plus one clove equivalent of garlic daily. Good for colds, throat irritation, and as a general immune support protocol. The honey significantly reduces the pungency and GI irritation of raw garlic.
Standardised aged garlic extract capsules: 600–1,200mg per day.
This is the form used in most of the clinical trials showing blood pressure and cholesterol effects. AGE is odourless, standardised to SAC content, and has predictable bioavailability — unlike raw garlic where allicin yield varies with crushing method, garlic age, and variety.
For targeted cardiovascular or blood pressure support: AGE is the most evidence-backed supplemental form. The 2023 triple-blind RCT used this form in hypertensive patients on drug therapy. The 19-trial meta-analysis examined AGE specifically. If using a supplement, look for SAC content on the label.
The lowest allicin option — but not without benefit.
Roasting whole garlic cloves caramelises the sugars, develops flavour, and produces a soft, spreadable texture. The alliin-to-allicin conversion barely occurs because the heat destroys alliinase quickly. However, alliin itself has documented benefits (HDL, triglycerides, myocardial protection), and the flavonoid content survives roasting well.
Whole roasted garlic is the flavourful, tolerable, low-pharmacological-burden option. Ideal for those with sensitive stomachs or who find raw garlic unpleasant. Spread on bread, blend into soups, or mix into mashed vegetables. Better than no garlic. Not equivalent to properly prepared raw garlic.
What Is True, What Is Overstated, and What You Are Probably Getting Wrong
“I cook with garlic every day so I am already getting the benefits.”
Cooking with garlic daily gives you alliin, flavonoids, and the heat-stable secondary compounds (DADS, DATS). These have genuine benefit. But if you are adding garlic directly from knife to hot wok — which most people do — the alliinase enzyme is destroyed by heat before allicin can form. The most potent compound never appears. The fix is simple: crush and wait 10 minutes first. Everything else about your cooking stays the same. This single change is the most impactful practical modification in this entire article.
“Garlic supplements are as good as fresh garlic.”
Aged garlic extract (AGE) standardised to SAC content is the most clinically studied supplemental form and has strong trial evidence for blood pressure and cholesterol. It is NOT equivalent to raw garlic for allicin content — the aging process converts most allicin to SAC and other compounds. Garlic powder supplements vary enormously in allicin yield — one study found the amount of active allicin actually delivered by commercial supplements ranged from zero to therapeutic levels with no reliable way to tell from the label. For cardiovascular goals: AGE with documented SAC content is the consistent choice. For antimicrobial goals: fresh crushed garlic is what the research uses. They are different tools for different purposes.
“Garlic cures high blood pressure.”
The evidence for garlic reducing blood pressure is real — the 19-trial meta-analysis showed −2.49 mmHg SBP for aged garlic. The 2023 triple-blind RCT showed garlic working additively with antihypertensive medication in grade I hypertension. The mechanisms are well-understood: NO release, ACE inhibition, antioxidant capacity. But “cure” implies complete normalisation. A 2.49 mmHg reduction is clinically meaningful at the population level but does not replace medication for someone with established hypertension. The evidence supports garlic as an adjunctive tool — alongside medication and dietary change, not instead of them. Never stop blood pressure medication without your doctor.
“Garlic is a natural antibiotic — take it instead of prescribed antibiotics.”
Garlic has real, documented antimicrobial activity. Allicin disrupts bacterial membranes, inhibits quorum sensing, and prevents biofilm formation. Some lab studies show activity against MRSA and MDR pathogens. But “active in vitro at laboratory concentration” is not the same as “achieves therapeutic concentration in an infected tissue in a living human.” The concentrations used in lab studies are extremely difficult to replicate through dietary consumption. Delaying or refusing prescribed antibiotic treatment for a serious bacterial infection in favour of garlic is dangerous and could allow infection to progress to sepsis. Garlic’s antimicrobial properties are genuinely promising for future research and as a supportive food. They do not replace prescribed antibiotics for acute infection.
“More garlic is always better.”
At normal culinary amounts (1–3 cloves per day), garlic is safe and beneficial for most people. At high supplemental doses, allicin’s sulfur compounds can cause gastrointestinal irritation, heartburn, and nausea. More critically: high-dose garlic significantly inhibits platelet aggregation — if you are on warfarin, aspirin, clopidogrel, or any anticoagulant, therapeutic doses of garlic can increase bleeding risk. One study found garlic oil at 50 mg/kg significantly prolonged bleeding time and thrombin time. This is not a theoretical risk. The dose-response relationship for garlic’s antiplatelet activity is real.
“Eating garlic every day actually makes a difference to long-term health.”
The 2026 meta-analysis of 108 studies confirms this. Regular garlic consumption across all forms is associated with modest but consistent improvements in cardiovascular risk markers. The 3-month aged garlic trial showed increased gut microbiome diversity and Lactobacillus abundance. The gut microbiome finding matters — garlic acts as a prebiotic, feeding beneficial bacteria and improving the Firmicutes/Bacteroidetes ratio (the dysbiotic pattern associated with obesity and metabolic disease). Consistency over months, not heroic doses, is what produces the cumulative effect. One or two properly prepared cloves daily, consistently, for years — this is what the evidence supports.
What is well-documented: Garlic is the most researched medicinal food plant in human history with over 5,000 publications. The cardiovascular effects — modest reductions in SBP, LDL, and triglycerides — are consistently replicated across meta-analyses. The mechanisms are well-understood: HMG-CoA reductase inhibition, ACE inhibition, nitric oxide production, platelet aggregation inhibition, and antioxidant activity. Antimicrobial activity against a broad range of bacteria including MDR strains is documented in laboratory settings. Gut microbiome modulation (3 months of AGE increases Lactobacillus and microbiome diversity) has clinical evidence. The 10-minute crush-and-wait rule is chemistry, not theory.
What requires honest qualification: The blood pressure effect (−2.49 mmHg) is modest and insufficient as standalone hypertension treatment. No long-term trial has demonstrated garlic supplementation reduces rates of heart attack or stroke as hard clinical endpoints — only intermediate markers. Antimicrobial evidence is primarily in vitro; achieving therapeutic concentrations through diet is not established. Supplement quality is highly variable with no reliable allicin delivery guarantee from most commercial products. The evidence is strongest for aged garlic extract (SAC-standardised) for cardiovascular effects, and for freshly crushed raw garlic for antimicrobial and maximum allicin effects.
The bottom line: Garlic is not a drug. It is a food with a pharmacological profile that has been validated across thousands of years of use and thousands of published studies. Used correctly — properly prepared, consistently, at realistic amounts — it earns its place in a health-conscious kitchen. The preparation matters more than the quantity. The 10-minute rule is the most important thing in this article.
Blood-thinning medications: Garlic significantly inhibits platelet aggregation. If you are on warfarin, aspirin, clopidogrel, or any anticoagulant or antiplatelet drug, do not begin high-dose garlic supplementation without consulting your doctor. Regular culinary amounts are generally safe; therapeutic doses are a different matter.
Before surgery: Stop garlic supplements at least 7–10 days before any surgical procedure due to antiplatelet effects and potential impact on anaesthesia.
Hypoglycaemia risk: Garlic has mild blood sugar-lowering effects. If you are on insulin or oral hypoglycaemic medications, monitor your blood glucose when increasing garlic consumption significantly.
IBS and digestive sensitivity: Raw garlic is high in fructans (a type of FODMAP) and can trigger bloating, gas, and abdominal discomfort in people with IBS or fructan sensitivity. Black garlic and aged garlic extract are much better tolerated by those with digestive sensitivity.
Drug interactions: Garlic may interact with HIV protease inhibitors (reducing drug levels), saquinavir specifically has documented interaction. Inform your doctor of regular garlic supplement use if on any medication. Statements here have not been evaluated by any regulatory authority and are not intended to diagnose, treat, cure, or prevent any disease.
References & Sources (click to expand)
- Fejes, I. et al. (2024). Exploring the health benefits of raw white garlic consumption in humans: a mini review. Frontiers in Nutrition, PMC11392787. [Allicin formation mechanism, cardiovascular protection pathways, HMG-CoA reductase inhibition]
- Sánchez-Gloria, J.L. et al. (2022). Therapeutic potentials of allicin in cardiovascular disease: advances and future directions. Chinese Medicine, 19:93. PMC11218272. DOI: 10.1186/s13020-024-00936-8.
- Fu, Z. et al. (2023). Effects of garlic supplementation on components of metabolic syndrome: a systematic review, meta-analysis, and meta-regression of randomized controlled trials. BMC Complementary Medicine and Therapies, 23:260. DOI: 10.1186/s12906-023-04038-0.
- Serrano, J.C.E. et al. (2023). Antihypertensive Effects of an Optimized Aged Garlic Extract in Subjects With Grade I Hypertension and Antihypertensive Drug Therapy: A Randomized, Triple-Blind Controlled Trial. Nutrients, 15(17):3691. DOI: 10.3390/nu15173691.
- Vila-Nova, T.M.S. et al. (2024). Effect of Aged Garlic Extract on Blood Pressure and Other Cardiovascular Markers in Hypertensive Patients and Its Relationship With Dietary Intake. Journal of Functional Foods, 112:105931. DOI: 10.1016/j.jff.2023.105931.
- Bahadoran, Z. et al. (2025). The Effect of Aged Garlic Supplementation on Blood Pressure and Lipid Profile: A Dose-Response Grade-Assessed Systematic Review and Meta-Analysis of Randomized Controlled Trials. Phytotherapy Research. DOI: 10.1002/ptr.70032. [−2.49 mmHg SBP, −4.41 mg/dL LDL; 19 trials]
- Frontiers in Nutrition (2025). Meta-analysis on the safety and efficacy of long-term garlic consumption as an adjunctive treatment for hypertension. DOI: 10.3389/fnut.2025.1656809.
- yourNEWS / Multiple sources (2026). Large Review Finds Garlic Intake Linked to Modest Drops in Cholesterol and Blood Pressure. [2026 meta-analysis of 108 studies]
- Bhatwalkar, S.B. et al. (2021). Antibacterial Properties of Organosulfur Compounds of Garlic (Allium sativum). PMC8362743. [MRSA, MDR activity, quorum sensing inhibition, biofilm disruption]
- Sobolewska, D. et al. (2021). Antibacterial properties of Allium sativum L. against the most emerging multidrug-resistant bacteria and its synergy with antibiotics. Archives of Microbiology. PMC8205873. DOI: 10.1007/s00203-021-02248-z.
- Talib, W.H. et al. (2024). Allicin and Cancer Hallmarks. Molecules, 29(6):1320. DOI: 10.3390/molecules29061320.
- Frontiers in Pharmacology (2025). Mini-review: The health benefits and applications of allicin. DOI: 10.3389/fphar.2025.1715922.
- Ried, K. et al. (2018). Aged garlic extract supplementation increases gut microbiome diversity and Lactobacillus. Clinical trial, 3 months. [Gut microbiome modulation]
- Lawson, L.D. & Gardner, C.D. Composition, stability, and bioavailability of garlic products used in a clinical trial. [Allicin yield variability in commercial supplements]