Herbal Remedies for Hair Loss & Male Pattern Baldness

Shedding 50 to 100 hairs a day is normal. Losing noticeably more than that, or watching your part widen over a few months, is worth taking seriously. Hair is metabolically expensive and biologically optional, so follicles are among the first tissues the body downgrades when something systemic goes wrong. That makes hair a useful early signal.

This guide covers what drives hair loss, starting with thyroid function and the hormones that track alongside it, then moving through nutrition, stress, scalp health, and the herbs and topicals I use. Where the research is strong, I say so. Where it is thin or comes from rodents, I say that too.

Key Takeaways

• Normal shedding is 50 to 100 hairs per day. Diffuse thinning, a widening part, or clumps in the drain point to something systemic rather than a hair problem.
• Pattern hair loss is usually explained as a DHT problem. Androgens are involved, but low thyroid function, elevated cortisol, high prolactin, and estrogen all act on the same follicle cycle, and all four have direct experimental evidence behind them.
• Bald scalp shows elevated prostaglandin D2, an inflammatory lipid derived from polyunsaturated fat. This puts inflammation and fat quality inside the mechanism rather than beside it.
• Rosemary matched 2% minoxidil over six months in one trial of 100 people. The compound responsible for blocking DHT is found in rosemary leaf extract, not in steam-distilled essential oil, which changes how you should prepare it.
• Follicles need protein, iron, zinc, vitamin A, B vitamins, and iodine. Food sources are better absorbed than isolated synthetics, and absorption matters as much as intake.
• Follicles cycle over months, so give any approach 3 to 6 months before judging it.

I do not provide medical advice. This article is educational only and is not intended to diagnose, treat, cure, or prevent any condition. Hair loss can signal a serious underlying issue, so please discuss significant changes with a qualified healthcare provider, and never stop or adjust a prescribed medication without medical guidance.

Hair cycle Why we lose hair Inflammation Scalp environment Feed your follicles Topical remedies Scalp routine Herbs FAQ Sources

How the Hair Cycle Actually Works

Every follicle runs on an independent three-phase cycle, and understanding it explains why results take so long.

• Anagen is the growth phase. On the scalp it lasts two to seven years, which is what determines your maximum hair length. Roughly 85 to 90% of your follicles are in anagen right now.
• Catagen is a short regression phase of two to three weeks. The follicle detaches from its blood supply and shrinks.
• Telogen is rest, lasting about three months. At the end of it the old hair is released and a new one starts.

Almost every cause of hair loss works by shortening anagen, pushing follicles into catagen early, or holding them in telogen longer than they should be. This is why a stressful event in March shows up as shedding in June. It is also why regrowth takes months. The follicle has to finish its rest phase before it can start over, no matter how good your diet or scalp care is.

In pattern hair loss, something further happens. Each cycle produces a slightly finer, shorter hair than the one before, a process called miniaturization. Thick terminal hairs are gradually replaced by fine vellus hairs, and eventually by nothing. Miniaturization is reversible in its early stages and much harder to reverse once the follicle has been dormant for years, which is the main argument for acting early.

Why We Lose Hair

Hair loss almost never has a single cause. It usually has one dominant driver sitting on top of two or three contributors, and identifying yours matters because the support for thyroid-driven shedding looks nothing like the support for a fungal scalp problem.

Thyroid Function Comes First

Both underactive and overactive thyroid cause hair loss, and thyroid is where I start with anyone who is shedding without an obvious trigger. This is not a soft association. Researchers cultured human scalp follicles and added T3 and T4 directly, and the hormones extended the growth phase, increased proliferation of hair matrix cells, and stimulated pigment production. The follicles also transcribed the deiodinase enzymes that convert T4 into active T3, meaning they process thyroid hormone locally.

Low thyroid tends to produce dry, brittle hair with diffuse thinning across the whole scalp rather than a receding hairline. Thinning of the outer third of the eyebrows is a classic accompanying sign, though it is not universal. Low thyroid also overlaps heavily with PCOS, so if you have been given a PCOS diagnosis and are losing hair, get a full thyroid panel rather than TSH alone.

My view, which is a view and not a settled fact, is that subclinical low thyroid is far more common than current diagnostic thresholds capture. Plenty of people sit inside the reference range with cold hands, a resting pulse in the fifties, stubborn weight, and thinning hair. The reference range describes a population, not an individual optimum.

Cortisol and Chronic Stress

The stress connection has a specific mechanism. In a 2021 study, researchers showed that corticosterone, the rodent equivalent of cortisol, holds follicle stem cells in an extended resting phase. It does this indirectly, by acting on the dermal papilla to suppress a signaling factor called GAS6. Remove the adrenal source of the hormone and follicles cycle more often across the animal's whole life. Restore GAS6 in stressed animals and hair growth resumes despite the high stress hormone.

Chronic stress also suppresses thyroid conversion, raises prolactin, and diverts protein, iron, and B vitamins toward organs the body considers non-negotiable. Traditional Chinese Medicine describes this pattern as liver fire rising, with heat and stagnation disrupting flow to the scalp. The language is different, the observed pattern is not.

Prolactin

Prolactin is the hormone most often left out of hair loss conversations, and it belongs in them. Human scalp follicles both produce prolactin and carry receptors for it. When researchers treated cultured human follicles with high-dose prolactin, hair shaft elongation slowed, the follicles entered regression early, and cell death in the hair bulb increased. Prolactin and its receptor become more visible in tissue exactly during the transition from growth to regression.

This explains hair loss in people with elevated prolactin, and it matters for postpartum women, whose prolactin is high by design. Estrogen raises prolactin. Low thyroid raises prolactin. Chronic stress raises prolactin. The three most common drivers of hair loss all converge on the same hormone.

Estrogen

Estrogen has a reputation as the hair-friendly hormone, which does not match the experimental record. Topical 17-beta-estradiol applied to mouse skin arrests follicles in the resting phase and produces prolonged growth suppression, and an estrogen blocker pushes resting follicles back into growth ahead of controls. The estrogen receptor sits in the dermal papilla, the cell cluster that directs the whole cycle, and its expression peaks during the resting phase.

Ray Peat drew on this line of research to argue that estrogen, prolactin, and cortisol drive hair loss while testosterone supports thick terminal hair. I think that framing is directionally useful and overstated at the edges. The estrogen data in rodents is solid. The human picture is more complicated, since estrogen receptor alpha and beta appear to have opposing effects on the same follicle, and clinical outcomes with estrogen therapy are inconsistent. Treat it as a real mechanism rather than the whole answer.

DHT: Real, but Not the Whole Story

Dihydrotestosterone is the standard explanation for pattern baldness. In genetically susceptible follicles, DHT binds androgen receptors in the dermal papilla and drives miniaturization with each successive cycle. The evidence for androgen involvement is strong. Men born with 5-alpha-reductase deficiency do not develop pattern baldness, and drugs that block the enzyme slow the process in trials.

The model is also incomplete, for three reasons. Circulating DHT levels in balding men are not reliably higher than in non-balding men, which points to receptor sensitivity rather than hormone excess. Women develop pattern thinning at high rates after menopause without male androgen levels. And blocking 5-alpha-reductase blocks more than DHT, since the same enzyme produces allopregnanolone and other calming neurosteroids from progesterone, which is the plausible basis for the persistent sexual and mood effects some men report after stopping finasteride.

The useful synthesis is that androgen sensitivity sets the pattern of loss while metabolic state sets the pace. Two people with identical follicle genetics will not lose hair at identical rates if one has good thyroid function and the other does not.

Postpartum Shedding

During pregnancy, high hormone levels hold an unusually large share of follicles in the growth phase, which is where the thicker pregnancy hair comes from. After birth those levels fall sharply and all of those follicles enter the resting phase at once. Three months later they release together, which is why postpartum shedding tends to arrive around month three or four and can look alarming.

The synchronization is normal and self-correcting. What is not normal is shedding that keeps going past nine or twelve months, which usually means the underlying mineral and protein stores were never replenished. Pregnancy and lactation both prioritize the baby over the mother. Stopping a prenatal the week after delivery is one of the most common reasons postpartum shedding becomes postpartum thinning.

Inflammation, Prostaglandins, and Fat Quality

This is the part of the picture that has changed most in the last fifteen years, and it links diet to follicles more directly than anything else in this article.

In 2012, a research team compared bald and haired scalp from the same men and found that the enzyme prostaglandin D2 synthase was elevated in bald scalp at both the gene and protein level, with prostaglandin D2 itself elevated to match. They then showed that PGD2 inhibits growth in cultured human follicles, that mice engineered to overproduce it develop miniaturization and hair loss resembling the human condition, and that the effect runs through a specific receptor called GPR44.

Here is why that matters for your kitchen. Prostaglandins are made from arachidonic acid, a long-chain polyunsaturated fat. The substrate pool is influenced by dietary fat composition, which is the mechanistic bridge between the modern seed oil load and follicle inflammation. Ray Peat argued for years that excess polyunsaturated fat suppresses thyroid function and feeds inflammatory prostaglandin production, and the PGD2 finding fits that argument well.

I want to be clear about the limits. No trial has tested whether reducing dietary polyunsaturated fat improves hair growth in humans. The connection is mechanistic and plausible rather than demonstrated. What it does support is the general case for cooking with butter, tallow, ghee, and coconut oil instead of soybean, canola, corn, and sunflower oil, which has plenty of other reasons behind it.

Alongside prostaglandins, ordinary chronic inflammation from autoimmunity, gut dysbiosis, unresolved infection, or environmental toxins damages follicle cells and disrupts the cycle. Pattern hair loss also tracks with insulin resistance and metabolic syndrome in observational studies, which is more support for treating it as a systemic condition with a visible symptom.

The Scalp Environment

Microbiome and Sebum

Your scalp carries its own microbial community, and it depends on sebum to stay stable. Harsh surfactants like sodium lauryl sulfate, synthetic preservatives, and over-washing strip that layer and open the door to Malassezia overgrowth, flaking, and low-grade inflammation. An inflamed scalp is a poor growth environment regardless of what is happening hormonally.

This is one reason I make and use tallow soap. It cleans without stripping, it is close in composition to human sebum, and it does not need the preservative load that a water-based product requires.

Circulation

Follicles are fed by a dense microvascular network, and that network runs through connective tissue that tightens under chronic tension. Reduced perfusion means less oxygen and fewer nutrients delivered to the hair bulb. TCM calls this blood stasis. It is also the mechanism most scalp massage and topical circulation work is aiming at, and it is the least controversial part of any hair routine.

Medications, Habits, and Genetics

Smoking, heavy alcohol use, poor sleep, blood sugar swings, crash dieting, tight or traction hairstyles, and endocrine-disrupting chemicals all contribute. Several drug classes list hair loss as a known effect, including chemotherapy agents, retinoids, SSRIs, statins, hormonal IUDs, beta blockers, anticonvulsants, and rapid weight loss medications. Alopecia also appears in the post-marketing adverse event sections of some vaccine package inserts, which reflects passive reporting rather than established causation, and is worth knowing about either way.

Never stop a prescribed medication without talking to your provider. If a medication is the likely cause, that is a conversation about alternatives, not a reason to quit on your own.

Genetics matter, and they matter less deterministically than most people assume. Family history and androgen receptor sensitivity raise your risk. The rate at which that risk expresses itself depends on thyroid function, inflammation, nutrient status, and stress, all of which you have some influence over.

Feed Your Follicles

Hair is keratin, a protein, built by some of the fastest-dividing cells in the body. Those cells need raw material, and because hair is not required for survival, follicles are near the front of the queue when the body decides what to stop funding.

What Follicles Need

• Protein. The structural material. Chronic under-eating of protein shows up in hair before almost anywhere else.
• Iron. Oxygen delivery to the bulb. Low ferritin is one of the most common findings in women with diffuse shedding, and it can be low while hemoglobin still looks normal, so ask for ferritin specifically.
• Zinc and copper. Tissue repair, keratin structure, and pigment. These two compete for absorption, so high-dose zinc supplementation without copper can create a new problem.
• Vitamin A. Sebum production and follicle cycling. Retinol from animal foods is directly usable, unlike beta carotene, which many people convert poorly.
• B vitamins. B12, folate, riboflavin, and biotin all participate in keratin synthesis and oxygen transport. Biotin deficiency is rare in people eating adequately, and biotin supplements will skew thyroid and hormone lab results, so stop them a week before bloodwork.
• Iodine and selenium. Thyroid hormone production and the conversion of T4 to T3. Selenium deficiency has a well-documented effect on hair growth.
• Vitamin C, vitamin D, and vitamin E. Collagen formation, follicle cycling, and antioxidant protection of the bulb.

Two Things That Undermine a Good Diet

The first is absorption. Low stomach acid, dysbiosis, and intestinal permeability leave people deficient while eating well, which is why gut health sits underneath everything else here. If you are eating liver twice a week and still testing low in iron, the problem is upstream of the food.

The second is form. Isolated synthetic nutrients are frequently absorbed poorly and sometimes actively unhelpful. Folic acid, for instance, is not the form found in food and requires conversion that a meaningful share of people do not perform efficiently. I build around nutrient-dense animal foods, easy-to-digest plants, ripe fruit, and modest starch, and I use supplements to fill specific documented gaps rather than as a foundation.

Beef Liver and Organ Meats

This is the single most useful food-based support for hair, and it is not close. Liver delivers retinol, heme iron, copper, B12, folate, riboflavin, and complete protein in one food, which is an almost exact match for the list above. It is also a low-waste byproduct of animals already being raised, which makes it one of the more responsible things you can eat.

If the taste is a barrier, freeze-dried capsules give you the nutrition without the texture. I take Heart and Soil (referral link), which uses grass-fed, pasture-raised organs from New Zealand cattle. Several months in, the new growth along my hairline is visible.

Topical Remedies

Rosemary, and What the Research Actually Says

Rosemary is the most evidence-backed botanical for pattern hair loss, and the detail of that evidence is worth getting right, because most articles get it wrong.

The clinical trial. In 2015, researchers randomized 100 people with androgenetic alopecia to either rosemary oil or 2% minoxidil, applied twice daily for six months. Neither group changed much at three months. Both groups showed a significant increase in hair count at six months, with no meaningful difference between them. The rosemary group reported less scalp itching. That is a real result from a real randomized trial, with the caveats that it is one study, the comparator was 2% minoxidil rather than the stronger 5% formulation, and the paper does not specify the rosemary preparation or concentration.

The mechanism study. A separate 2013 paper tested rosemary leaf extract and found it inhibited 5-alpha-reductase by 82.4% at 200 micrograms per millilitre and 94.6% at 500. The compound responsible was isolated and identified as 12-methoxycarnosic acid, which also blocked DHT binding to androgen receptors in cell culture.

Why this changes the preparation. 12-methoxycarnosic acid is a diterpene. Diterpenes are non-volatile, which means they do not carry over during steam distillation and are therefore not present in rosemary essential oil. Essential oil is dominated by 1,8-cineole, camphor, and pinenes, which plausibly account for the improved scalp perfusion and antimicrobial effect but not the anti-androgen action. The anti-androgen compounds live in extracts and infusions.

So the widely repeated claim that essential oil works faster than infused oil for DHT-related loss has the biochemistry backwards. If the DHT pathway is what you are targeting, a properly made infused oil is the more sensible vehicle. This also happens to be my preference on other grounds, since essential oils are concentrated enough to irritate skin, are frequently adulterated, and carry unresolved questions about hormonal activity.

Rosemary Infused Scalp Oil

• Equal parts organic castor oil and jojoba oil
• Dried organic rosemary leaf, enough to fill the jar loosely by about a third

Combine in a clean glass jar, seal, and leave at room temperature out of direct sun for four to six weeks, shaking every few days. Strain through cheesecloth. Castor oil is thick and humectant, jojoba closely resembles skin sebum and thins the blend enough to spread. Apply to the scalp once or twice a week, massage for several minutes, and leave on for a few hours before washing.

For a faster version, warm the oils and rosemary in a double boiler at low heat for two to three hours, keeping the temperature under 120°F so the diterpenes survive.

Bhringraj Oil

Bhringraj, also spelled bringraj, is Eclipta alba infused into cold-pressed sesame oil, and it is the primary hair remedy in Ayurveda. Ayurvedic theory frames hair loss as pitta rising from the liver to the head, producing heat and dryness. Bhringraj is classified as cooling, and the sesame base addresses the dryness.

The research is limited to rodents. Studies in rats and mice have found that Eclipta alba extract shortened time to full regrowth compared with a minoxidil control and increased the proportion of follicles in the growth phase. That is genuine signal and it is not human data. I use it because the traditional record is long and consistent and the topical risk is minimal, not because the evidence is strong. Banyan Botanicals sells an organic version in glass.

Apple Cider Vinegar Rinse

An ACV rinse helps when the driver is scalp condition rather than hormones. The acidity brings scalp pH back down toward its natural range, which is less hospitable to Malassezia, and the acetic acid clarifies buildup without stripping sebum the way a sulfate shampoo does. It will not touch androgenetic or thyroid-driven loss.

Dilute one to two tablespoons in a cup of water, pour over the scalp after shampooing, leave two to three minutes, and rinse. Choose raw organic vinegar with the mother. Skip it entirely if you have open scratches or active irritation.

My Scalp Care Routine

Massage

Scalp massage increases local circulation, loosens the connective tissue tension that restricts perfusion, and clears dead skin and product buildup from around the follicle openings. It is free, has no downside, and pairs well with oiling. I use a silicone scrubber once or twice a week when I wash, spending four or five minutes working over the whole scalp rather than just the thinning areas.

Oiling

The infused oil above, once or twice weekly, left on for a few hours or overnight under a cloth wrap. Apply to the scalp rather than the lengths, since the point is the follicle, not the shaft. Rosemary also reduces flaking and itch if that is part of your picture.

Red Light Therapy

Low-level laser and LED devices have a reasonable body of trial evidence for androgenetic alopecia in both men and women, and the proposed mechanism is increased mitochondrial activity and local blood flow in the follicle. I use red light for other reasons and consider the hair effect a bonus. Devices range from full-body panels to scalp caps, and the caps are the more practical option if hair is the only target. Consistency matters more than intensity.

What I Avoid

• Sulfate shampoos, which strip the sebum layer the scalp microbiome depends on
• Daily washing, unless your work genuinely requires it
• Tight ponytails, buns, and braids worn in the same position every day, which cause traction damage that becomes permanent
• Heat styling on damp hair
• Crash diets and extended low-calorie stretches, which reliably trigger shedding two to three months later

---

Need Something from the shop?

---

Herbs to Take Internally

These support hair systemically rather than topically. Herbs contain active constituents that interact with medications and health conditions, so please speak with a healthcare provider or an experienced herbalist before starting anything, particularly if you take prescriptions.

• Horsetail (Equisetum arvense). Among the highest plant sources of silica, which contributes to collagen formation and connective tissue in the scalp. Best taken as a long infusion, since silica extracts slowly. Human evidence for hair specifically is thin. Horsetail contains thiaminase, which degrades vitamin B1, so use it in courses of a few weeks rather than continuously, and look for products labeled thiaminase-free.
• Amla (Emblica officinalis). A rasayana in Ayurveda, exceptionally high in vitamin C and polyphenols. It targets the oxidative stress side of follicle damage and is classified as cooling for aggravated pitta. Works well as a powder in warm water or taken alongside iron-rich foods, since vitamin C improves non-heme iron absorption.
• Ginkgo biloba. A vasodilator and antioxidant that improves microcirculation, which addresses the perfusion side of the problem. Trials generally use standardized extract at 24 to 28% flavone glycosides. Ginkgo has antiplatelet activity, so avoid it if you take anticoagulants or antiplatelet drugs, and stop it two weeks before any surgery.
• He shou wu (Polygonum multiflorum). A classic TCM tonic for hair growth and premature greying, traditionally understood to nourish liver and kidney. Take this one seriously on safety. He shou wu has been linked to idiosyncratic liver injury in multiple case reports and several countries have issued warnings. Use only prepared root, only under guidance, and not at all if you have any liver concern or take hepatotoxic medication.
• Fenugreek (Trigonella foenum-graecum). Useful postpartum, with iron, protein, and saponins, plus a traditional role in supporting milk supply. It contains phytoestrogens, which is a reason for caution if estrogen is part of your hair loss picture rather than a point in its favor. Also usable as a soaked and ground hair mask.
• Nettle leaf (Urtica dioica). My default recommendation for anyone shedding without a clear cause. Nettle infusion delivers iron, calcium, magnesium, and vitamin K in a form the body handles well, and it is gentle enough for daily use over months. Nettle root is a different remedy with mild anti-androgen activity and is not interchangeable with the leaf.

An honest note on expectations. None of these herbs will outrun an untreated thyroid problem, ongoing iron depletion, or a medication that causes shedding. Herbs work best as support for a system that is otherwise being addressed. If you take one thing from this article, make it the bloodwork: full thyroid panel including free T3, free T4, reverse T3, and antibodies, plus ferritin, vitamin D, and prolactin.

Frequently Asked Questions

Does rosemary oil work for hair loss?

Yes, with qualifications. In a six-month randomized trial of 100 people with androgenetic alopecia, rosemary oil produced a hair count increase comparable to 2% minoxidil, with less scalp itching. That is one trial against a lower-strength comparator, so treat it as promising rather than settled. Separate laboratory work found rosemary leaf extract strongly inhibits 5-alpha-reductase, the enzyme that produces DHT.

Should I use rosemary essential oil or rosemary infused oil?

For DHT-related loss, infused oil is the more logical choice. The compound responsible for blocking 5-alpha-reductase, 12-methoxycarnosic acid, is non-volatile and does not survive steam distillation, so it is present in extracts and infusions but not in essential oil. Essential oil still improves scalp circulation and has antimicrobial activity, which may be why it performed well in the clinical trial. If you use essential oil, dilute it properly and patch test first.

Can thyroid problems cause hair loss?

Yes, in both directions. Underactive and overactive thyroid both disrupt the hair cycle. Cultured human follicles exposed directly to T3 and T4 show a longer growth phase and more cell division in the hair bulb, and follicles carry the enzymes to convert T4 into active T3 locally. Low thyroid typically produces diffuse thinning with dry, brittle texture rather than a receding hairline.

How long before I see results?

Three to six months at minimum, because follicles have to complete a roughly three-month resting phase before new growth begins. Correcting an underlying driver such as low ferritin or thyroid dysfunction tends to produce faster and more complete results than any topical.

Is hair loss reversible?

Often yes, when the cause is correctable. Shedding from stress, nutrient deficiency, thyroid dysfunction, postpartum hormone shifts, or a scalp condition usually reverses once the driver is addressed. Loss from scarring alopecia, or from follicles that have been miniaturized and dormant for many years, is much harder to recover. This is the main reason to investigate early rather than waiting.

What blood tests should I ask for?

A full thyroid panel with TSH, free T4, free T3, reverse T3, and thyroid antibodies rather than TSH alone. Add ferritin, which reveals iron stores that a standard CBC can miss, plus vitamin D, prolactin, and a full iron panel. For women with pattern thinning, DHEA-S and total and free testosterone are worth including.

What are the best foods for hair growth?

Beef liver first, for retinol, heme iron, copper, and B vitamins in one food. Then pastured eggs for protein and biotin, oysters for zinc, wild-caught fish and shellfish for selenium and iodine, bone broth or gelatin for glycine, and ripe fruit for vitamin C to support iron absorption. Cook with butter, tallow, or ghee rather than seed oils.

Does stress actually cause hair loss?

Yes, and the mechanism is now well described. Cortisol acts on the dermal papilla to suppress a signaling factor called GAS6, which holds follicle stem cells in an extended resting phase. Restoring that factor in stressed animals resumes hair growth even while stress hormone levels stay high.

Sources

1. van Beek N, Bodó E, Kromminga A, et al. Thyroid hormones directly alter human hair follicle functions: anagen prolongation and stimulation of both hair matrix keratinocyte proliferation and hair pigmentation. J Clin Endocrinol Metab. 2008;93(11):4381-4388. doi:10.1210/jc.2008-0283
2. Choi S, Zhang B, Ma S, et al. Corticosterone inhibits GAS6 to govern hair follicle stem-cell quiescence. Nature. 2021;592(7854):428-432. PMID 33790465
3. Foitzik K, Krause K, Conrad F, et al. Human scalp hair follicles are both a target and a source of prolactin, which serves as an autocrine and/or paracrine promoter of apoptosis-driven hair follicle regression. Am J Pathol. 2006;168(3):748-756. PMID 16507890
4. Oh HS, Smart RC. An estrogen receptor pathway regulates the telogen-anagen hair follicle transition and influences epidermal cell proliferation. Proc Natl Acad Sci USA. 1996;93(22):12525-12530. doi:10.1073/pnas.93.22.12525
5. Garza LA, Liu Y, Yang Z, et al. Prostaglandin D2 inhibits hair growth and is elevated in bald scalp of men with androgenetic alopecia. Sci Transl Med. 2012;4(126):126ra34. PMID 22440736
6. Panahi Y, Taghizadeh M, Marzony ET, Sahebkar A. Rosemary oil vs minoxidil 2% for the treatment of androgenetic alopecia: a randomized comparative trial. Skinmed. 2015;13(1):15-21. PMID 25842469
7. Murata K, Noguchi K, Kondo M, et al. Promotion of hair growth by Rosmarinus officinalis leaf extract. Phytother Res. 2013;27(2):212-217. PMID 22517595

The information on this site is for educational purposes only. It is not a substitute for professional medical advice and is not intended to diagnose, treat, cure, or prevent any disease. Hair loss can signal a more serious underlying condition, so please discuss significant changes with a qualified healthcare provider, and never stop or adjust a medication without medical guidance.

Care for your hair and scalp naturally.

Browse my handmade topicals, including tallow soap gentle enough for scalp and skin, or book a consultation for personalized guidance. If you try any of this, I would like to hear how it goes.