In my dermatology clinic in Lahore, I see this presentation at least three times a week: a woman in her late twenties or early thirties, pulling out her phone to show me a handful of hair on her pillow, a noticeably thinner ponytail, or a widening parting she's been staring at for months. She's already tried three different shampoos, two oils, and several supplements. Nothing has worked. And when I ask her if she's had her hormones tested, the answer is almost always no.
This is the gap I want to close with this article. The majority of hair loss in Pakistani women is not a hair problem. It is a hormonal, metabolic, or nutritional problem that your scalp is making visible. Until you understand the cause, no product in the world will give you lasting results.
Below, I've broken down every significant medical reason Pakistani women lose hair — the biology behind each, how to recognise which one is affecting you, when to see a doctor, and where topical support is genuinely useful alongside medical treatment.
First: What Is Normal Hair Loss and What Is Not?
It's important to establish a baseline before drawing conclusions from your shower drain. The average scalp has between 100,000 and 150,000 hair follicles. Each follicle cycles independently through three phases: anagen (active growth, lasting 2–6 years), catagen (brief transition), and telogen (resting and shedding, lasting ~3 months). Losing 50 to 100 hairs per day is entirely within normal range — those are telogen-phase hairs completing their cycle.
What distinguishes normal shedding from pathological hair loss is not always the number of hairs you see, but the rate of replacement. When hairs are not being replaced at the same rate they are shed, density decreases. When the hairs being produced are progressively finer and shorter than before, a process called follicular miniaturisation is underway.
The clinical signs I look for in a patient that indicate something beyond normal shedding:
| Normal Shedding | Pathological Hair Loss |
|---|---|
| 50–100 hairs/day, consistent rate | 150+ hairs/day, or a sudden increase over baseline |
| Hair falls with a white bulb at the root (telogen hair) | Many hairs falling with no bulb, or very short broken strands |
| Even density across the scalp | Widening parting, visible scalp, thinner ponytail circumference |
| Temporary increase after washing (normal accumulation) | Persistent clumps on pillow, brush, clothing daily |
| Resolves without intervention | Continuing for more than 3 months without stabilising |
If you recognise the signs in the right column, keep reading — and book a blood panel before you spend another rupee on hair products.
The 8 Medical Causes of Hair Loss in Pakistani Women
1. PCOS — Pakistan's Most Underdiagnosed Cause of Hair Loss
Polycystic Ovary Syndrome is, in my clinical experience, the single most common underlying cause of hair loss in Pakistani women between 17 and 40. And it remains chronically underdiagnosed — not because it's rare, but because in Pakistan, PCOS is still primarily associated with infertility rather than recognised as the wide-ranging hormonal disorder it actually is.
PCOS causes the ovaries to produce excess androgens — male hormones including testosterone and its more potent derivative, dihydrotestosterone (DHT). These androgens bind to receptors in genetically sensitive hair follicles and cause them to miniaturise over time. The result is a pattern of thinning along the top of the scalp, the crown, and the temples that develops slowly and quietly over months and years — often without dramatic shedding events that would otherwise alert a woman to the problem.
If you are experiencing hair thinning alongside any combination of irregular periods, persistent acne on the jawline and chin, unwanted facial or body hair, and difficulty losing weight particularly around the abdomen — PCOS should be on your radar as a primary suspect, not an afterthought.
- Thinning concentrated at the crown, central parting, and temples with hairline largely preserved
- Gradual onset — typically noticed as a retrospective change over 12–24 months
- Hair density decreasing without a dramatic shedding event
- Strands becoming progressively finer and shorter with each regrowth cycle
- Worsening around menstruation due to cyclical androgen fluctuations
- Often co-presenting with oily scalp, jawline acne, or irregular cycles
Diagnosis requires blood tests — an LH/FSH ratio, total and free testosterone, DHEAS, fasting insulin, and usually a pelvic ultrasound. Addressing PCOS medically (through hormonal management, inositol supplementation, or anti-androgen therapy, depending on your specific presentation) is the primary treatment. However, topical DHT-blocking therapy at the scalp level is an important adjunct — it can meaningfully slow follicular miniaturisation while medical treatment takes effect.
Highest-strength option for androgenic/PCOS-driven thinning. Targets follicle miniaturisation at the scalp level. Apply to dry scalp, no rinse. 90-day minimum.
Shop Now
Gentler entry point for early-stage thinning or sensitive scalps. Triple-action formula — ideal for daily use alongside medical PCOS treatment.
Shop Now→ Read the full guide: PCOS and Hair Thinning — A Complete Guide for Pakistani Women
2. Thyroid Disorders — The Cause That Looks Like Everything Else
The thyroid is a small gland with an outsized influence on the body — it regulates metabolism, body temperature, heart rate, mood, and the activity of hair follicles. Both hypothyroidism (underactive thyroid) and hyperthyroidism (overactive thyroid) disrupt this regulation in ways that directly affect hair growth, and both are far more common in Pakistani women than they are typically diagnosed.
Hypothyroidism — the more prevalent of the two in my patient population — slows the metabolic activity of follicle cells, extending the resting phase and shortening the active growth phase. The result is diffuse thinning across the whole scalp, hair that feels dry and brittle, and slow regrowth. A clinical clue I find very useful: thinning of the outer third of the eyebrows is a classic hypothyroid sign that patients rarely mention unless specifically asked.
What makes thyroid-related hair loss particularly difficult to manage is the diagnostic gap. Many women are told their TSH is "normal" and are dismissed — when in fact their Free T3 and Free T4 levels tell a different story. If you've had your thyroid tested once and been cleared, ask specifically for a full panel including Free T3, Free T4, and thyroid antibodies (anti-TPO), not just TSH.
Important: Thyroid-related hair loss will not respond meaningfully to topical treatments alone until the underlying thyroid condition is addressed medically. Please do not substitute scalp products for a proper endocrinology referral if your symptoms suggest thyroid involvement.
Once thyroid treatment is underway, scalp stimulation becomes a valuable and appropriate complement — supporting the re-entry of follicles into the growth phase as metabolic function normalises.
Rosemary has clinical evidence for stimulating scalp microcirculation — bringing nutrients and oxygen back to follicles that have been in a metabolically suppressed state during thyroid dysfunction. Use 3–4 nights a week with a 5-minute massage once your medical treatment has started. This is adjunct support, not a replacement for medication.
Shop Now→ Read the full guide: How Your Thyroid Is Secretly Destroying Your Hair (And What to Do)
3. Postpartum Hair Loss — Frightening, but Fully Reversible
This is one I reassure patients about frequently, because postpartum hair loss looks far more alarming than it actually is. If you've delivered a baby in the last six months and are watching large amounts of hair come away in the shower, what you're experiencing is a predictable, well-understood physiological response — not a sign of permanent damage.
Here is the biology: during pregnancy, elevated oestrogen levels effectively pause the normal hair shedding cycle. Hairs that would ordinarily reach the end of their lifespan and fall out simply stay in place. Many women notice this as the thick, lustrous hair of the second and third trimester — which is real, but it's borrowed density. After delivery, oestrogen drops sharply, and all of that retained hair enters the shedding phase simultaneously. This is the classic postpartum telogen effluvium, and it typically peaks at 3–4 months post-delivery before gradually resolving by months 9–12.
The recovery can be slower when iron deficiency (common after childbirth due to blood loss), nutritional depletion from breastfeeding, sleep disruption, or significant psychological stress are also present. In those cases, addressing those factors alongside appropriate scalp support will meaningfully speed the return of density.
Postpartum hair is often fine, fragile, and prone to breakage at the root — meaning even the hair that should be there snaps off before it reaches visible length. The fermented rice mask is rich in inositol, amino acids, and B vitamins that penetrate the hair shaft and structurally reinforce it from within. Weekly use during the recovery period protects the regrowth you're generating. Safe during breastfeeding.
Shop Now→ Read the full guide: Postpartum Hair Loss — What's Normal, What's Not, and How to Recover
4. Telogen Effluvium — When a Past Stressor Shows Up in Your Shower Drain
Telogen effluvium (TE) is the medical term for a specific pattern of diffuse hair loss triggered by a significant physiological or psychological stressor. Understanding how it works explains why so many women feel confused about their hair loss — by the time the shedding starts, the triggering event has often already passed.
Under normal circumstances, approximately 10–15% of your hair follicles are in the telogen (resting) phase at any given time. A major stressor — high fever, serious illness, surgery, extreme psychological shock, dramatic weight loss, or stopping hormonal contraception — can push 30–50% of follicles simultaneously into the telogen phase. Because the telogen phase lasts approximately 3 months before shedding, there is a predictable 2–4 month delay between the triggering event and the hair loss. This is why the connection is so commonly missed.
| Common TE Trigger in Pakistan | Typical Onset of Shedding After Trigger |
|---|---|
| High fever (dengue, typhoid) | 6–10 weeks |
| COVID-19 / long COVID | 6–12 weeks after illness |
| Major surgery | 6–12 weeks |
| Childbirth | 8–16 weeks |
| Stopping oral contraceptives | 2–4 months |
| Crash dieting or rapid weight loss | 3–5 months |
| Severe psychological stress | 3–6 months |
The good news about TE is that it is almost always self-limiting. Once the trigger resolves, the follicles cycle back into the growth phase — but this biological reset takes time. The waiting period, which can feel interminable, is where appropriate scalp support genuinely accelerates recovery rather than simply providing false comfort.
→ Read the full guide: Telogen Effluvium After Illness or Fever — A Post-COVID Hair Recovery Guide
5. Iron Deficiency Anaemia — Quietly Starving Your Hair Follicles
Iron is not optional for hair growth. It is an absolute requirement. Iron enables haemoglobin production, and haemoglobin carries oxygen to every tissue in the body — including the matrix cells of the hair follicle that are responsible for generating each new strand. When iron stores are depleted, the body makes rational but devastating decisions: it prioritises oxygen delivery to the heart, brain, and vital organs, and reduces blood supply to structures it considers non-essential. Your hair follicles are at the bottom of that list.
Iron-deficiency anaemia is extraordinarily prevalent in Pakistani women, and chronically underdiagnosed. Contributing factors include heavy menstrual bleeding (particularly common in women with PCOS or fibroids), dietary patterns with inadequate red meat or legume intake, the widespread habit of drinking tea with meals (the tannins in chai actively block iron absorption — a significant issue given how central tea is to Pakistani culture), frequent pregnancies in close succession, and general nutritional insufficiency.
- Persistent fatigue that doesn't improve with sleep
- Pale inner eyelids and pale or yellowish skin tone
- Shortness of breath with mild exertion — climbing stairs, walking briskly
- Cold hands and feet even in warm weather
- Brain fog, difficulty concentrating, frequent headaches
- Brittle nails, cracked corners of the mouth (angular cheilitis)
- Craving ice, clay, or starchy foods (pica — a classic sign of severe deficiency)
- Diffuse all-over hair thinning with slow or no regrowth
Ask your doctor for serum ferritin specifically — not just haemoglobin. A ferritin level above 70 ng/mL is the target for optimal hair growth. Most labs flag anything above 12 as 'normal,' which is insufficient for follicle health.
Iron deficiency must be treated from the inside — supplementation under medical guidance, dietary changes, and addressing any underlying cause of blood loss. Topical support during the recovery phase works by improving scalp microcirculation, ensuring that as your iron levels recover, blood flow and oxygen delivery to the follicles is maximised.
6. DHT and Female-Pattern Hair Loss — When Genetics and Hormones Intersect
Dihydrotestosterone, or DHT, is a hormone derived from testosterone that plays a central role in androgenic hair loss in both men and women. In women, DHT-driven hair loss is called female-pattern hair loss (FPHL) or androgenic alopecia, and it is significantly more common than most women — and many clinicians — realise.
The mechanism is this: DHT binds to androgen receptors in genetically sensitive follicles — typically those on the top of the scalp — and triggers a process of follicular miniaturisation. Each successive hair produced by an affected follicle is shorter and finer than the last, until eventually the follicle produces a near-invisible vellus hair. This process is gradual, patterned, and — critically — it does not typically cause dramatic shedding. Women tend to notice it as a parting that looks wider than it used to, or a ponytail that has lost circumference over years rather than weeks.
DHT elevation in women can stem from PCOS (as discussed), genetic predisposition, adrenal disorders, or — most commonly — a combination of genetic follicle sensitivity and androgen levels that are technically within the normal reference range but are sufficient to trigger the process in susceptible follicles.
Standard shampoos, oil massages, and general hair care will not halt or reverse androgenic alopecia. This condition requires actives that specifically interfere with DHT binding or follicle miniaturisation at the scalp level — applied consistently over several months. The earlier intervention begins, the more reversible the process is.
→ Read the full guide: DHT and Androgenic Hair Loss — Why Your Hairline Is Receding in Your 20s
7. Nutritional Deficiencies Beyond Iron
Iron gets most of the attention, but it is far from the only nutrient that hair follicles depend on. In my clinical experience, Pakistani women are frequently deficient in several key micronutrients that directly affect hair quality and growth — and these deficiencies compound each other in ways that make the hair loss appear more severe and more resistant to treatment.
| Nutrient | How Its Deficiency Affects Hair in Pakistani Women |
|---|---|
| Vitamin D | Required for follicle cycling initiation. Pakistan paradox: despite abundant sunlight, deficiency is rampant due to covering, indoor lifestyles, and reduced synthesis efficiency in darker skin tones. Low Vitamin D prolongs the telogen phase and slows re-entry into anagen. |
| Zinc | Essential for protein synthesis in follicle cells and for DNA replication during active growth. Commonly depleted in women with heavy periods, those on plant-dominant diets, and those under chronic stress. Deficiency produces diffuse thinning and impaired regrowth. |
| Vitamin B12 | Critical for red blood cell formation and follicle oxygenation. Deficiency produces a clinical picture very similar to iron-deficiency hair loss. Extremely common in Pakistani women, particularly those eating predominantly vegetarian diets. |
| Protein | Hair is approximately 95% keratin — a structural protein. Women eating low-calorie or low-protein diets generate hair that is structurally weaker and breaks before reaching appreciable length, creating the appearance of poor growth. |
| Biotin (B7) | Often over-marketed. True deficiency is relatively rare but does cause hair thinning, brittle nails, and skin changes. Supplementing without a confirmed deficiency is unlikely to produce results and may interfere with certain lab tests. |
A clinical caution I give every patient who mentions self-supplementing: excess zinc causes hair loss. Excess Vitamin A is a well-established trigger for telogen effluvium. Please get your levels tested before supplementing — this is not an area where more is better.
8. Chronic Stress and Cortisol — The Hair Loss Nobody Wants to Acknowledge
This is the cause I find hardest to communicate to patients, not because the science is unclear — it isn't — but because acknowledging chronic stress as a medical driver of hair loss requires women to acknowledge a level of psychological burden that Pakistani social structures often don't make room for.
The burden is real. Managing a household, caring for children and ageing parents simultaneously, navigating workplace pressure in environments that were not designed for women, financial insecurity, relationship stress — these are not abstract stressors. They are chronic, cumulative, and physiologically damaging. Sustained high cortisol levels disrupt the hair growth cycle in at least four measurable ways: premature follicle entry into telogen, reduced scalp blood flow, increased scalp inflammation, and disruption of the hormonal balance that governs androgen levels — potentially worsening DHT sensitivity.
There is also the particularly cruel feedback loop: hair loss causes psychological distress, which elevates cortisol, which worsens hair loss. Breaking this cycle requires both physiological intervention — sleep, movement, anti-inflammatory nutrition — and scalp support that addresses the physical consequence directly.
Pure rosemary essential oil (diluted 3–4 drops in a tablespoon of carrier oil) has dual action in stress-related hair loss: it increases scalp microcirculation directly, and its camphor-rich scent has measurable parasympathetic effects — calming the neurological stress response during the massage itself. The ritual matters as much as the ingredient. Five minutes, three times a week. It compounds.
Shop NowHow to Identify Which Cause Is Affecting You
Step 1 — Match Your Pattern
| Pattern of Loss | Most Likely Cause(s) |
|---|---|
| Diffuse all-over thinning, no specific area worse than another | TE, thyroid disorder, iron deficiency, nutritional deficiency |
| Crown and top of scalp thinning, hairline largely preserved | Androgenic alopecia (FPHL), PCOS |
| Hairline recession + crown and parting thinning | DHT-driven androgenic (possible PCOS or genetic) |
| Sudden dramatic shedding beginning 2–4 months after a stressor | Telogen effluvium |
| Gradual thinning over years + irregular periods/acne/facial hair | PCOS, thyroid, iron deficiency — often in combination |
| Postpartum, resolving on its own | Postpartum TE — normal, will self-resolve |
| Patchy circular areas of complete loss | Alopecia areata (autoimmune) — requires dermatologist referral |
| Eyebrow outer third also thinning + fatigue + feeling cold | Hypothyroidism — high clinical suspicion |
Step 2 — Request the Right Blood Tests
When a patient presents with hair loss in my clinic, this is the standard panel I request before forming any treatment opinion. I would encourage you to bring this list to your GP or gynaecologist:
- Complete Blood Count (CBC) — screens for anaemia and its type
- Serum ferritin — the most sensitive single marker for iron-related hair loss. Target: above 70 ng/mL. Do not accept "normal" if it is below this.
- TSH, Free T3, Free T4 — full thyroid function. TSH alone is insufficient.
- Thyroid antibodies (anti-TPO, anti-TG) — to rule out autoimmune thyroid disease
- LH, FSH, Oestradiol — reproductive hormone balance
- Total testosterone, free testosterone, DHEAS — androgen levels
- Fasting insulin + fasting glucose — insulin resistance, which underlies much of PCOS
- 25-OH Vitamin D, Zinc, Vitamin B12
- ANA (antinuclear antibody) — if patchy loss suggests autoimmune aetiology
Step 3 — Match Results to a Treatment Path
| Identified Cause | Primary Medical Approach | Adjunct Topical Support |
|---|---|---|
| PCOS | Anti-androgens, inositol, metformin, hormonal management under supervision | DHT-blocking serum applied to scalp (Regain Max / Progain+) |
| Thyroid disorder | Thyroid medication under endocrinologist supervision | Scalp stimulation once treatment begins (Rescue Elixir) |
| Iron deficiency | Iron supplementation, dietary change, manage blood loss source | Circulation-boosting scalp massage with botanical elixir |
| Telogen effluvium | Address trigger; wait for natural resolution; support with nutrition | Stimulating serum during recovery phase to accelerate anagen re-entry |
| Postpartum TE | Time + iron + nutritional support; condition resolves naturally | Strengthening hair mask; gentle scalp stimulation |
| Androgenic / DHT | Anti-androgen medication if indicated; start early — reversal is harder late | Consistent DHT-blocking topical serum, long-term |
| Nutritional deficiency | Targeted supplementation based on confirmed lab values | Topical amino acid / vitamin delivery via hair mask |
The Clinical Recovery Protocol — What I Recommend
Once a diagnosis is established and medical treatment is underway where required, the following topical protocol supports recovery across most causes. I've divided it by primary presentation.
For Androgenic / PCOS-Driven Thinning
- Morning (daily): Apply Progain+ 4% Serum to dry scalp at the crown, parting, and hairline. Do not rinse. Leave in throughout the day.
- Wash days (every 2–3 days): Use a DHT-managing, sulphate-free shampoo. Let it sit for 2–3 minutes on the scalp before rinsing.
- Evenings, 3× per week: Apply Regain Max 14% Serum to the areas of greatest thinning. Massage with fingertips for 4–5 minutes — the massage itself significantly increases absorption and follicle activation.
- Weekly: Korean Fermented Rice Hair Mask as a 15-minute deep treatment. Strengthens the hair shaft you currently have while the serums work on the follicles beneath.
- Timeline expectation: 90 days minimum before assessing change. 6 months for a meaningful visual result. Do not stop at 8 weeks.
For Telogen Effluvium Recovery (Post-Illness, Postpartum, Stress)
- Wash days: Gentle, non-stripping shampoo every 2 days. Clean scalp = unclogged follicles entering the growth phase properly.
- 3× per week: Rescue Growth Rosemarymint Elixir to the scalp, with a dedicated 5-minute massage. Rosemary is the most clinically substantiated botanical for follicle re-activation.
- Weekly: Korean Fermented Rice Hair Mask to protect fragile regrowth from breakage.
- Month 3–4 onwards: Introduce a growth serum (Regain Max or Progain+) to accelerate the transition from resting to active growth phase.
For patients asking me where to start without having to piece together a protocol themselves — this is what I point to. The Trio combines shampoo, serum, and elixir into a single system that covers the three pillars of hair loss recovery: scalp cleansing, follicle stimulation, and growth activation. It removes the guesswork. Use as directed and give it 90 days.
Shop NowWhen a Product Is Not Enough — And You Need a Doctor
I want to be transparent about the limits of topical treatment, because I think it's important for patients to have realistic expectations. Scalp products — however well-formulated — work best as adjuncts to medical diagnosis and treatment, not as substitutes for it. Please seek medical evaluation if:
- Hair loss is sudden and dramatic — significant clumps, visible bald patches, or rapid spread
- You have patchy, circular, well-defined areas of complete hair loss — this is consistent with alopecia areata, an autoimmune condition that requires specialist management
- Hair loss is accompanied by systemic symptoms: unexplained fatigue, significant weight change, irregular periods, excessive facial hair, racing heartbeat, or extreme temperature intolerance
- You have been experiencing increased shedding for more than 6 months without a stabilising trend
- You are more than 9 months postpartum and hair loss remains severe — it should be resolving by this point
- You suspect PCOS or thyroid disease — these require blood confirmation and medical management that no topical product can provide
Using hair growth products when a systemic condition is the root cause is not harmful — but without treating the underlying cause, results will be partial and temporary at best. Please don't let the availability of good products delay you from getting a proper diagnosis.
Frequently Asked Questions
Yes — and in my experience, this is actually the rule rather than the exception among Pakistani women. PCOS and iron deficiency co-exist very commonly. Thyroid disease and chronic stress compound each other. Postpartum hair loss is frequently made worse by iron depletion from delivery. When multiple causes are present simultaneously, hair loss tends to be more severe and the recovery window longer. Comprehensive bloodwork is essential precisely for this reason.
This is one of the most common frustrations I hear. 'Normal' lab ranges are designed to flag severe pathology in the general population — they are not calibrated for hair growth optimisation. Serum ferritin of 15 ng/mL is clinically 'normal' but is almost certainly too low for healthy follicle function. If you've been dismissed, specifically request serum ferritin (not just iron), Free T3 and Free T4 (not just TSH), and a full androgen panel including DHEAS. Consider seeking a second opinion from a dermatologist or a gynaecologist specialising in hormonal health.
I tell every patient: hair grows approximately 1–1.5 cm per month, and the growth cycle means that changes in follicle behaviour take months to become visible at the surface. Month 1–2 of serum use is primarily about slowing shedding and stabilising the follicle environment. By month 3–4, you may begin to notice short new hairs at the parting or hairline. By month 5–6, density starts to improve perceptibly. Stopping treatment at 8 weeks because you haven't seen results is the single most common reason women conclude that nothing works — when in fact they simply stopped before the biology could respond.
In the early and intermediate stages — yes, meaningfully. Follicles that have miniaturised but not yet undergone complete fibrosis can be reactivated with consistent DHT-blocking topical therapy and, where indicated, anti-androgen medication. The key variable is time — the earlier intervention begins, the more follicle units are still viable and respondent. Advanced cases may not achieve full reversal, but density improvement is achievable even then. This is why I encourage women not to normalise their gradual thinning as "just getting older."
Plant-based, botanical serums without pharmaceutical actives are generally considered safe during breastfeeding, but I always recommend discussing any new topical product with your gynaecologist or paediatrician before use, particularly if you are exclusively breastfeeding. When in doubt, the Rescue Growth Rosemarymint Elixir's natural botanical formulation is the gentler choice compared to higher-potency options.
There is a documented seasonal shedding pattern in which hair loss increases slightly in late summer and early autumn — likely linked to seasonal photoperiod changes affecting the hair cycle. In Pakistan, summer additionally brings heat stress, increased scalp sweating (which can worsen folliculitis and scalp inflammation), and for many women, changes in diet and sleep. These factors compound. Increased shedding in June–August that reduces by October–November is often seasonal rather than pathological — but if it doesn't reduce, investigate further.
Conclusion
Every patient who sits across from me with hair loss is dealing with something that affects her confidence, her sense of identity, and — often — her silence. Because hair loss in women is still not talked about the way it should be. It's dismissed as vanity when it is, in fact, a clinical signal.
Your hair is not the problem. It is the messenger. The real problem is what's happening inside — your hormones, your iron stores, your thyroid, your cortisol levels, your nutritional status. When those are addressed, the hair follows. Not immediately, and not magically, but predictably — because biology is predictable when you give it what it needs.
Start with the test panel. Understand what's actually happening in your body. Build a protocol — medical first, topical in support. And then be patient with the timeline. The women I see who recover the most fully are the ones who stopped looking for a quick fix and started treating this as what it is: a health problem with a clinical solution.
