Hair transplant

Causes and Evaluation

Understanding Hair Loss: Causes, Stages, and Evaluation

Hair loss is often dismissed as a simple cosmetic nuisance, a sign of aging, or “bad genes.” But medically, it is a complex condition driven by hormones, genetics, and environmental factors. Before we can design a new hairline, we must understand why the old one is receding.

At Liv Hospital, we approach hair transplantation not as a product to be sold, but as a medical treatment for a specific diagnosis. We do not simply count grafts; we evaluate the biology of your scalp. Is your hair loss stable? Is it caused by stress or a thyroid issue? Is your donor area strong enough to support a transplant for life? Our Causes and Evaluation protocol ensures that every patient we operate on is a suitable candidate for a lifelong result.

Androgenetic alopecia, commonly known as pattern baldness, is the most frequent cause of hair loss in both men and women. It is a genetic condition in which hair follicles are sensitive to dihydrotestosterone (DHT). This hormone causes the follicles to shrink over time, a process called miniaturization.

As the follicles shrink, the hair they produce becomes thinner, shorter, and more brittle. Eventually, the follicle stops producing hair altogether. In men, this typically follows a receding hairline and thinning at the crown.

The genetics of this condition can be inherited from either the mother’s or the father’s side of the family. It is a polygenic trait, meaning multiple genes are involved. Understanding this genetic predisposition is the first step in evaluation.

• Genetic sensitivity to dihydrotestosterone
• Progressive miniaturization of hair follicles
• Patterned recession and thinning
• Inheritance from maternal or paternal lines
• Polygenic nature of the condition

The Biology of Hair: Why Does It Fall?

To understand hair loss, you must understand the hair growth cycle. Every hair on your head operates on its own clock, cycling through three phases:

1. Anagen (Growth): Lasts 2–6 years. The hair grows about 1cm per month.
2. Catagen (Transition): Lasts 2–3 weeks. The follicle shrinks and detaches from the blood supply.
3. Telogen (Resting): Lasts 3–4 months. The old hair falls out (shedding), and the follicle rests before starting a new Anagen phase.

Normal Shedding vs. Hair Loss It is normal to lose 50–100 hairs a day. This is just the “Telogen” phase in action. Hair Loss (Alopecia) occurs when the new hair that replaces the old one is thinner, weaker, or doesn’t grow back at all.

What is Androgenetic Alopecia?

In 95% of men and many women, hair loss is caused by Androgenetic Alopecia (Male/Female Pattern Baldness). This is a genetic sensitivity to a hormone called DHT (Dihydrotestosterone).

How DHT Kills Hair

DHT is a byproduct of testosterone. In susceptible individuals (determined by genetics), DHT binds to receptors in the hair follicles—specifically on the top and front of the scalp.

• Miniaturization: Over time, DHT causes the follicle to shrink. The “Anagen” (growth) phase gets shorter and shorter.
• The Result: Thick, terminal hairs are replaced by thin, wispy “vellus” hairs (peach fuzz). 
• The “Safe Zone”: The hair on the back and sides of the head (the donor area) is genetically immune to DHT. 

Other Common Causes

Not all hair loss is genetic. Before recommending surgery, we must rule out reversible causes.

• Telogen Effluvium (Stress Shedding): A sudden, diffuse shedding caused by severe stress, surgery, rapid weight loss, or high fever (like COVID-19). This is usually temporary and does not require a transplant.
• Nutritional Deficiencies: Lack of Iron (Anemia), Vitamin D, B12, or Zinc can starve hair follicles.
• Alopecia Areata: An autoimmune disease where the body attacks hair patches, leaving smooth, round bald spots. Transplantation is not effective for this condition.
• Traction Alopecia: Hair loss caused by tight hairstyles (braids, ponytails) pulling on the roots.

What is the Norwood Scale?

We use the Norwood-Hamilton Scale to classify the severity of hair loss in men. This helps us estimate the number of grafts needed.

• Stage 1: No significant recession. (No surgery needed).
• Stage 2: Mild recession at the temples (M-shape). (1,500–2,000 grafts).
• Stage 3: Deep recession at temples; hairline has moved back. The first stage where transplantation is commonly recommended. (2,000–3,000 grafts).
• Stage 4: Significant frontal loss + thinning at the crown (vertex). A “bridge” of hair separates the two. (3,000–4,000 grafts).
• Stage 5: The bridge between front and crown begins to break down. (4,000+ grafts).
• Stage 6–7: The bridge is gone. The front and crown have merged into one large bald area. Only a horseshoe pattern remains on the sides. (Evaluation critical: Donor area may not be sufficient for full coverage).

The Ludwig Scale

Women rarely go completely bald. Instead, they experience Diffuse Thinning over the top of the scalp. The hairline usually remains intact.

• Type I: Mild thinning on the part line. Camouflage (hair fibers) or PRP is often better than surgery.
• Type II: Moderate widening of the part and decreased volume. Transplant can increase density.
• Type III: Significant see-through scalp on top. Requires careful evaluation of donor density.

The Liv Hospital Evaluation Protocol

Many clinics ask for a few WhatsApp photos and give you a quote. At Liv Hospital, we dig deeper.

1. Computerized Trichoscopy

We use a digital dermatoscope to magnify the scalp 50x–200x.

• Donor Density Check: We count exactly how many follicular units (FU) you have per square centimeter in the back of your head. Average is 70–80 FU/cm². If you have <50 FU/cm², you may not be a good candidate.
• Miniaturization Mapping: We check if the donor hair itself is thinning. If >20% of your donor hair is miniaturized (DUPA – Diffuse Unpatterned Alopecia), a transplant will fail because the transplanted hair will eventually fall out too.

2. Blood Panel

We screen for “silent” health issues that kill hair grafts.

• Thyroid Function (TSH/T3/T4): Hypothyroidism causes brittle, shedding hair.
• Iron (Ferritin): Low iron is the #1 cause of hair loss in women.
• Blood Sugar (HbA1c): Uncontrolled diabetes impairs wound healing and graft survival.

3. The “Safe Donor” Calculation

This is the most critical step. Your donor area is a finite resource. You typically have about 6,000–8,000 grafts available for lifetime extraction.

• The Strategy: If you use 4,000 grafts at age 25 to fix a hairline, you have only 2,000 left for the rest of your life. If you go bald at the crown at age 35, you may not have enough hair left to fix it.
• Conservative Planning: We plan for the future, not just today. We may recommend a higher hairline now to save grafts for later.

The Celebrity Influence

Public figures have played a significant role in destigmatizing hair restoration. The Elon Musk hair transplant story is frequently cited as a prime example of how successful restoration can change appearance and perception. Transformations of high-profile individuals demonstrate the potential of modern techniques.

This visibility encourages men to seek help earlier. It also sets a benchmark for what natural results should look like. However, patients need to understand that celebrity results often involve unlimited budgets and multiple procedures.

Evaluations now often include discussions about these public transformations. They serve as a reference point for setting realistic personal goals.

• Destigmatization through public figures
• Demonstration of transformative potential
• Encouragement for early intervention
• Setting benchmarks for natural results
• Managing expectations versus celebrity budgets

Who is NOT a Candidate for Hair Transplant?

Honesty is our policy. We turn away about 15–20% of applicants because surgery would harm them. You might not be eligible if:

• Insuffcient Donor Area: You don’t have enough hair in the back to cover the bald spot in the front. (Taking too much would leave the back of your head looking moth-eaten).
• Unrealistic Expectations: You want a straight, dense “teenager” hairline at age 50.
• Active Alopecia Areata: The disease will attack the new grafts too.
• Keloid Scarring: If you are prone to thick, raised scars, surgery is risky.

Calculating Graft Requirements

Accurate graft calculation is a mathematical and artistic exercise. The surgeon measures the recipient site’s surface area in square centimeters. They then determine the target density, typically expressed as follicular units per square centimeter.

A typical dense look requires 40 to 60 grafts per square centimeter. The donor area’s safe capacity limits the total number. Overharvesting can lead to a moth-eaten appearance at the back of the head.

Software tools can assist in this calculation, but clinical judgment is paramount. The goal is to maximize visual impact with the available resources.

• Measurement of the recipient surface area
• Determination of target follicular density
• Safe capacity limits of the donor zone
• Prevention of donor area overharvesting
• Balancing density with coverage area

Donor Area Evaluation

The quality of the donor area dictates the potential result. The surgeon examines the hair’s caliber (shaft thickness), the color contrast between hair and skin, and whether the hair is curly or straight.

Thicker hair provides more coverage with fewer grafts. Curly hair also covers the scalp better than straight hair. Low contrast (e.g., blonde hair on fair skin) creates an illusion of fullness more easily than high contrast.

Densitometry is used to count follicular units and hairs per unit. A donor area with many 3- and 4-hair units is ideal for achieving high density.

• Assessment of hair shaft caliber
• Impact of hair texture and curl
• Role of color contrast with skin
• Densitometry for precise follicle counting
• Value of multiple hair follicular units

Scalp Analysis Technology

Modern clinics use digital trichoscopy to analyze the scalp. This high magnification imaging reveals signs of inflammation, miniaturization, and empty follicles that are invisible to the naked eye.

It helps distinguish between androgenetic alopecia and other types of hair loss, such as telogen effluvium. It can also assess scalp vascularity, a crucial factor for graft survival.

This data is stored to track the patient’s progress over time. It provides an objective baseline for measuring the success of the surgery and medical therapies.

• High magnification digital trichoscopy
• Detection of subclinical inflammation
• Differentiation of hair loss types
• Assessment of scalp vascularity
• Objective baseline for progress tracking

Planning and Procedure

The Art of Microsurgery

A hair transplant is not merely a redistribution of follicles; it is a permanent alteration of your facial aesthetics. The difference between a “pluggy,” unnatural result and a masterpiece lies entirely in the planning. At Liv Hospital, we treat hair transplantation as a fusion of mathematical precision and artistic vision.

Our Hair Transplant Procedure is a full-day experience (typically 6–8 hours) conducted in a sterile hospital operating theater. Unlike clinics that rush through “mega-sessions” with technicians, our process is physician-led, ensuring that every graft is treated as a vital organ. We utilize the Golden Ratio to design hairlines that suit your unique bone structure, ensuring that your new hair looks as natural at age 60 as it does at age 30.

The Design Consultation

Before a single hair is touched, we must define the blueprint. This happens in the morning, face-to-face with your surgeon.

• The Golden Ratio (1.618): Nature follows a specific proportion. In a perfectly balanced face, the distance from the chin to the nose, the nose to the eyebrows, and the eyebrows to the hairline should be equal (1/3, 1/3, 1/3).
• Drawing the Line: Using a laser leveler, we draw your new hairline. We do not draw a straight line (which looks like a wig). We create “micro-irregularities”—tiny zig-zags that mimic nature.
• Muscle Check: We ask you to raise your eyebrows. We never place hair on the forehead muscles (frontalis). If we do, the hairline will move when you talk, which looks unnatural.
• Density Mapping: We calculate the surface area (cm²) of the recipient zone and multiply it by the desired density (e.g., 50 grafts/cm²) to determine the exact graft count needed.

Pre-Op Preparation

Once the plan is approved and the consent forms are signed, you enter the preparation phase.

• Blood Tests: A final check for HIV, Hepatitis B/C, and coagulation markers.
• The Haircut: For standard FUE, we shave the head to Grade 1 (1mm). This allows us to see the angle of every donor hair clearly.
  • Note: For women or DHI patients, we may perform “Unshaven FUE,” shaving only a small window in the back that is covered by long hair.
• Sterile Field: You change into a hospital gown. The surgical site is cleaned with antiseptic (Betadine), and you are brought into the HEPA-filtered operating room.

Anesthesia and Extraction

The first stage of surgery involves harvesting the grafts from the donor area (back of the head).

Needle-Free Anesthesia (Comfort-in™)

We know patients fear needles. To eliminate this pain, we use a Jet Injector.

Micromotor Extraction (FUE)

• The Tool: We use a motorized punch with a diameter of 0.7mm to 0.9mm (depending on your hair thickness).
• The Technique: The punch surrounds the hair follicle and rotates, loosening it from the skin. The surgeon then gently pulls it out with micro-forceps.
• Graft Preservation: Once extracted, the grafts are fragile. 

Channel Opening

This is the most critical artistic step. The surgeon creates the tiny incisions where the new hair will live.

Why Sapphire Blades?

In the past, steel slits were used. At Liv Hospital, we exclusively use Sapphire Blades.

• V-Shape vs. U-Shape: Sapphire creates a sharp, V-shaped incision. This heals faster because the skin edges touch perfectly.
• Angle and Direction: The surgeon determines the angle of every single hair.
  • Front Hairline: 15–20 degrees forward.
  • Top: 45 degrees forward.
  • Crown (Vertex): A “whorl” or spiral pattern that mimics your natural cowlick.
• Density: Sapphire blades are thinner than steel, allowing us to pack channels closer together (60–80 incisions per cm²) without cutting off the blood supply (necrosis).

Implantation

Now, the team places the harvested grafts into the opened channels.

• Sorting: While the surgeon opens channels, technicians sort the grafts under a microscope into “Singles” (1 hair), “Doubles” (2 hairs), and “Multiples” (3–4 hairs).
• Strategic Placement:
  • Singles: Only single-hair grafts are placed in the very front hairline. This creates a soft, natural transition.
  • Doubles/Multiples: These are placed behind the hairline and on the top/crown to create volume and density.
• Technique: The graft is held gently by the “bulb” (root) and slid into the channel using jeweler’s forceps. We never touch the “stem” cell area.

The DHI (Direct Hair Implantation) Method

If you choose DHI, Steps 4 and 5 are combined.

• The Choi Pen: Instead of opening channels first, the graft is loaded into a hollow needle (the Choi Pen).
• One-Step: The surgeon presses the pen into the scalp. The needle pierces the skin and deposits the graft in one motion.
• Advantage: This allows for extreme density and creates less bleeding, as the hole is plugged immediately by the graft. It takes longer (8–10 hours) but offers faster healing.

Post-Op Immediate Care

The surgery is finished. We clean the donor area and apply a sterile bandage. The recipient area (top) is left open to air-dry.

• PRP Therapy (Platelet-Rich Plasma): Before you leave the OR, we often inject PRP (derived from your own blood) into the scalp. This acts as a “fertilizer,” speeding up wound healing and waking up the new follicles.
• The Meal: You are taken to a private recovery room for a hearty meal. Your blood sugar may be low after a long day.
• Discharge: We provide you with a Post-Op Kit containing:
  • Antibiotics (infection prevention).
  • Painkillers (Paracetamol).
  • Anti-swelling medication (Steroids).
  • Neck pillow (for sleeping upright).
  • Special shampoo and lotion.

The “First Night” Rules

The first night is crucial. The grafts are not yet “anchored.” If you touch them or rub them against a pillow, they will pop out.

• Sleep Upright: You must sleep at a 45-degree angle (in a recliner or propped up with pillows) to prevent swelling from traveling down to your eyes.
• Use the Neck Pillow: This prevents your head from turning sideways while you sleep.
• Do Not Touch: The recipient area will itch. You must not scratch it. A dislodged graft bleeds and leaves a permanent empty spot.

Recovery Process

Hair Transplant Recovery

The grafts are in place, the hairline is designed, and the hard part is over. Now begins the most critical phase: Recovery.

At Liv Hospital, we tell our patients that a successful result is 50% surgery and 50% aftercare. The first 10 days are biologically crucial; the newly implanted follicles are like fresh seeds in the ground—they are fragile and have not yet taken root. A bump on the head, scratching an itch, or sleeping flat can dislodge a graft permanently.

Unlike “hair mills” that send you home with a generic brochure, Liv Hospital provides a medically supervised Recovery Program. From your first wash performed by our nurses to advanced wound-healing therapies like Hyperbaric Oxygen, we ensure your investment is protected every step of the way.

The “Fragile Phase” (Days 1–3)

The first 72 hours are when the grafts are most vulnerable. They are held in place only by a blood clot (fibrin).

Your Immediate Instructions:

• The Bandage: You will leave the hospital with a bandage on the donor area (back of head). The recipient area (top) is open. Do not touch the recipient area.
• Sleeping: You must sleep at a 45-degree angle. Use two pillows or a recliner.
• Neck Pillow: Wear the provided travel pillow to prevent your head from rolling sideways and rubbing the new grafts against the bed.
• Spraying: You will receive a bottle of Sterile Saline Spray. 

Pain Management:

You may feel mild throbbing or burning in the donor area once the anesthesia wears off. This is normal.

• Take the prescribed Paracetamol.
• Apply ice packs to your forehead (not the grafts!) to reduce swelling.

The First Wash (Day 2 or 3)

We do not want you to wash your hair alone for the first time. You will return to Liv Hospital for the Clinical First Wash.

The Procedure:

1. Lotion Application: The nurse applies a softening lotion (usually Bepanthol) to the recipient area. This sits for 45 minutes to soften the dried blood scabs.
2. Rinsing: We use lukewarm, low-pressure water to gently rinse off the lotion.
3. Shampooing: We foam the special medical shampoo in our hands and pat it onto the grafts. No rubbing.
4. Drying: We use paper towels to blot the area dry. Towels are forbidden as the loops can snag a graft.

Note: After this session, you will perform this wash daily at your hotel/home for the next 7 days.

The “Scab Removal” (Day 10)

This is the milestone you are waiting for. By Day 10, the grafts are anchored (the root has connected to the blood supply). The scabs on top are now just dead skin and need to go.

The “Massage Wash”:

• On Day 10, apply the lotion generously and let it sit for 1 hour.
• In the shower, use your fingertips (not nails) to massage the recipient area in a circular motion.
• Do not be afraid. The grafts are safe now. You must apply gentle pressure to rub the scabs off.
• The Result: You will step out of the shower looking clean. The redness will remain, but the crusty look is gone. You can now wear a loose hat.

The “Ugly Duckling” Phase (Weeks 3–8)

This is the period that panics most patients. Just as you are enjoying your new look, the hair falls out.

What is Shock Loss?

• The Cause: The trauma of relocation pushes the hair follicles into the “Telogen” (resting) phase. The hair shaft sheds, but the root remains alive under the skin.
• The Timing: It starts around Week 3 and peaks at Month 2.
• The Look: You may look exactly as you did before the surgery. In some cases, you may look worse because the surrounding native hair can also go into shock.
• The Liv Guarantee: This is temporary. It is a biological reset button. Do not panic. Do not stop your medications. Trust the process.

The Growth Timeline: What to Expect

Hair growth is slow. Patience is your only option.

Accelerating Recovery: Liv Hospital Therapies

We don’t just wait for nature; we help it. To speed up healing and reduce Shock Loss, we offer advanced adjunctive therapies.

1. Hyperbaric Oxygen Therapy (HBOT)

Oxygen is fuel for healing.

• The Therapy: You sit in a pressurized chamber breathing 100% pure oxygen.
• The Benefit: It increases oxygen saturation in the scalp by 1000%. This reduces swelling, prevents necrosis (tissue death), and speeds up graft survival. We recommend 1–2 sessions immediately after surgery.

2. Laser Hair Therapy (LLLT)

• The Tech: Low-Level Laser Light stimulates cell metabolism (ATP production).
• The Benefit: It reduces inflammation and wakes up dormant follicles, potentially reducing the severity of Shock Loss.

3. PRP (Platelet-Rich Plasma)

• The Boost: We often perform a PRP session during surgery. We recommend a follow-up session at Month 1 and Month 3 to feed the resting roots with growth factors.

Lifestyle Restrictions: The “Do Not” List

To protect your investment, strictly avoid the following:

• Sunlight: Direct UV rays can scar the healing skin and damage the follicles. Wear a hat whenever outside for the first 6 months.
• Smoking/Vaping: Nicotine constricts blood vessels. Smoking is the #1 cause of graft failure. If you cannot quit, you must stop for at least 2 weeks post-op.
• Gym/Heavy Lifting: Avoid for 2 weeks. High blood pressure can pop out grafts or cause bleeding.
• Swimming:
  • Chlorinated Pools: Avoid for 1 month.
  • Ocean: Avoid for 1 month.
• Sauna/Steam Room: Avoid for 1 month (heat causes swelling).
• Hair Dye/Toppik: Do not use chemical dyes or concealer fibers for at least 6 weeks.

When to Call Us

Complications are rare in a hospital setting, but you must be vigilant. Contact your Liv Patient Coordinator immediately if you see:

• Necrosis: The skin turns black or dark purple. This is a sign of tissue death and is a medical emergency.
• Pus: Yellow or green discharge oozing from the donor or recipient area.
• Fever: Temperature above 38°C (100.4°F).

Uncontrolled Bleeding: If gentle pressure doesn’t stop bleeding after 10 minutes.

Maintenance and Care

Hair Transplant Maintenance

A hair transplant is a significant financial and emotional investment. It is the only permanent solution to restore a lost hairline. However, there is a crucial medical reality that many clinics fail to explain: Hair transplantation replaces lost hair, but it does not cure hair loss.

At Liv Hospital, we believe in total transparency. While your transplanted hair is genetically resistant to balding and will likely stay with you forever, your native hair (the hair you still had before surgery) is not. Without a proper hair transplant maintenance strategy, the genetic hormone (DHT) that caused your baldness will continue to attack your remaining hair. This can lead to a “halo effect”—where the transplanted front stays thick, but the hair behind it thins out, creating an unnatural gap.

Our post-operative care program is designed to prevent this. We combine clinical therapies like PRP and Stem Cells with FDA-approved medical protocols to ensure your result looks as good in 10 years as it does in 1 year.

Why Maintenance Matters

To understand maintenance, you must distinguish between the two types of hair on your head:

1. The Transplants (The “Safe” Hair): These follicles were moved from the back of your head (the donor zone). They are genetically immune to DHT. They do not need medication to survive (though medication helps them grow faster and thicker).
2. The Native Hair (The “At-Risk” Hair): This is the hair currently sitting behind your new hairline or in the crown. These follicles are still sensitive to DHT. If you do nothing, they will miniaturize and fall out over time.

The Goal of Maintenance: To thicken the transplants (for better density) and freeze the loss of native hair.

Medical Therapy

There are only two medications clinically proven and FDA-approved to stop genetic hair loss. At Liv Hospital, we recommend a tailored combination based on your age and aggressiveness of hair loss.

The “Blocker”

This is the most effective tool we have.

• How it works: It blocks the enzyme (5-alpha reductase) that converts Testosterone into DHT (Dihydrotestosterone). By lowering scalp DHT levels by ~60–70%, it stops the “poison” that kills hair follicles.
• The Protocol: Usually a 1mg daily pill. We recommend starting it 1 month before surgery or immediately after.

The Result: It stops native hair loss in 90% of men and regrows hair in 65%. It is crucial for young patients (under 35) to prevent future surgeries.

The “Stimulator”

This is a growth stimulant, not a hormonal blocker.

• How it works: It widens blood vessels (vasodilation) and forces hair follicles to stay in the “Anagen” (growth) phase longer.
• The Protocol: Available as a topical foam/liquid (applied twice daily) or a low-dose oral pill.
• The Result: It thickens miniaturized hairs, making your overall density look much better. It works synergistically with Finasteride.

Clinical Treatments

Beyond daily medication, Liv Hospital offers advanced clinical therapies performed in-hospital to supercharge your results.

1. Platelet-Rich Plasma (PRP) Therapy

• What it is: We draw a small tube of your own blood and spin it in a centrifuge to isolate the Platelets. These platelets are packed with “Growth Factors” (PDGF, VEGF, TGF) that heal wounds and stimulate cells.
• The Procedure: The concentrated plasma is injected into the scalp using a tiny needle. It is virtually painless with our cooling devices.
• The Protocol: We recommend a course of 3–4 sessions (one per month) starting 1 month after surgery, followed by a maintenance session every 6 months.
• The Benefit: It accelerates the healing of the donor area, reduces the “Shock Loss” phase, and thickens the caliber of the transplanted hair shaft.

2. Mesotherapy (The “Vitamin Cocktail”)

• What it is: A direct injection of vitamins, minerals (Zinc, Copper, Magnesium), amino acids, and hyaluronic acid into the dermis layer of the scalp.
• The Difference from PRP: PRP uses your body’s own factors; Mesotherapy uses external nutrients.
• The Benefit: It nourishes the hair root directly, bypassing the digestive system. It is excellent for improving hair texture and shine.

3. Autologous Micrografting (Stem Cell Therapy)

This is the latest biotechnology in hair restoration, known commercially as Regenera Activa.

• The Procedure: We take 3–4 tiny skin punches (2.5mm) from behind your ear. These skin samples contain hair follicle progenitor cells (stem cells).
• The Processing: The tissue is ground up in a specialized device to release the cells into a saline solution.
• The Injection: This solution is injected into the thinning areas.
• The Benefit: It sends a powerful “regenerate” signal to dying follicles. Unlike PRP (which needs monthly sessions), Stem Cell therapy is typically a one-time treatment that lasts for 1–2 years.

Nutritional Support: Feeding the Follicles

Your hair is the last organ to receive nutrients from your body; vital organs (heart, brain) get first priority. If your diet is poor, your hair starves first.

Key Supplements for Post-Op Care:

• Biotin (Vitamin B7): Essential for keratin production (hair protein). We recommend 5,000mcg daily for 6 months.
• Zinc: Helps repair tissues and keeps the oil glands around follicles working.
• Saw Palmetto: A natural herbal supplement that acts like a weak Finasteride. It blocks some DHT and is a good option for patients who refuse prescription medication.
• Iron (Ferritin): Especially for women. Low iron causes shedding.

Grooming and Styling

You want to style your new hair, but you must be gentle.

• Shampoo: Switch to a pH-balanced, sulfate-free shampoo after Day 14. We provide a medical shampoo (usually containing Ketoconazole or Caffeine) for the first month.
• Hair Dryer: Avoid high heat for 3 months. Heat can dry out the scalp and damage the healing follicles. Use the “Cool” or “Warm” setting only.
• Styling Products: You can use gel, wax, or hairspray after 1 month. Ensure you wash it out before bed so the scalp can breathe.
• Hair Dye: Chemical dyes contain peroxide and ammonia, which can burn the healing skin. You must wait 6–8 weeks before coloring your hair.
• Hair Fibers (Toppik): These are great for camouflage, but they can clog pores. Wait 1 month before using them, and wash your hair thoroughly every night.

Long-Term Follow-up

At Liv Hospital, we track our patients for a full year. Since hair grows slowly, we need to monitor milestones to ensure you are on track.

The Check-In Schedule:

1. Month 1: Checking for infection and shock loss.
2. Month 3: Checking for pimples (ingrown hairs) and early growth.
3. Month 6: Assessment of density (should be ~50%).
4. Month 12: Final assessment.

Our Revision Policy:

If, after 12–15 months, the transplanted hair has not grown (and you have followed all post-op instructions), Liv Hospital will perform a Revision Surgery free of charge to replace the failed grafts. This warranty gives you peace of mind that we are partners in your result.