The Hair Restoration Treatments People Actually Search For

Follicular Unit Extraction (FUE) is the most widely used hair transplant technique for male pattern hair loss, moving individual follicles from the back and sides of the scalp — the donor area that stays genetically resistant to balding — to thinning or bald areas at the front and crown.

Each graft is individually extracted, sorted, and re-implanted at the natural growth angle.

How Many Grafts Are Typically Needed

Mild thinning

• Roughly 1,000–1,500 grafts
• Often frontal area or crown only
• Shorter session length

Advanced baldness

• 3,000+ grafts across sessions
• Full scalp coverage planning
• May be staged across visits

Recovery Timeline

• Days 2–3: mild swelling, scabbing begins to form
• Weeks 1–2: scabs settle and shedding of transplanted hair begins (normal)
• Weeks 3–6: a shedding phase — this is expected, not a failure sign
• Months 3–4: new growth becomes visible
• Months 10–12: fuller, more mature results settle in

Female pattern hair loss usually shows up as diffuse thinning across the scalp rather than a receding hairline, which means the surgical approach — donor selection, graft distribution, and technique — is planned differently than for male pattern baldness. Non-shave FUE techniques are often used, extracting grafts without shaving the surrounding hair, so the procedure stays discreet.

Who Is Typically a Candidate

• Localised thinning at the part line or frontal scalp
• Traction alopecia from tight hairstyles over time
• Stable, non-active thinning confirmed before surgery
• Sufficient donor density in the back and sides of the scalp

What Affects the Plan

• Diffuse thinning across the whole scalp behaves differently to male pattern loss, so donor area assessment is especially important — taking grafts from a diffusely thinning donor zone can worsen the overall look, which is why a scalp assessment always precedes a firm recommendation.

A receding or asymmetric hairline is one of the most visible signs of hair loss, and correcting it is a precision exercise — the angle, direction, and density of the first few rows of grafts determine how natural the result looks far more than the total graft count does.

What Makes a Hairline Look Natural

• Irregular, not razor-straight, hairline design
• Finer, single-follicle grafts along the very front edge
• Graft angle matched to the person's natural hair growth direction
• A hairline planned to suit the face shape, not a generic template

Recovery

• Recovery follows the same broad timeline as a standard FUE transplant — initial scabbing, a shedding phase around weeks 3–6, and visible new growth from around month 3 onward.

An eyebrow transplant moves individual follicles — usually from the scalp — into the brow area to rebuild density and shape, addressing thinning from over-plucking, alopecia, or naturally sparse brows. Because eyebrow hair grows differently to scalp hair, direction and angle planning matter even more here than in a scalp transplant.

What to Expect

• Grafts are placed at a very shallow, flat angle to mimic natural brow hair
• Results follow the same regrowth cycle as scalp transplants
• Transplanted brow hair may need occasional trimming since it grows like scalp hair

A beard or moustache transplant fills in patchy areas or builds fuller coverage by transplanting individual follicles into the beard or moustache area, typically sourced from the scalp. It's commonly used for patchy natural growth, scarring from an old injury or acne, or a moustache that grows unevenly.

Who Typically Considers This

• Patchy or uneven natural beard growth
• Scarring from previous injury or severe acne
• Wanting fuller coverage than genetics currently provide

Recovery

• Similar to scalp transplants — initial redness and scabbing for about a week, a shedding phase, then new growth appearing from around month 3.

When advanced baldness has left the scalp's donor area without enough follicles to cover the areas needing restoration, body hair transplant sources grafts from the chest, back, or beard to supplement the donor supply — a technique specifically for more extensive baldness cases.

What Affects Suitability

• Extent of scalp baldness and remaining scalp donor supply
• Density and quality of body hair available as a donor source
• Realistic expectations, since body hair grows and behaves differently from scalp hair

Platelet-Rich Plasma (PRP) therapy concentrates growth factors from a patient's own blood and injects them into the scalp, aiming to strengthen existing follicles and slow shedding — a non-surgical option, typically used for early-stage thinning or alongside a transplant.

PRP and GFC both concentrate the body's own growth factors before reintroducing them to the scalp.

Who It Suits Best

• Early-to-moderate thinning where follicles are still active
• As a supportive treatment after a hair transplant
• Patients wanting a non-surgical option before considering surgery

What to Expect

• A course of several sessions, spaced weeks apart, is typical rather than a single visit — PRP works by supporting existing follicles over time, not as a one-time fix.

Growth Factor Concentrate (GFC) therapy follows the same basic principle as PRP — using the body's own blood-derived growth factors — but with a more refined concentration process, aiming for stronger follicle stimulation per session.

GFC vs. PRP

PRP

• Well-established, widely used
• Platelet-based concentration
• Good baseline non-surgical option

GFC

• More refined growth-factor concentration
• May need fewer sessions for similar effect
• Often used for more visible early results

Exosome therapy delivers signalling molecules that support cell communication and regeneration directly to the scalp, aiming to improve the environment around thinning follicles. It's one of the newer additions to non-surgical hair loss treatment, often used alongside or after other regenerative therapies.

What to Know Before Considering It

• Newer than PRP or GFC, with a shorter track record of long-term data
• Typically used as part of a broader treatment plan, not standalone
• Best discussed directly with a specialist to confirm current suitability

Stem cell therapy for hair loss aims to stimulate dormant or weakening follicles using regenerative cell signalling, sometimes combined with a transplant (stem cell-assisted FUE) to support graft survival, or used as a standalone non-surgical treatment for early thinning.

Where It's Typically Used

• Alongside FUE to support graft survival in advanced cases
• As a standalone option for early-stage thinning
• Considered after simpler options (PRP, GFC) haven't given the desired result

Mesotherapy uses fine micro-injections to deliver vitamins, minerals, and DHT-blocking compounds directly into the scalp, bypassing the limits of a topical product applied to the surface. It's commonly used for early-to-mid-stage thinning linked to DHT sensitivity.

What to Expect

• A course of sessions spaced a few weeks apart, not a single visit
• Mild redness or small bumps at injection sites, settling within a day or two
• Often paired with PRP or topical treatment as part of a broader plan

Cyclic vitamin therapy addresses hair loss linked to nutritional gaps — iron, biotin, vitamin D, and zinc deficiencies are common, correctable contributors to thinning hair — using a structured, cyclical supplementation plan rather than a flat daily dose indefinitely.

When This Is Usually Recommended

• Diffuse thinning with no clear structural cause identified
• Alongside other treatments, not as a replacement for them
• When blood work indicates a specific, correctable deficiency

Low-Level Laser Therapy uses red light wavelengths to improve circulation and reduce inflammation around hair follicles, supporting the scalp environment for regrowth. It's a low-effort, at-home-compatible option often used to support other treatments rather than as a sole solution for advanced hair loss.

Most non-surgical treatments — including LLLT — work by supporting the anagen (growth) phase of the cycle.

Best Suited For

• Early-stage, diffuse thinning
• Patients wanting a low-effort, ongoing maintenance option
• Use alongside — not instead of — other active treatments in more advanced cases

Before recommending a transplant, PRP, or any other treatment, a proper scalp assessment identifies what's actually driving the hair loss — pattern baldness, a nutritional deficiency, a hormonal condition, or a scarring process all look similar early on but need very different treatment plans.

What a Proper Assessment Includes

• Trichoscopy — magnified scalp examination to assess follicle density and miniaturisation.
• History review — timeline, family pattern, medication, and recent life events.
• Blood work where indicated — checking for correctable deficiencies or hormonal causes.
• A treatment recommendation based on findings — not a fixed package offered before assessment.

Not every previous transplant delivers the result a patient expected — an unnatural hairline, patchy density, or visible scarring from an older technique are all correctable in many cases, though repair work is generally more complex than a first-time procedure.

Common Issues That Bring Patients Back

• An unnaturally straight or oddly shaped hairline from an earlier procedure
• Low density from a previous session with too few grafts
• Visible linear scarring from an older strip-harvesting technique
• Grafts placed at the wrong angle or direction

What Repair Planning Involves

• A repair case starts with an honest assessment of what's fixable and what isn't — remaining donor supply, scar tissue, and the original graft placement all affect what a corrective procedure can realistically achieve.

Sudden patchy areas of hair loss can affect comfort, function or appearance. treatment for Alopecia Areata aims to control the condition and support regrowth where possible. The difference is management of patchy loss and potential regrowth.

Experiencing excessive shedding can be a concern. assessment and treatment for Alopecia Effluvium focus on the trigger and hair-growth cycle. The difference is reduced shedding and recovery of density when the cause is addressed.

scalp inflammation or flaking is contributing to hair loss, treatment manages the scalp condition and the hair loss. The difference is a healthier scalp environment and better control of shedding.

hair loss is associated with PCOS, treatment addresses the hair loss while considering the underlying hormonal context. The difference is better management of shedding or thinning and a more targeted plan.

A thin or patchy beard can affect facial appearance. A Beard Transplant adds hair follicles to selected areas to create fuller and more even beard growth.

Thin or missing eyebrows can change the look of the face. An Eyebrow Transplant adds hair to the brow area to create fuller and more natural-looking eyebrows.

Sparse or absent eyelashes can reduce lash density and definition. An Eyelash Transplant restores hair to the lash area, creating a fuller appearance.

Common genetic or pattern hair loss can affect comfort, function or appearance. treatment for Androgenetic Alopecia focuses on slowing progression and supporting remaining hair. The difference can be better preservation and improved density over time.

Pattern hair loss can cause thinning or bald areas. A Male Hair Transplant moves healthy hair follicles to these areas to improve coverage and create a natural-looking hairline.

Hair thinning can reduce overall hair density. A Female Hair Transplant moves suitable hair follicles to selected areas to improve coverage and fullness.

A receding or uneven hairline can change the way the face looks. Hairline Reconstruction restores the hairline with transplanted hair to create a more natural frame for the face.

Hair thinning can affect the health of the scalp and hair. Exosome Hair Treatment is designed to support the scalp and hair-growth environment and may improve hair quality in suitable cases.

Hair thinning and increased hair fall can reduce overall density. GFC uses growth factors to support the scalp and hair growth, which may help improve density over time.

Some hair concerns may benefit from regenerative treatment approaches. Stem Cell Therapy uses cell-based treatment aimed at supporting hair health, with outcomes depending on the condition and individual response.

Hair transplantation restores lost coverage while supportive scalp treatment may also be beneficial. QR678™ Hair Transplant combines QR678 treatment with transplantation, addressing both restoration and scalp support.

Hair loss often requires more than a single procedure or isolated treatment. HAIRNEXA 360™ provides a comprehensive planned hair-restoration approach, creating a structured pathway for assessment and restoration.

Hair transplantation requires careful selection and placement of follicles. Robotic Hair Transplant uses robotic assistance for selected steps, providing technology-assisted follicle management in suitable cases.

Limited donor hair can make hair restoration difficult. Hair Cloning is an emerging treatment being studied to create more hair follicles, but it is not yet a routine treatment.

Hair loss can reduce hair coverage and make the scalp more visible. Hair Restoration aims to bring back hair in areas where it has been lost, creating fuller coverage.

scalp donor hair is limited and body hair is suitable, a Body Hair Transplant uses selected body hair for restoration. The difference is additional donor coverage for appropriate cases.

chemotherapy has caused hair loss, assessment and treatment support the recovery of hair growth after treatment. The difference is guidance and support during the regrowth process.

Hair thinning may need active management before or instead of transplantation. Non-Surgical Hair Therapy provides options aimed at managing loss and supporting the scalp, helping preserve or improve density where possible.

Hair thinning can reduce hair density over time. QR678 Treatment is used to support hair growth and manage hair loss, with the aim of improving density.

Early hair thinning or increased hair fall can reduce hair density. PRP uses your own blood platelets to support the scalp and hair growth, which may help improve hair density over time.

Targeted scalp concerns may benefit from localised treatment. Hair Mesotherapy delivers selected treatment into the scalp, aiming to support scalp condition and hair growth.

Nutritional factors can contribute to poor hair quality or shedding in some patients. Cyclic Vitamin Therapy provides planned vitamin support, helping address nutritional needs when clinically appropriate.

Thinning hair may benefit from a non-surgical treatment. Laser Light Therapy uses low-level light to support hair growth and may help improve hair density.

Restore your hairline permanently with one surgery. Typical pathway: Consultation → Scalp assessment → Surgery → PRP follow-up → Review.

Restore your hairline and strengthen remaining hair. Typical pathway: Consultation → Surgery → 5 PRP sessions post-op → Review.

Get your hair back and stop future hair loss. Typical pathway: Consultation → Surgery → 5 QR678 sessions post-op → Review.

Strengthen your roots and slow hair fall naturally. Typical pathway: Scalp assessment → Blood draw → PRP preparation → Injection → Review.

A more concentrated therapy to revive your hair roots. Typical pathway: Scalp assessment → Blood processing → GFC injection → Review.

Stop hair fall and visibly improve density in weeks. Typical pathway: Scalp assessment → QR678 injection protocol → Progress review.

Next-generation therapy to regenerate dormant hair follicles. Typical pathway: Consultation → Scalp biopsy / assessment → Customised protocol → Review.