Hair Transplant

FUT (Strip method) involves surgically excising a narrow strip of scalp from the permanent donor zone (occipital area), dissecting it under microscopes into individual follicular units, then suturing the donor site — leaving a single linear scar hidden within the hair. It allows the highest graft yields per session (up to 4,000+ grafts) with excellent follicle transection rates. FUE extracts individual follicular unit grafts one by one using a micro-punch (0.7–1.0 mm) directly from the scalp, leaving no linear scar — ideal for short haircuts and patients who prefer not to have a strip scar. Modern Sapphire FUE (using jewel-tipped blades) and DHI (Direct Hair Implantation with Choi pens) are advanced FUE evolutions offering higher graft survival and more natural angles.

Graft requirements are determined by: the Norwood-Hamilton scale classification of your baldness pattern, the density deficit (recipient area size in cm²), the desired final density (typically 40 to 60 grafts per cm² for a natural look), and your available donor density and donor area surface. A typical session for Grade III to IV baldness requires 1,500 to 2,500 grafts. Grade V to VI baldness may require 3,000 to 4,500 grafts over one or two sessions. A trichoscopy examination and digital follicular density mapping are performed at consultation to calculate exact graft requirements with precision.

Shock loss (effluvium) refers to the temporary shedding of transplanted hair follicles 2 to 6 weeks after a hair transplant — a normal physiological response as follicles enter telogen (resting phase) following the trauma of extraction, preservation, and implantation. Simultaneously, native hair in and around the recipient zone may also shed temporarily due to surgical disruption (reactive effluvium). Both the transplanted and shed native hair re-enter anagen (growth phase) and regrow between months 3 and 6. By month 9 to 12, approximately 90 to 95% of transplanted grafts produce permanent, growing hairs.

When FUE harvesting is performed correctly, grafts are extracted in a dispersed, randomized pattern across the safe donor zone (occipital and parietal scalp) — never in one concentrated area. Punch sizes of 0.8 to 0.9 mm leave tiny circular marks that are invisible when hair is more than 1 cm long. In FUT, the linear strip scar sits within the permanent hair zone and is covered by surrounding hair when grown to 1.5 to 2 cm. However, over-harvesting beyond the safe donor zone (which is DHT-resistant) can deplete the donor area permanently. Conservative harvesting — guided by donor density assessment — is mandatory at Olive.

Yes — repair transplantation is one of the most technically demanding areas of hair restoration surgery. Common deformities from previous transplants include: doll-plug appearance (large round grafts from older techniques), an unnatural "cornrow" straight hairline, visible donor scarring, and poor frontal density despite excessive graft placement. Repair strategies include: follicular unit refinement of plugs using FUE micro-dissection, camouflage of a linear FUT scar with FUE grafts implanted directly into the scar, hairline redesign with micrografts in natural irregularized patterns, and strategic redistribution of healthy grafts to correct density deficits.

Hair follicles transplanted from the permanent donor zone (occipital scalp) carry the DHT-resistant genetic programming of their origin — meaning they are inherently resistant to the androgenetic alopecia (male/female pattern baldness) that caused the original hair loss. This genetic permanence is maintained even when transplanted to a bald area (donor dominance principle). However, your original native non-transplanted hair in androgenetic zones will continue to follow its natural miniaturization and loss trajectory unless managed with medical therapy (finasteride and/or minoxidil). Long-term concurrent medical treatment is strongly recommended to preserve native hair.

The hair transplant growth timeline follows a predictable sequence: Days 1–14: red dots and crusting at recipient sites resolve; Weeks 2–6: transplanted hairs shed (shock loss — normal); Months 2–4: new hair stubble begins growing from surviving follicles; Months 4–6: visible early density, still thin and soft; Months 6–9: progressive thickening and caliber increase; Months 9–12: approximately 80 to 90% of final result visible; Month 12–18: full caliber, texture, and density of final result achieved. Most patients require 12 to 18 months to appreciate their complete, definitive cosmetic outcome.