Naresh Kathooria—well known in Punjabi cinema as the writer‐actor behind blockbuster films such as Carry on Jatta (2012), Lucky Di Unlucky Story (2013), Bha Ji in Problem, Uda Aida, among others—recently became the subject of fascination not merely for his cinematic output, but for his remarkable hair transplant result in the context of his skin phenotype. Kathooria, who has genetics consistent with albinism (marked lack or severe reduction of melanin pigment in skin, hair, and often eyes), presents a unique challenge—and an opportunity—for hair restoration. The visual outcome in such patients can be dramatically different from those with more typical pigmentation, because of what I term a “contrast illusion” effect.
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The Pigment Contrast Problem
In normal individuals, dark hair against lighter skin (or light hair against darker skin) creates natural visual contrast. The scalp appears to have more or less “density” depending not only on actual follicular count per square centimeter, but also on how much hair stands out against the background skin colour.
For someone with albinism—or very light skin and very light or white hair—the lack of pigment in the skin reduces contrast; in these cases, implanted hairs may seem more striking and dense than might their actual follicular density alone predict. In reverse, if hair is very light and skin somewhat darker, light hair can blur into background and require higher density to produce the visual effect of fullness.
In Naresh Kathooria’s case, his skin has very low melanin, making it very pale, and so is the case with his hair which is light red (auburn). This low contrast reduces the amount of hair needed to “look dense” to the observer, because each hair casts stronger visual “pixels” on the skin canvas. Put simply: fewer light colored hair on lighter skin may “appear” more than they truly are.
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Surgical Transplant and the DHX Method
The surgical technique employed here is one you are familiar with: the DHX method (Dense Hair eXcellence). Briefly, DHX is a protocol designed to maximize graft survival, optimize angle and direction, minimize trauma, and allow closer packing of grafts without compromising blood supply. It often involves micrografting, slit creation optimized for vascular preservation, and careful postoperative care.
In this patient, the DHX method allowed implantation of grafts at sufficient density in key aesthetic zones—front hairline, temporal recession, and mid-scalp—while ensuring minimal donor site morbidity. Because contrast is favourable (light hair vs. light skin), the result appears visually more dramatic than what might be expected in someone with darker skin or lighter hair. Nevertheless, true high graft density is still needed to avoid visible scalp through skin, particularly under bright lighting or from certain angles.
More than Density is the Illusion of a Hair Transplant Result
