Where this was said
Dr. Bosley Saves Carlos's Hair
At 1:10:57 · chapter starts 1:10:00
Dr. David Deutsch from Bosley joins to discuss the hair transplant he performed on producer Carlos. The numbers are staggering: Carlos lost approximately 60,000–70,000 of the average head's 90,000–150,000 hairs, and Dr. Deutsch replaced about 7,000–8,000 via FUE — follicular unit excision — taking individual follicles from the safe donor zone at the back of the head. He explains androgenetic alopecia (the hormones-plus-genetics root cause of most baldness) and the concept of donor dominance, which means transplanted follicles maintain their growth properties wherever they land — meaning you could theoretically grow hair on your calves, your palms, or anywhere else. [1] — Dr. David Deutsch "Dr. David Deutsch from Bosley breaks down producer Carlos's hair transplant: roughly 70,000 hairs lost, about 7–8,000 transplanted from the…" 1:09:50 Bobby immediately asks about a beard transplant for when he turns 60, and whether pubic hair can be used as donor hair (technically yes, but curly). Andrew reveals he grew a beard at 15 and has maintained it since because it covers 'how fucking weird his face looks.' The episode closes with both hosts expressing mock existential dread about Bobby turning 60 in five years.
Dr. David Deutsch of Bosley estimated that producer Carlos had lost approximately 60,000–70,000 hairs, out of a typical human head's 90,000–150,000 total.
Dr. Deutsch transplanted approximately 7,000–8,000 hairs into Carlos's head, a fraction of what was lost but sufficient for cosmetic density.
Dr. Deutsch explains that the vast majority of hair loss is androgenetic alopecia — driven by androgens (hormones) and hereditary genetics. The 'safe donor zone' at the back of the head is immune to this process, which is why it persists even in completely bald men and makes it the gold standard source for transplant hair.
Dr. Deutsch explained that the 'safe donor zone' at the back of the head maintains hair even in fully bald individuals due to donor dominance, making it ideal for transplants anywhere on the body.
