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I saw Dr. Rahal for a consultation. He said that he aims for 50-60 follicular units per cm2 these days and then if you need it, on a second procedure that can be increased by 5-10% further.
I asked if he ever used to do denser packing, and he said he used to do up to 80 units per cm2 but he stopped. He says such high density is "hit or miss" as the more units you need, the more incisions you must make, which can affect blood supply and scarring.
He said at higher densities he has had great successes but also some failures. So he limits it to a more conservative 50-60 now. I was reading in a thread yesterday someone said a Rahal patient had a case of necrosis, which is a risk of any surgery.
I'm guessing that might have been what "spooked" him off high density packing.
Anyone have any perspective on what a typical natural density would be, if we were to (theoretically) replicate it with FUE? I'm guessing 100-120 or so would be a natural density, or is that too high?
Just interested for context. Also interested in any perspective on FUE densities and what other surgeons might have told you.
I asked if he ever used to do denser packing, and he said he used to do up to 80 units per cm2 but he stopped. He says such high density is "hit or miss" as the more units you need, the more incisions you must make, which can affect blood supply and scarring.
He said at higher densities he has had great successes but also some failures. So he limits it to a more conservative 50-60 now. I was reading in a thread yesterday someone said a Rahal patient had a case of necrosis, which is a risk of any surgery.
I'm guessing that might have been what "spooked" him off high density packing.
Anyone have any perspective on what a typical natural density would be, if we were to (theoretically) replicate it with FUE? I'm guessing 100-120 or so would be a natural density, or is that too high?
Just interested for context. Also interested in any perspective on FUE densities and what other surgeons might have told you.