The Art of Repair in Surgical Hair Restoration – Part II
 October 2002   
in “
 Dermatologic Surgery 
”
 
    surgical hair restoration  excision with reimplantation  camouflage  follicular unit transplantation  donor supply  tacking hairs  angling of transplanted hair  weighting  ridging  hair loss from facelifts  donor repair  hair transplant  hair grafting  hair camouflage  FUT  donor hair  hair anchoring  hair angle  hair density  hair ridging  facelift hair loss  donor hair repair   
    
   TLDR  Successful surgical hair restoration requires careful planning, precise execution, and proper aftercare, using techniques like follicular unit transplantation and correct hair angling for best cosmetic results.   
  The 2002 document "The Art of Repair in Surgical Hair Restoration–Part II" discussed various techniques and challenges in surgical hair restoration. The authors emphasized the importance of meticulous surgical techniques and optimal use of limited hair supply for best cosmetic results. Techniques discussed included excision with reimplantation and/or camouflage, and follicular unit transplantation, which was deemed ideal due to its ability to maximize donor supply use, limit further damage, provide camouflage, and offer natural restoration. The study suggested spacing large follicular unit transplant sessions 8-12 months apart and having a 2-month interval between graft excisions and between the last excision and the camouflage procedure. The document also highlighted the use of "tacking hairs" to anchor hair in sparse areas, the importance of correct angling of transplanted hair, and the use of "weighting" to increase the cosmetic impact of follicular unit transplantation. It also addressed issues like ridging, hair loss from facelifts, and donor repair, emphasizing that a depleted donor hair supply is a major limitation to a successful repair. The document stressed the importance of careful planning, precise execution, and appropriate post-operative care in achieving successful outcomes in surgical hair restoration.
    
   
   
   
   
   
  