摘要

目标: The obiective of the studies and presentation is to find out which is suitable for each alopecia stage , the fastest method, more efficient & more longitude follicle lifespan. To choose the best method for each stage to look more natural and more hair follicle to be restored. How to prevent, stop & delay the advancing in hamilton stages. 介绍: We present . A number of pacient before therapies , in different hamilton grades (( from grade 1 to grade 6 )) 材料 / 方法: We present . A number of pacient before therapies , in different hamilton grades (( from grade 1 to grade 6 )) Each stage is under a mono and a mix therapies Starting with “ minoxidil, exozomes, svf , hair dust cells& natural hair implant “ in more advanced casses when hair fue implant is excluded because of the donor area or scars we combine it with svf of biocompatible fibres. The groups are watched under studies for 4 years. Following the evolution, the success rate the outcoming results, and the longitivity of the results . 结果: - in fibrotic scars svf & exozomes created new microcirculation. After hair dust cells, new hair follcilles are noted and the installed of implanted hair is lore successful . - grade 1,2,3 of hamilton mostly be restored with minim fue implant, more svf & exozomes sessions . - svf & hair dust can prevent for a while progressing of alopecia in first grades especially front lines. - combining svf and micro hair dust with fue requires a smaller donor area to be implanted to achieve a suitable result.Less follicles than fue as a mono therapy. Biofibre just in certain stages of alopecia is recomand 总结: Svf therapy mixed with natural autologous blood exozomes and hair dus cells are modern therapies that may prevent follicle loose and create new follicles especially hamilton 1,2,3 In hamilton 3 it can boost the regeneration by using fue natural implant but the results are observed more density seen in the treated area. Ham The efficiency of svf & exozomes in creating new microc-circulation vessels in the fibrotic areas after fibrotic scars. The efficiency of biofibre hair compatible method in hamilton 5-6 and in sever fibrotic tissue scalp.