▁provide ▁an ▁effective ▁clin ical ▁re h abil itation ▁stim ulus ▁without ▁the ▁high ▁levels ▁of ▁joint ▁stress ▁and ▁card i ov asc ular ▁risk ▁associated ▁with ▁heavy - load ▁training ▁ ▁Application ▁Many ▁pract ition ers ▁use ▁The ▁Occ l usion ▁C uff ▁as ▁well ▁as ▁B FR ▁protocol s ▁that ▁do ▁not ▁match ▁usage ▁within ▁published ▁literature . ▁The ▁current ▁approaches ▁that ▁focus ▁on ▁applying ▁B FR ▁during ▁exercise ▁consist ▁of ▁automatic ▁p neum atic ▁tour ni quet ▁systems ▁or ▁hand h eld ▁infl atable ▁device ▁called ▁The ▁Occ l usion ▁C uff . ▁Research ▁demonstr ating ▁the ▁influence ▁of ▁th igh ▁circum ference ▁and ▁cu ff ▁width ▁ ▁on ▁occ l usion ▁pressure ▁has ▁acc ent u ated ▁a ▁likely ▁need ▁for ▁an ▁individual ised ▁approach ▁to ▁B FR , ▁particularly ▁with ▁regard ▁to ▁the ▁setting ▁of ▁the ▁restriction ▁pressure . ▁More ▁recently , ▁a ▁technique ▁to ▁calculate ▁and ▁pres cribe ▁the ▁occ lus ive ▁stim ulus ▁as ▁a ▁percentage ▁of ▁total ▁lim b ▁occ l usion ▁pressure ▁is ▁just ▁one ▁example ▁of ▁efforts ▁to ▁account ▁for ▁the ▁above ▁factors ▁and ▁provide ▁an ▁individual ised ▁approach ▁to ▁pres cri bing ▁B FR ▁training ▁that ▁is ▁relatively ▁quick ▁and ▁in exp ensive . ▁While ▁the ▁relationship ▁between ▁B FR ▁pressure ▁and ▁the ▁underlying ▁t issue ▁compression ▁during ▁exercise ▁is ▁not ▁yet ▁fully ▁understood , ▁B FR ▁training ▁using ▁ 4 0 % – 8 0 % ▁of ▁lim b ▁occ l usion ▁pressure ▁is ▁safe ▁and ▁effective ▁when ▁super vised ▁by