Based on a low quality of evidence , home-based supervised exercise may lead to less improvement in maximum and pain-free walking distance , and in more improvement in daily life walking capacity , compared with hospital-based supervised exercise .
Home-based supervised exercise may improve maximum and pain-free walking distance compared with " go home and walk advice " and result in little or no difference in health-related quality of life and functional walking capacity compared with hospital-based supervised exercise or " go home and walk advice " .
OBJECTIVE To evaluate the effects of home-based supervised exercise vs hospital-based supervised exercise , and the effects of home-based supervised exercise vs unsupervised " go home and walk advice " on daily life and corridor-walking capacity , health-related quality of life and patient-reported functional walking capacity in patients with intermittent claudication .
Training rather than walking: the test in -train out program for home-based rehabilitation in peripheral arteriopathy.
BACKGROUND Exercise training reduces walking disability in peripheral arterial disease ( PAD ) . This non-r and omized study evaluates the effects on walking ability and hemodynamic parameters of a novel approach to home-based rehabilitation , the test in -train out program ( Ti-To ) , compared with the traditional home-based free walking exercise ( Tr-E ) . METHODS AND RESULTS A total of 143 patients with claudication ( 117 men , average age 68+/-10 years ) , were included in a Ti-To ( n=83 ) or Tr-E program ( n=60 ) . Evaluations , which were carried out upon entry and at 1 , 2 , 3 , 4 and 6 months , included : self-reported claudication , walking ability ( ie , absolute claudication distance , pain threshold speed ) , resting/exercise heart rates ( HR ) , systolic/diastolic brachial pressure ( SBP/DBP ) , ankle pressure ( AP ) , ankle-brachial index ( ABI ) . Ti-To involved 2 daily 10-min home walking sessions at maximal asymptomatic speed and the patient attending monthly check-ups at hospital . Tr-E involved 20 - 30 min of daily walking at self-selected speeds up to pain tolerance . A total of 126 patients ( Ti-To , n=74 ; Tr-E , n=52 ) completed the program . Ti-To induced better relief from claudication ( p=0.001 ) . Functional parameters improved significantly for both groups ( p<0.0001 ) with significant intergroup difference for Ti-To ( p<0.0001 ) . SBP and exercise HR decreased significantly in both groups , with Ti-To improving resting HR ( p=0.0002 ) , DBP ( p=0.003 ) , lowest AP worse limb ( p=0.004 ) and ABI worse limb ( p=0.0002 ) . CONCLUSIONS In patients with PAD , a Ti-To program had more positive effects on perceived claudication , and functional and hemodynamic parameters than did a Tr-E program
Based on a low quality of evidence , home-based supervised exercise may lead to less improvement in maximum and pain-free walking distance , and in more improvement in daily life walking capacity , compared with hospital-based supervised exercise .
Home-based supervised exercise may improve maximum and pain-free walking distance compared with " go home and walk advice " and result in little or no difference in health-related quality of life and functional walking capacity compared with hospital-based supervised exercise or " go home and walk advice " .
OBJECTIVE To evaluate the effects of home-based supervised exercise vs hospital-based supervised exercise , and the effects of home-based supervised exercise vs unsupervised " go home and walk advice " on daily life and corridor-walking capacity , health-related quality of life and patient-reported functional walking capacity in patients with intermittent claudication .