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. 2013 Jun 6;2013(6):CD007760. doi: 10.1002/14651858.CD007760.pub2

3. Physical function: home palliative care versus usual care.

Study Measure Analysis Follow‐up Significance and direction Details
Higginson 2009
UK
(high quality)
MS Impact Scale (MSIS) Physical subscale
score: range not stated; higher scores equal greater physical impact; patient report
Forwards from enrolment 6 weeks
 
 
n.s.a
ES 0.2
F = 0.15
P value = 0.70
M change from baseline
Intervention (n = 16): M 1.3 (SD 17.0; 95% CI ‐7.7 to 10.4)
Control (n = 7): M ‐1.7 (SD 17.5; 95% CI ‐17.9 to 10.4)
12 weeks n.s.a
ES 0.4
F = 0.37
P value = 0.55
M change from baseline
Intervention (n = 16): M ‐0.3 (SD 17.5; 95% CI ‐9.7 to 9.0)
Control (n = 7): M ‐7.1 (SD 21.3; 95% CI ‐26.8 to 12.5)
Jordhøy 2000
Norway
(high quality)
EORTC‐QLQ‐C30 Physical functioning scale (5 items)
transformed score: from 0 to 100; higher scores equal better functioning; patient report
Forwards from enrolment 1 month
 
n.s.b
SAUC intervention ‐8.9 vs. SAUC control ‐6.4
P value = 0.42
Intervention: M 47
Control: M 49
2 months
 
Intervention: M 51
Control: M 52
4 months
 
Intervention: M 49
Control: M 54
6 months Differences and statistically significance not stated Intervention: M 53
Control: M 56
McKegney 1981
US
(high quality)
Karnofsky Performance Status (KPS)
score: from 0 to 100; higher scores equal better performance status; patient report
Backwards
from death
180 to 150 days Authors stated there were no differences but statistical significance was not stated
 
"It should be briefly noted that the intensive and non‐intensive patients did not differ in (...) overall health status as defined by the KPS" (McKegney 1981); no data provided to support this statement
150 to 120 days
120 to 90 days
90 to 60 days
60 to 30 days
30 to 0 days
Aiken 2006
US
SF‐36 2 subscales: physical functioning and role‐physical
transformed score: from 0 to 100; lower scores equal lower physical functioning; negative slope equal reduction; patient report
Forwards from enrolment 3 months Physical functioning
Favours intervention
slope:
z 2.50; P value < 0.05
Intercept at 9 months:
z 2.16; P value < 0.05; g 0.41
Role‐physical
n.s.
Growth modelling analysis (separate for COPD and CHF patients)
Physical functioning
COPD slope: intervention: 1.00 vs. control: ‐0.95
CHF slope: intervention: 0.18 vs. control: ‐1.39
Control slope declined while intervention slope rose
Role‐physical
COPD slope: intervention: 0.57 vs. control: ‐0.14
CHF slope: intervention: ‐0.51 vs. control: 1.60
6 months
9 months
Hughes 1992
US
Barthels Self Care Index
score: range not stated; higher scores equal greater dependency; patient report  
Forwards from enrolment 1 month
 
n.s.
Beta ‐0.58
t ‐0.11
P value = 0.92
ANCOVA (age, education, race, marital status, retirement due to health, prior private sector hospital use, living arrangement, and baseline care satisfaction scores – none of these factors were predictive of outcomes); descriptive data not provided
6 months n.s.
t < 1
Intervention (n = 18): M 72.00
Control (n = 16): M 69.31
Data were analysed using t‐tests because the sample did not support regression models
McCorkle 1989
US
Enforced Social Dependency Scale (10 items)
score: from 10 to 54; higher scores equal greater functional dependency on others; patient report
Forwards
from enrolment
6 weeks Favours interventionc
 F = 5.72; P value = 0.02
Graphs showed that social dependency worsens in the control2 group (i.e. those receiving usual outpatient care) 6 weeks earlier than in the 2 treatment groups
Adjusted estimates
Intervention: M 22.33
Control1 (home cancer care): M 21.68
Control2 (usual outpatient care): M 21.74
12 weeks Adjusted estimates
Intervention: M 22.67
Control1 (home cancer care): M 20.97
Control2 (usual outpatient care): M 24.85
18 weeks Adjusted estimates
Intervention: M 24.57
Control1 (home cancer care): M 24.90
Control2 (usual outpatient care): M 25.17
Greer 1986
(CBA)
Karnofsky Performance Status (KPS)
score: from 0 to 100; higher scores equal better performance status; caregiver report
Backwards from death 3 weeks Authors stated there were no differences but statistical significance was not stated
"the three samples exhibited similar decreases in functional performance as measured by the Karnofsky Performance Status" (Greer 1986)
Adjusted estimates
Community‐based intervention: M 29.52 (SE 0.64)
Hospital‐based intervention: M 31.05 (SE 0.79), Control (conventional care): M 28.84 (SE 1.06)
1 week Adjusted estimates
Community‐based intervention: M 23.72 (SE 0.54)
Hospital‐based intervention: M 25.39 (SE 0.57)
Control (conventional care): M 23.83 (SE 0.84)

ANCOVA: analysis of covariance; CHF: congestive heart failure; CI: confidence interval; COPD: chronic obstructive pulmonary disease; ES: estimated effect size; M: mean; n.s.: not significant; SAUC: standardised area under the curve; SD: standard deviation; SE: standard error.

aResults from F‐tests of non‐imputed data; authors stated that imputed data gave similar results
bThe authors calculated mean changes from baseline at one to four months after enrolment by dividing the area under the curve scores by time; differences between groups were tested by bootstrap estimation to fit regression models allowing for clustering and predictive factors.
cThe authors used repeated measures analysis and analysis of variance; analysis included 78 patients who completed the three follow‐up interviews (i.e. up to 18 weeks after enrolment); adjusted means were used due to baseline differences despite randomisation. 

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