Mental health-related quality of life

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Exercise training produced a small effect of differential improvement in mental health-related quality of life compared to wait-list control, with MCS subscale effects ranging from small to moderate (

Effect: improvement; d=.36; CI: 95% CI -2.7, 9.1

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2

Elderly MDD patients receiving continuation ECT plus medications had significantly higher mental component scores on the SF-36 over 6 months compared to those receiving medications alone, with an 8.2-

Effect: improvement; 8.2 point advantage (MCS); CI: 95% CI 4.2-12.2