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Table 1 Characteristics of randomised controlled trials included in the meta-analysis

From: Effects of exercise training on patients with lung cancer who underwent lung resection: a meta-analysis

Study/year

Patients no. (I/C)

Cancer type

Age, mean, years (I/C)

Intervention group

Control group

Primary outcome

Secondary outcomes

Study design/Jadad score

Type of PR

Time/session

Frequency

Intensity

Duration

Arbane et al., [15]

51 (26/25)

NSCLC

65.4/62.6

Strength and mobility training

5–10 min

Twice daily

60–80% MHR

12 weeks + 5 days

Usual care

6MWD

POC, QoL, quadriceps strength

RCT/4

Arbane et al., [20]

131 (64/67)

NSCLC

67/68

Hospital plus home exercise

30 min

Once daily

60–90% MHR

4 weeks

Usual care

Physical activity

POC, QoL, quadriceps strength

RCT/4

Brocki et al., [43]

78 (41/37)

NSCLC

64/65

Aerobic exercise + resistance training + dyspnoea management

NA

NA

60–80% peak work capacity

12 weeks

Usual care

QoL

6MWD, FEV1

RCT/3

Brocki et al., [16]

68 (34/34)

NSCLC + metastatic tumour + other type

69.7/70.5

Inspiratory muscle training

NA

Twice daily

30% of MIP

2 weeks

Standard physiotherapy treatment

Inspiratory muscle strength

6MWD, FEV1, dyspnoea, POC

RCT/4

Edvardsen et al., [22]

61 (30/31)

NSCLC

64.4/65.9

High-intensity endurance and strength training

60 min

Three times a week

80–95% MHR

20 weeks

Standard postoperative care

Peak oxygen uptake

FEV1, QoL, muscular strength and mass

RCT/4

Stigt et al., [21]

49 (23/26)

NSCLC

63.6/63.2

Aerobic (cycling) + resistance

60 min

Twice weekly

60–80% peak load

12 weeks

Usual care

QoL

6MWD, FEV1, pain

RCT/4

  1. I/C intervention/control, NSCLC non-small cell lung cancer; MHR maximum heart rate, 6MWD 6-min walk distance, QoL quality of life, RCT randomised controlled trial, NA not available, FEV 1 the forced expiratory volume in 1 s, MIP maximal inspiratory pressure