Randomised phase II trial of hyperbaric oxygen therapy in patients with chronic arm lymphoedema after radiotherapy for cancer
Randomised phase II trial of hyperbaric oxygen therapy in patients with chronic arm lymphoedema after radiotherapy for cancer
Background: a non-randomised phase II study suggested a therapeutic effect of hyperbaric oxygen (HBO) therapy on arm lymphoedema following adjuvant radiotherapy for early breast cancer, justifying further investigation in a randomised trial.
Methods: fifty-eight patients with ?15% increase in arm volume after supraclavicular ± axillary radiotherapy (axillary surgery in 52/58 patients) were randomised in a 2:1 ratio to HBO (n = 38) or to best standard care (n = 20). The HBO group breathed 100% oxygen at 2.4 atmospheres absolute for 100 min on 30 occasions over 6 weeks. Primary endpoint was ipsilateral limb volume expressed as a percentage of contralateral limb volume. Secondary endpoints included fractional removal rate of radioisotopic tracer from the arm, extracellular water content, patient self-assessments and UK SF-36 Health Survey Questionnaire.
Findings: of 53/58 (91.4%) patients with baseline assessments, 46 had 12-month assessments (86.8%). Median volume of ipsilateral limb (relative to contralateral) at baseline was 133.5% (IQR 126.0–152.3%) in the control group, and 135.5% (IQR 126.5–146.0%) in the treatment group. Twelve months after baseline the median (IQR) volume of the ipsilateral limb was 131.2% (IQR 122.7–151.5%) in the control group and 133.5% (IQR 122.3–144.9%) in the treatment group. Results for the secondary endpoints were similar between randomised groups.
Interpretation: no evidence has been found of a beneficial effect of HBO in the treatment of arm lymphoedema following primary surgery and adjuvant radiotherapy for early breast cancer
101-107
Gothard, L.
ff767a9e-4d1e-4819-9823-04fac1d34535
Haviland, J.S.
569aa43b-15bd-4e9d-b4a5-e68a84334cfe
Bryson, P.
94d26ff2-95ce-45ee-aaa2-840370676568
Laden, G.
015b2b1d-ed0f-4728-8127-2e914cb56dcf
Glover, M.
a941a1fa-2574-46e3-9a95-95d8a8b0e0cf
Harrison, S.
0e3bb8ab-7b95-4686-9b74-f889065ad068
Woods, M.
98e509b2-28b9-441a-8ab0-4c9881e6690b
Cook, G.
fbf121a4-8973-4033-8759-81f517347b6e
Peckitt, C.
37aa5c68-6f53-4ca0-be55-300b6c9865e7
Pearson, A.
c0d9b909-dff1-4bed-aecd-83a36225077c
Somaiah, N.
b2c8bf3e-cb9d-402e-8f4e-dd6e54ddee48
Stanton, A.
58e57cdf-c55b-47f9-a17a-797fbee81f23
Mortimer, P.
9b67126b-bd5a-48ba-9d56-14580eee3b2b
Yarnold, J.
0003b4fd-a371-4258-890f-ffd3d0b5c3a9
2010
Gothard, L.
ff767a9e-4d1e-4819-9823-04fac1d34535
Haviland, J.S.
569aa43b-15bd-4e9d-b4a5-e68a84334cfe
Bryson, P.
94d26ff2-95ce-45ee-aaa2-840370676568
Laden, G.
015b2b1d-ed0f-4728-8127-2e914cb56dcf
Glover, M.
a941a1fa-2574-46e3-9a95-95d8a8b0e0cf
Harrison, S.
0e3bb8ab-7b95-4686-9b74-f889065ad068
Woods, M.
98e509b2-28b9-441a-8ab0-4c9881e6690b
Cook, G.
fbf121a4-8973-4033-8759-81f517347b6e
Peckitt, C.
37aa5c68-6f53-4ca0-be55-300b6c9865e7
Pearson, A.
c0d9b909-dff1-4bed-aecd-83a36225077c
Somaiah, N.
b2c8bf3e-cb9d-402e-8f4e-dd6e54ddee48
Stanton, A.
58e57cdf-c55b-47f9-a17a-797fbee81f23
Mortimer, P.
9b67126b-bd5a-48ba-9d56-14580eee3b2b
Yarnold, J.
0003b4fd-a371-4258-890f-ffd3d0b5c3a9
Gothard, L., Haviland, J.S., Bryson, P., Laden, G., Glover, M., Harrison, S., Woods, M., Cook, G., Peckitt, C., Pearson, A., Somaiah, N., Stanton, A., Mortimer, P. and Yarnold, J.
(2010)
Randomised phase II trial of hyperbaric oxygen therapy in patients with chronic arm lymphoedema after radiotherapy for cancer.
Radiotherapy and Oncology, 97 (1), .
(doi:10.1016/j.radonc.2010.04.026).
(PMID:20605648)
Abstract
Background: a non-randomised phase II study suggested a therapeutic effect of hyperbaric oxygen (HBO) therapy on arm lymphoedema following adjuvant radiotherapy for early breast cancer, justifying further investigation in a randomised trial.
Methods: fifty-eight patients with ?15% increase in arm volume after supraclavicular ± axillary radiotherapy (axillary surgery in 52/58 patients) were randomised in a 2:1 ratio to HBO (n = 38) or to best standard care (n = 20). The HBO group breathed 100% oxygen at 2.4 atmospheres absolute for 100 min on 30 occasions over 6 weeks. Primary endpoint was ipsilateral limb volume expressed as a percentage of contralateral limb volume. Secondary endpoints included fractional removal rate of radioisotopic tracer from the arm, extracellular water content, patient self-assessments and UK SF-36 Health Survey Questionnaire.
Findings: of 53/58 (91.4%) patients with baseline assessments, 46 had 12-month assessments (86.8%). Median volume of ipsilateral limb (relative to contralateral) at baseline was 133.5% (IQR 126.0–152.3%) in the control group, and 135.5% (IQR 126.5–146.0%) in the treatment group. Twelve months after baseline the median (IQR) volume of the ipsilateral limb was 131.2% (IQR 122.7–151.5%) in the control group and 133.5% (IQR 122.3–144.9%) in the treatment group. Results for the secondary endpoints were similar between randomised groups.
Interpretation: no evidence has been found of a beneficial effect of HBO in the treatment of arm lymphoedema following primary surgery and adjuvant radiotherapy for early breast cancer
Text
HOT I_Gothard et al_Oct 2010.pdf
- Other
More information
Published date: 2010
Organisations:
Faculty of Health Sciences
Identifiers
Local EPrints ID: 365590
URI: http://eprints.soton.ac.uk/id/eprint/365590
ISSN: 0167-8140
PURE UUID: b2ef6278-94f1-49e8-b074-641e6e9ee207
Catalogue record
Date deposited: 12 Jun 2014 09:27
Last modified: 14 Mar 2024 16:58
Export record
Altmetrics
Contributors
Author:
L. Gothard
Author:
J.S. Haviland
Author:
P. Bryson
Author:
G. Laden
Author:
M. Glover
Author:
S. Harrison
Author:
M. Woods
Author:
G. Cook
Author:
C. Peckitt
Author:
A. Pearson
Author:
N. Somaiah
Author:
A. Stanton
Author:
P. Mortimer
Author:
J. Yarnold
Download statistics
Downloads from ePrints over the past year. Other digital versions may also be available to download e.g. from the publisher's website.
View more statistics