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Showing posts with label complex decongestive therapy. Show all posts
Showing posts with label complex decongestive therapy. Show all posts

Friday, August 31, 2012

A systematic review of the evidence for complete decongestive therapy in the treatment of lymphedema


A systematic review of the evidence for complete decongestive therapy in the treatment oflymphedema from 2004 to 2011.


August 2012


Source

Lymphedema Therapy and The Boris-Lasinski School, Woodbury, NY.

Abstract


OBJECTIVE:

To critically analyze the contemporary published research that pertains to the individual components of complete decongestive therapy (CDT), as well as CDT as a bundled intervention in the treatment of lymphedema.

DATA SOURCES:

Publications were retrieved from 11 major medical indices for articles published from 2004-2010 by using search terms for lymphedema and management approaches. Literature archives of the authors and reference lists were examined through 2011.

STUDY SELECTION:

A research librarian assisted with initial literature searches by using search terms used in the Best Practice for the Management of Lymphoedema, plus expanded terms, for literature related to lymphedema. Authors sorted relevant literature for inclusion and exclusion; included articles were sorted into topical areas for data extraction and assessment of level of evidence by using a published grading system and consensus process. The authors reviewed 99 articles, of which 26 met inclusion criteria for individual studies and 1 case study did not meet strict inclusion criteria. In addition, 14 review articles and 2 consensus articles were reviewed.

DATA EXTRACTION:

Information on study design and/or objectives, participants, outcomes, intervention, results, and study strengths and weaknesses was extracted from each article. Study evidence was categorized according to the Oncology Nursing Society Putting Evidence into Practice level of evidence guidelines after achieving consensus among authors.

DATA SYNTHESIS:

Levels of evidence were only moderately strong, because there were few randomized controlled trials with control groups, well-controlled interventions, and precise measurements of volume, mobility and/or function, and quality of life. Treatment interventions were often bundled, which makes it difficult to determine the contribution of each individual component of treatment to the outcomes achieved.

CONCLUSIONS:

CDT is seen to be effective in reducing lymphedema. This review focuses on original research about CDT as a bundled intervention and 2 individual components, manual lymph drainage and compression bandages. Additional studies are needed to determine the value and efficacy of the other individual components of CDT.


Pressure monitoring of multilayer inelastic bandaging and the effect of padding in breast cancer-related lymphedema patients.


Pressure monitoring of multilayer inelastic bandaging and the effect of padding in breast cancer-related lymphedema patients.


Sept 2012

Source

From the Department of Rehabilitation Medicine (YK, JYJ, SJL, SYJ), Department of Biomedical Engineering (DIS), and Department of Biostatistics (HJK), Asan Medical Center, University of Ulsan College of Medicine, Seoul, South Korea; and Department of Rehabilitation Medicine, Incheon St. Mary's Hospital, The Catholic University of Korea, Incheon, South Korea (D-HJ).

Abstract


OBJECTIVE:

This study of pressure monitoring of multilayer inelastic bandaging and the effect of padding in breast cancer-related lymphedema patients aimed to measure the resting and working sub-bandage pressures in compression therapy forlymphedema patients and to determine whether applying additional padding has an additional effect in volume reduction of the limb.

DESIGN:

Forty-eight patients with breast cancer who were beginning complex decongestive therapy for lymphedema were included. In 24 patients, padding was added to the forearm. A short-stretch bandage with or without padding was applied to the affected arm. The working pressure was measured while the patients squeezed a rubber device. The forearm limb circumference was measured before and after 2 wks of treatment.

RESULTS:

The mean (SD) of the resting pressure was 36.3 (2.2) mm Hg without padding and 49.5 (3.2) mm Hg with padding. The mean (SD) of the working pressure was 9.5 (3.7) mm Hg without padding and 24.3 (9.1) mm Hg with padding (P < 0.05). The volume loss after treatment was significantly greater in the group with added padding (P < 0.05).

CONCLUSIONS:

The working pressure during exercising with a force of 50 Pa is approximately 10 mm Hg with a short-stretch bandage applied. Adding a pad increases both the resting and the working pressure and also seems to be effective in increasing volume reduction of the limb.