Friday, February 24, 2012
Multidisciplinary Lymphedema Treatment Program.
Development and use of guideline-derived quality indicators for community lymphoedema.
Development and use of guideline-derived quality indicators for community lymphoedema.
Feb 2012
Abstract
Background Treatment of lymphoedema is complex and needs specific skills. There are no standards for the evaluation of quality of care.
Objective
Development and application of indicators for the measurement of quality of care in lymphoedema.
Methods
In a three-step process including a national Delphi expert consensus, quality indicators were derived from national and international guidelines. In a cross-sectional study involving a large spectrum of care providers, the quality of lymphoedema care in the community was assessed by transforming the indicators to one unweighted quality index (QI).
Results
A total of 12 quality indicators were identified and applied to n = 348 patients with lymphoedema and lipolymphoedema of any origin in the metropolitan area of Hamburg (90.8% female, mean age 57, SD 14.5 years). On average, 55% of the quality indicators were met, and 64.8% of the patients were satisfied with lymphoedema care.
There was a significant correlation between QI and satisfaction.
Conclusions
The quality indicators and the QI are feasible and valid for the evaluation of quality of care. They can support optimizing lymphoedema care.
Thursday, February 16, 2012
Management of limb lymphedema
Management of limb lymphedema.
Source
Unité de lymphologie, centre national de référence des maladies vasculaires rares, hôpital Cognacq-Jay, 15, rue Eugène-Millon, 75015 Paris, France.
Abstract
Monday, February 13, 2012
Lymphangiogenesis: A Potential New Therapy for Lymphedema?
2012 Jan
Cooke JP.
Source
Stanford Cardiovascular Institute, Stanford, CA.
Abstract
At the level of the capillaries, the systemic circulation loses about 2-4 liters of fluid and about 100g of protein into the interstitium daily. This ultrafiltrate of the systemic capillaries is returned to the circulatory system by the lymphatics. The lymphatic vasculature is highly specialized to perform this service, beginning with the blind-ended lymphatic capillaries. These vessels are highly permeable to protein, fluid and even cells, due to fenestrations in their basement membrane, and discontinuous button-like junctions rather than tight intercellular junctions as observed in the systemic capillaries(1). The lymphatic capillaries merge into collectors and larger lymphatic conduits that are invested with vascular smooth muscle (capable of contracting and propelling lymph forward) and valves for unidirectional flow. These conduits merge at lymph nodes, delivering antigens to the immune cells and serving as an early warning system of pathogen invasion. The lymph nodes drain into conduits that ultimately merge into the thoracic duct which empties into the left subclavian vein.