Background: A disturbance of the superficial lymphatic system (dermal backflow) in patients with breast cancer-related lymphedema (BCRL) can be visualized by near-infrared fluorescence imaging or lymphofluoroscopy. In clinical practice, exact measurement of the dermal backflow is difficult. The purpose of the study is to investigate the concurrent validity between the clinical assessments and the lymphofluoroscopy in patients with BCRL. Methods and Results: Forty-five patients with BCRL stage I to IIb received lymphofluoroscopy and clinical assessments of their edematous limb (pitting status, skinfold thickness, skin elasticity, water content, lymphedema volume, and extracel...
Background: Lymphoedema can develop after treatment for breast cancer due to damage caused to the ly...
Copyright © 2013 Catherine Bulley et al. This is an open access article distributed under the Creati...
Research on secondary lymphedema primarily uses indirect methods for diagnosis. This paper compares ...
Purpose: To determine the relationship between physical methods of measuring lymphedema and self-rep...
This study aimed to investigate lymphedema prevalence using three different measurement/diagnostic c...
Background: Breast cancer survivors are at life-time risk of developing lymphedema (LE). The goal of...
Improvements in the treatment of breast cancer have resulted in better survival rates and less breas...
Lymphedema can develop after treatment for breast cancer (BCRL). Lymphedema of the breast is not wel...
BACKGROUND: Biomechanical skin changes in breast cancer-related lymphedema (BRCL) have barely been d...
Background: Quantitative measurements to help detect incipient or latent lymphedema in patients at r...
One of the more problematic and dreaded complications of breast cancer is lymphoedema. Our objective...
One of the more problematic and dreaded complications of breast cancer is lymphoedema. Our objective...
Background: Local tissue water in patients with breast cancer-related lymphedem...
Background: Tissue dielectric constant (TDC) and spot bioimpedance measurement (BIA) have a role in ...
Introduction: In the absence of monitoring programs, those at risk of developing breast cancer–relat...
Background: Lymphoedema can develop after treatment for breast cancer due to damage caused to the ly...
Copyright © 2013 Catherine Bulley et al. This is an open access article distributed under the Creati...
Research on secondary lymphedema primarily uses indirect methods for diagnosis. This paper compares ...
Purpose: To determine the relationship between physical methods of measuring lymphedema and self-rep...
This study aimed to investigate lymphedema prevalence using three different measurement/diagnostic c...
Background: Breast cancer survivors are at life-time risk of developing lymphedema (LE). The goal of...
Improvements in the treatment of breast cancer have resulted in better survival rates and less breas...
Lymphedema can develop after treatment for breast cancer (BCRL). Lymphedema of the breast is not wel...
BACKGROUND: Biomechanical skin changes in breast cancer-related lymphedema (BRCL) have barely been d...
Background: Quantitative measurements to help detect incipient or latent lymphedema in patients at r...
One of the more problematic and dreaded complications of breast cancer is lymphoedema. Our objective...
One of the more problematic and dreaded complications of breast cancer is lymphoedema. Our objective...
Background: Local tissue water in patients with breast cancer-related lymphedem...
Background: Tissue dielectric constant (TDC) and spot bioimpedance measurement (BIA) have a role in ...
Introduction: In the absence of monitoring programs, those at risk of developing breast cancer–relat...
Background: Lymphoedema can develop after treatment for breast cancer due to damage caused to the ly...
Copyright © 2013 Catherine Bulley et al. This is an open access article distributed under the Creati...
Research on secondary lymphedema primarily uses indirect methods for diagnosis. This paper compares ...