Surgical and Nonsurgical Management of Lymphedema


Stage 0

Latent or subclinical lymphedema

No visible evidence of swelling

Lymph transport has been impaired

Can exist for months or years

Stage I

Visible, palpable edema that reduces with elevation

High protein content allows for pitting

Stage II

Decreased reduction in limb volume with elevation

Continued pitting that subsides due to excess fibrosis and deposition of fat

Stage III

Lymphostatic elephantiasis

Pitting often absent due to deposition of fat and fibrosis

Trophic skin changes





Pathophysiology of Secondary Lymphedema


The lymphatic system is responsible for returning proteins, water, and lipids from the interstitial tissue space to the intravascular space. The process of net filtration and reabsorption occurs within the interstitial tissue. Those molecules that are not reabsorbed into the blood capillaries are taken up by the lymphatics. However, in a lymphatic system that has been damaged, the ability of the lymphatic system to efficiently return fluid from the interstitium is compromised. This leads to the proteins and water molecules not being moved out of the tissue spaces as efficiently. According to Starling law, an increase in proteins results in an increase in colloid osmotic pressure in the tissue. The accumulation of this fluid results in distention, the development of fatty tissue, and progressive fibrosis. These processes also contribute to an increased risk of bacterial infections in those with lymphedema.


Measurement and Diagnosis


There are a variety of tools that allow limb volume to be measured. Use of circumferential measurement, water displacement, bioelectrical impedance, and perometry are the most common.

Taking circumferential measurements with a tape measure is the least expensive and most common method of tracking limb volume. There are, however, several limitations. The interrater and intrarater reliability is variable [8]. Volume calculation assumes a circular circumference which is seldom the case and also, if done correctly, is a time-consuming method.

Water displacement , while regarded as the gold standard for accuracy, is used less frequently. While it is inexpensive, it is time consuming, cumbersome, and messy. Additionally, water displacement cannot be used to localize lymphedema to a specific segment of the limb, and it cannot be used on patients with open skin lesions.

Bioelectrical impedance (bioimpedance) utilizes low-frequency electrical current that is passed through the extremity to measure the opposition to the flow of this current, or its impedance. There is some discrepancy in its ability to accurately depict limb volume changes, and it is applicable on unilateral involvement or risk only. One study compared bioimpedance with water displacement. It was found that of those with abnormal bioimpedance, few of them progressed to developing lymphedema. This demonstrated a poor correlation between the two measurement techniques [9].

The perometer is both valid and reliable, as well as time efficient [10]. It is, however, an expensive device and rather large. Many therapy clinics are challenged when it comes to clinic space and funds.

It has been determined that, while there are several means of determining limb volume, they are not accurately interchangeable nor is the same method reliable among practitioners.

There is not a consensus as to what constitutes a diagnosis of lymphedema, leading to the disparity in the literature in regard to incidence and prevalence. The use of a 200 mL or 10% difference between limbs has been made, as has a ≥2 cm difference in limb volume from the affected to nonaffected side. Subjective complaints of heaviness and achiness have also been considered. It has been cited that a 10% limb volume change from baseline is the most accurate means of diagnosing clinically evident lymphedema [8]. However, there can be up to 150 mL of fluid present prior to swelling being visible. It has been proposed that a subclinical diagnosis of a >3% increase from baseline is more proactive and allows for conservative intervention in the breast cancer population [11].


Nonsurgical Management


Complete decongestive therapy (CDT) has been the standard of care for the treatment of lymphedema. CDT includes manual lymph drainage, compression bandaging, exercises, and skin and nail care. The goals of CDT are to reduce the accumulated fluid maximally, reduce the risk of infections, and soften fibrotic tissue.

Manual lymphatic drainage is a gentle, hands-on technique that stimulates the lymphatic system to absorb fluid from the tissue spaces and move the fluid in the appropriate direction. The effects of MLD are to increase lymph production, increase the rate of contraction of the lymph angion, reverse lymph flow to reroute around the areas that have been damaged, and increase venous return. There is also a soothing and analgesic effect of MLD, as it promotes a parasympathetic response [12].

Compression for lymphedema is provided via bandages and/or garments. Short-stretch bandages are utilized during the treatment phase of CDT. They work with the muscle pump to facilitate movement of lymph fluid. The bandages exhibit a high working pressure on the tissues to promote fluid uptake. They are applied in layers, with more layers being applied distally to facilitate uptake and movement of lymph fluid back into the lymphatic system.

Once maximal reduction in limb volume has been achieved, or if the swelling was mild enough initially not to warrant CDT, compression garments are utilized to maintain the limb volume. There are a variety of daytime and nighttime garments available depending on the needs of the patient.

There is some discrepancy in the literature as to the efficacy of the individual components of CDT. A meta-analysis conducted by Huang et al. found that the addition of MLD to compression and exercise for the treatment of breast cancer-related lymphedema is unlikely to produce significant limb volume reduction. The reviewed studies were, however, poor in quality [13].

Multilayer compression bandaging has been found to be an effective means of reducing limb volume, either with or without the addition of MLD and/or exercise.

Intermittent pneumatic compression (IPC) devices have been used as an adjunct to lymphedema treatment. These devices utilize multichamber intermittent compression to facilitate the uptake and movement of lymph fluid. There has been shown to be improvement in reduction and/or maintenance of limb volume as well as increased tissue elasticity and quality of life in those who use IPC at home.

A systemic review and meta-analysis by Rogan et al. compared the effects of compression bandages, compression sleeves, IPC, and active exercise on the reduction of breast cancer-related lymphedema (BCRL) . Exercise was found to contribute to volume reduction. IPC has been shown to be an effective adjunct to traditional therapy, but not as a stand-alone treatment. A compression sleeve, unless worn at a subclinical onset of lymphedema [11], is to maintain limb volume, not reduce. Compression bandaging was found to be an effective means of reducing limb volume [14].

There are a variety of other adjunct treatment options, including but not limited to low-level laser, kinesiotaping, and acupuncture. None of these have been shown to be stand-alone therapies but have been shown in some cases to enhance the effects from CDT.


Surgical Management


A variety of surgical procedures are currently offered for lymphedema patients suffering from mild to severe symptoms. Surgical procedures fall into two broad categories: ablative and physiologic. Both can offer symptomatic relief from pain, infection, and/or swelling; improve limb range of motion; facilitate hygiene; and improve cosmesis. However, patients must be optimized on nonsurgical management prior to consideration for any lymphedema surgery and to maximize success. Surgical options are not considered curative and must be customized based on each patient’s etiology, comorbidities, symptoms/staging, physical examination, surgeon’s preference for debulking versus physiologic procedures, and occasionally preoperative imaging (lymphoscintigraphy and/or MRI). Timing of surgical intervention may correlate to efficacy, as early and mild symptoms may respond to physiological procedures better and late-stage lymphedema may only be amenable to debulking or ablative procedures [15]. Also, patients with lymphedema secondary to obesity should first consider bariatric surgery.

Early surgical interventions consisted primarily of direct excision of the areas of enlarged skin and subcutaneous tissue. Today, two commonly used ablative procedures are direct excision and liposuction. Large pendulous masses are more easily amenable to direct excision. Often, debulking procedures were performed in series to slowly but effectively decrease the size of the limb [16]. Complications include wound healing problems, infection, and recurrence. The Charles procedure is reserved often for the most severe or advanced disease. A radical debulking is performed by removing all of the abnormal skin and subcutaneous tissue completely to the epimysium or deep fascia, and applying skin grafts from either the resected specimen or alternate donor sites. The superficial lymphatic system is completely disrupted, and any foot lymphedema may be exacerbated. The resulting limb may suffer from hyperkeratoses, papillomatosis, graft contracture, infection, and ulceration with a cosmetically poor but functionally acceptable result [17, 18].

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Feb 26, 2018 | Posted by in GYNECOLOGY | Comments Off on Surgical and Nonsurgical Management of Lymphedema

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