Venous Insufficiency Clinical Trial
Official title:
Cryotherapy for Chronic Venous Disorders
Severe skin damage caused by chronic venous disorders (CVDs) results in relentless pain and poor quality of life for millions of adults in the U.S. each year. DVDs are under-recognized and under-treated disorders shat harm the veins of the legs and at worst, cause skin inflammation and venous leg ulcers. A new way to ease the pain and inflammation is proposed in this study of cryotherapy (cool gel wraps) applied to damaged skin of the lower legs of CVD-affected individuals. The study hypothesis predicts that this novel cryotherapy model and method will significantly improve the health and quality of life for those with CVDs and that the intervention will become a standard of care for CVDs. In addition, the method will, over time, reduce health care costs associated with treating poor CVD outcomes.
Chronic venous disorders (CVDs) often cause long-term disability for those who experience the
worst manifestations of CVDs: disabling pain and non-healing leg ulcers. Such disabilities
have significant socioeconomic implications in terms of lost work days and wages, decreased
productivity,and ultimately increased health care costs that deteriorate the well-being and
quality of life for those who have CVD-induced illnesses. Because no reliable preventive
mechanisms exists for CVDs, this study proposes a preventive, self-management cryotherapy
intervention that targets inflamed skin of populations with CVDs at highest risk of
developing chronic leg ulcers. The proposed cryotherapy intervention will utilize a
randomized controlled clinical trial to develop a method to reduce clinical symptoms by
improving existing therapy - it is not a treatment for CVDs itself. In the proposed pilot
feasibility study, subjects will be randomized to two groups; the cryotherapy intervention
group (n=30) who will receive a four-week, cryotherapy gel wrap applied daily to the affected
skin of the lower legs in addition to the standard of care (usual care). The control group
(n=30) will receive the usual care of compression wraps or stockings applied to the lower
legs and daily leg elevation. With this method, improvement of skin microcirculation, reduced
leg pain, and improvement in quality of life will be observed. The following aims will test
the hypothesis:
Aim 1: Evaluate the feasibility of the novel intervention including treatment fidelity,
subject training, safety, and side effects associated with equipment and recruitment efforts
and further refine the intervention protocol, including questionnaires used in our previous
studies.
Aim 2: Estimate variability of outcome measurements and effect sizes needed to calculate
sample size for a subsequent larger, adequately powered, randomized clinical trial of the
efficacy of the novel cryotherapy intervention.
Aim 3: Investigate the presence of a preliminary "signal" of clinical efficacy of the
experimental treatment by evaluating trends toward statistical significance for the
hypothesis that the experimental group will experience greater reduction in skin temperature
and blood flow, greater improvement in pain, and greater improvement in quality of life.
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