Active clinical trials for "Cellulitis"

The overall purpose of the study is to determine how providing physicians with a quantitative measure of skin surface temperature influences diagnoses and diagnostic confidence in potential cellulitis cases when added to the standard evaluation.

Cellulitis is among the most common infections leading to hospitalization, yet the optimal duration of therapy remains ill defined. Pragmatically, Dutch guidelines advise 10-14 days of antibiotics, which is the current standard of care. Recently it has been shown that antibiotic treatment for pneumonia and urinary tract infections can safely and significantly be shortened. Importantly, in an outpatient setting, treatment of uncomplicated cellulitis with 5 days of antibiotics was as effective as 10 days. We hypothesize that there is no difference in outcomes when patients hospitalized with cellulitis are treated with either a short-course (6 days) or standard-course (12 days) of antibiotics.

The aim of this study is to evaluate the efficacy of addition of corticosteroid therapy to antibiotic treatment during the first 48 hours of admission to the hospital in patients with cellulitis and its impact in the duration of the stay.

Initiating early compression therapy in the treatment of lower limb cellulitis for adults admitted to the acute hospital to improve patient outcomes - a pilot study Cellulitis is a skin infection that results in oedema (additional fluid within tissues), erythema (redness) and variable levels of skin damage. Patients generally present with malaise, pain and if a lower limb is affected they have difficulty mobilising and weight bearing. Patients within this organisation are often referred to the tissue viability service only after significant skin damage has occurred (even thought they are receiving appropriate antibiotic therapy). At this point they will be offered an established plan of care that includes compression therapy if it can be tolerated however at present less than 50% of those being admitted are referred. Despite compression therapy being well proven in oedema management there is no data available to support or reject the early application in lower limb cellulitis. There is also a lack of information about the impact of early intervention in quality of life for patients in this specific group. This study has been developed in order to determine the feasibility of being able to undertake a wider trial which would evaluate the outcomes of patients with acute lower limb cellulitis treated with compression therapy versus standard care. The objectives of the study would be to test the procedures and data collection tools being considered for use in a wider study. This would include collection of quality outcome questionnaires, limb circumference measurements and photography as well as recruitment of participants, the follow up processes and participant attrition. Secondary objectives would be linked to quality of life outcome measures and would determine oedema reduction (and its impact on quality of life), the average number of beddays compared to a historical cohort and to determine recurrence within the study period.

This is a randomized, controlled study to compare patients evaluated and managed by internal medicine hospitalists alone versus patients who are additionally evaluated by a dermatologist when they are admitted to the hospital, aiming to demonstrate that hospital admissions for cellulitis that involve early dermatology consultation will reduce hospital length of stay, readmission rates, prevalence of pseudocellulitis, cost, and antibiotic usage. The hypothesis of this study is that obtaining inpatient dermatology consultations, within 24 hours of a patient being admitted to the hospital for cellulitis, will reduce the length of stay, readmission rate, cost, and antibiotic usage of the patient"s admission as well as properly evaluate and diagnose patients with pseudocellulitis. The primary objective will be to measure the difference in the length of stay for patients who are randomized to a dermatology consultation within 24 hours of hospital admission (active arm) versus being managed by an internal medicine hospitalist alone, as is the standard of care (control arm). The length of stay for each arm will be assessed once the study has been completed. The secondary endpoint will be to measure readmission rates for cellulitis after patients are discharged from the hospital. An additional endpoint will be to determine if antibiotic usage differs between patients randomized to a dermatology consultation and those not. Exploratory analyses will assess the percentage of patients with a concomitant known predisposing factor for recurrent cellulitis such as lymphedema, leg ulceration, tinea pedis, or onychomycosis, as well as the association of fever >100.5 F and a history of a prior episode of cellulitis.

The purpose of this study is to study the safety of single doses and multiple doses of Friulimicin B in healthy volunteers. The level of Friulimicin B will be measured in the subjects blood and urine. One part of the study will assess if Friulimicin B in the plasma of subjects has activity against bacteria.

This study will evaluate the safety and efficacy of daptomycin against complicated skin and skin-structure infections in adults

More than 40% of patients presenting with acute bacterial skin and skin structure infection (ABSSSI) to the Barnes-Jewish Hospital (BJH) emergency department (ED) are admitted for intravenous antibiotics. There is growing evidence to suggest that many hospital admissions for uncomplicated ABSSSI due to Gram-positive bacteria could be avoided with an alternative treatment strategy employing newer long-acting antibiotics. Coupled with close outpatient follow-up, such an alternative hospital avoidance strategy has the potential to improve quality and value of care for patients with uncomplicated ABSSSI and optimize use of limited inpatient healthcare resources.

Cellulitis is a painful bacterial infection of the skin and underlying tissue that needs antibiotic treatment. There are approximately 193,000 visits to Canadian emergency departments (EDs) each year for cellulitis. Emergency doctors who treat patients with cellulitis must decide on the correct antibiotic agent, dose, duration and frequency. Cellulitis is most commonly treated with the oral antibiotic cephalexin. However, there has been little research to guide doctors with respect to cellulitis treatment, which has led to an overuse of intravenous antibiotics. In addition, the current treatment failure rate of 20% is unacceptably high. When compared to standard-dose oral cephalexin, high-dose oral cephalexin may reduce treatment failure, which would help decrease the need for intravenous antibiotics and subsequent hospitalization. A well-designed clinical trial is necessary to determine if high-dose oral cephalexin reduces treatment failure for cellulitis patients. This pilot trial will determine the feasibility and design of such a clinical trial.

The aim of the present study is to value the effectiveness of Diathermy-Radiofrecuency treatment compared to Cavitation treatment in woman with cellulitis.