View clinical trials related to Cellulitis.
Filter by:Background: - Staphylococcus aureus, or staph, is commonly found on the skin and in the respiratory system. Sometimes people who get sick with staph infection do not get better with standard treatment. These staph infections can be serious and even deadly. Researchers want to find out why some people are more likely to get the infection. Objectives: - To look at the immune response of the skin when it is exposed to bacteria. Eligibility: - People age 2 65 with hyper IgE syndrome (HIES) and those with recurrent staph infections. - Healthy volunteers. Design: - Participants will be screened with medical history, physical exam, and blood tests. - Over 1 5 days, participants may have blood tests and a skin and nasal swab. They may have additional tests if needed. If they had a recent biopsy, researchers may ask for a sample from it. - Some participants will spend the night at the clinic. Their vital signs will be taken and they will have blood drawn. Some participants will take aspirin or ibuprofen starting 2 days before their stay. - Some participants will have blisters created on the inside of their forearm. Suction will pull a layer of skin from their arm. Skin will be removed. Different solutions will be applied to the blisters. Up to 3 biopsies may be taken. - Children will not have blood tests or biopsies. - Participants will be called every day for 10 days, then at 30 days after the procedure. - Participants will have a follow-up visit 10 days after the procedure. - Participants who did not get blisters or biopsies will not have any follow-up appointments.
The term cellulitis is a medical term describing a bacterial infection of the skin and tissues beneath the skin. Although it is usually easily treated with antibiotics given either orally or through a vein (intravenously), knowing which route of antibiotic treatment to prescribe to a person attending an Emergency Department with cellulitis is not clear. A Clinical Prediction rule (CPR) is a decision-making tool that comes from original research as opposed to the opinion of experts. We intend to create a preliminary CPR to decide which patients require oral and which patients require intravenous antibiotics for cellulitis from their first visit to an emergency department. The aim of this is to provide safer care by reducing the risk of a patient returning to the hospital with a worsening infection. It will also promote more cost-effective care by reducing hospital re-attendance rates and wasted antibiotics. Patients attending the department with cellulitis who are suitable for oral antibiotic treatment will be enrolled into this study. A separate doctor will re-examine at least 10% of study participants in order to reduce bias. A set of physical signs and symptoms will be recorded from each patient in order to determine which ones are associated with them "failing" prescribed oral treatment. A study investigator will then phone the patient after 14 days to see whether they are better or whether they required intravenous antibiotics to get better.
To compare the efficacy of treatment with a single dose of dalbavancin 1500 mg to treatment with a two dose regimen of dalbavancin (1000 mg on Day 1 followed by 500 mg on Day 8) in participants with known or suspected Gram-positive acute bacterial skin and skin structure infections (ABSSSI) at 48 -72 hours after initiation of treatment.
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.
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.
Acute illness is the most common presentation of children attending ambulatory care settings. Serious infections (e.g. meningitis, sepsis, pyelonephritis, pneumonia) are rare, but their impact is quite large (increased morbidity, mortality, induced fear in parents and defensive behaviour in clinicians). Early recognition and adequate referral of serious infections are essential to avoid complications (e.g. hearing loss after bacterial meningitis) and their accompanied mortality. Secondly, we aim to reduce the number of investigations, referrals, treatments and hospitalisations in children who are diagnosed with a non-serious infection. Apart from the cost-effectiveness, this could lead to less traumatic experiences for the child and less fear induction for the concerned parent. Finally, we aim to support the clinicians to rationalise their antibiotic prescribing behaviour, resulting in a reduction of antibiotic resistance in the long run.
Extracorporeal shock wave therapy (ESWT) has been successfully introduced into the treatment of cellulite over the last years. The purpose of this study is to test the following hypotheses: (i) cellulite can be efficiently and safely treated using the radial extracorporeal shock wave device, Swiss Dolorclast (Electro Medical Systems S.A., Nyon, Switzerland); and (ii) the individual clinical outcome of cellulite treatment with ESWT can be predicted by means of the patient's individual cellulite grade at baseline, the patient's individual age, body mass index (BMI), weight, and/or height.
Introduction: Despite several expert panel recommendations and cellulitis treatment guidelines, there are currently no clinical decision rules to assist clinicians in deciding which emergency department (ED) patients should be treated with oral antibiotics and which patients require intravenous therapy at first presentation of uncomplicated cellulitis. The objective of this prospective study is to determine potential patient risk factors associated with adult patients (>17years) presenting to the ED with a concern about a skin or soft tissue infection who fail initial antibiotic therapy for the treatment of standard cellulitis and require a change of antibiotics or admission to hospital. Methods: This study will be a prospective study conducted in two tertiary care EDs. Patients will be excluded if they have been treated with antibiotics for the current bout of cellulitis prior to presenting to the ED, patients admitted to hospital and those patients with abscesses only. Hired research assistants (RAs) will administer a questionnaire at the initial ED visit with telephone follow-up 2 weeks later. Treatment failure will be defined as patients requiring subsequent hospitalization, initiation of intravenous antibiotics (if oral antibiotics were prescribed initially), or a change of oral antibiotics for the original cellulitis. Results: This study will provide a detailed profile of patient risk factors associated with treatment failure of cellulitis. The results will be analyzed and used in formulating a clinical decision rule for effective treatment of cellulitis presenting to the ED. Each of the predictor variables associated (p ≤ 0.1) with failed treatment in the univariate analysis will be considered in a multivariate logistic regression model. Additionally, treatment variability among clinicians in regard to cellulitis will be evaluated and compared to treatment failures, thus providing data on successful treatment regimens. Conclusions: Results from this research may be used to generate a clinical prediction rule to assist clinicians in effectively treating patients presenting to emergency departments with cellulitis. Understanding which patient risk factors for treatment failure will assist clinicians in determining which patients will benefit from intravenous versus oral antibiotics.
This study aims to assess the safety of using continuous regional anesthesia for post-operative analgesia during septic limb orthopedic surgery. The study hypothesis is that continuous regional anesthesia would not induce septic complication in the operated limb and could improve post-operative recovery.
The aim of this study is to see whether the addition of Clindamycin, a protein inhibiting antibiotic, to the standard antibiotic treatment of limb cellulitis, with Flucloxacillin, results in less tissue damage and a more rapid resolution of both systemic and local features, in a cost-effective manner. This study is a randomised controlled trial comparing Clindamycin with placebo.