View clinical trials related to Respiratory Tract Infections.
Filter by:Acute respiratory tract infections are among the most common problems of childhood, particularly among infants and children younger than 3 years, and account for most antibiotic prescriptions to children. Most of these infections are self-limited and do not require medical intervention; however, the symptoms overlap significantly with those of severe viral or bacterial infections. At the hospital Emergency Department (ED), medical assessment, prescription of antibiotics (unnecessarily if the infection is viral), and a series of investigations (e.g., blood work, X-rays) often take place before a decision on patient management and possible hospital admission can be made. Such procedures lead to intense use of human health resources (nursing, laboratory and radiology staff) and hospital facilities. The literature suggests that a prompt single viral diagnosis improves decision-making. To our knowledge, no-one has performed a controlled trial to examine the impact of a rapid, multi-viral detection test like VIRAP, or the impact of the timing of such a test, on management of children with flu-like illnesses in the ED. Our objective is to determine if use of our new viral detection program, VIRAP, for rapid testing for viral respiratory infections right after triage will improve patient management and resource use in the ED. We will test the hypothesis that availability of VIRAP at triage to support rapid diagnosis of viral infection in children at BCCH will (i) reduce the waiting time in the ED; (ii) improve decision making regarding diagnostic investigations and specimen collection; and (iii) decrease antibiotic prescriptions. Study completed and manuscript accepted for publication in the Journal of Pediatrics.
Does chlorhexidine gluonate, a simple broad-spectrum antimicrobial agent with virtually no adverse-effects lower the incidence of NI after cardiac surgery, especially with respect to LTI and SSI?
This study will explore the possible effect of a tailored educational intervention towards general practitioners, in order to improve antibiotic prescriptions for respiratory infections.
There are currently no interventions available to substantially reduce the incidence of low birth weight (LBW) apart from increasing the age at marriage, maternal iron supplementation and possibly improved energy intakes. The current view of the medical and public health community in India is that the immediate focus should be on promoting survival and development of low birth weight infants who have nearly a 6 to 7 fold higher mortality during infancy than those with normal birth weight. Low serum zinc is associated with increased incidence of diarrhea and pneumonia. There is sufficient evidence in under-threes that during acute illness, zinc supplementation (1-2 recommended dietary allowance [RDA]) reduces incidence of all episodes of diarrhea, severe diarrhea and pneumonia. A number of initial published trials also show significant effect of zinc treatment on pneumonia. With the large and consistent effects of zinc supplementation on the incidence and severity of infections, an effect on child mortality is likely. Available literature suggests the distinct possibility of reduced neonatal and infant mortality in LBWs receiving 1 RDA of zinc daily. A pilot study in India showed a 54% reduction in mortality in LBW infants. These findings were based on a very small sample and therefore considered insufficient to change policy. A positive impact in the proposed study will provide an important tool for reduction of infant mortality which is currently stagnant and government acceptance for such a program is likely to be very high. We, the researchers at the Society for Applied Studies, believe this study has the potential for decreasing infant mortality from its current level.
Zinc deficiency is common in developing country children, as food intakes are often low, foods from animal sources are infrequently used, the bioavailability of zinc from staple cereal-based diets is limited and zinc losses occur during recurring diarrheal illnesses. Zinc deficiency is associated with impairment in immunological and other defenses against infection and increased rates of serious infections. Due to limitations in currently used biochemical markers, supplementation trials in populations likely to be deficient provide a reliable means of assessing health consequences of zinc deficiency. A significantly lower incidence and prevalence of diarrhea has been observed in zinc supplemented developing country children in several placebo-controlled trials. The effect of routine zinc supplementation on lower respiratory tract infection is still unclear. We, therefore, evaluated the impact of daily zinc supplementation in a representative sample of children aged 6 to 30 months enrolled from a New Delhi slum area, with a sample size sufficient to determine the impact on the incidence of severe diarrhea and acute lower respiratory infection.
Sputum specimens will be obtained from children < 2 years of age and processed by different mode for the HMPV, RSV, Pertussis, Influenza A, B, Parainfluenza 1,2,3, Adenovirus. Clinical and epidemiological data will also be obtained.
Primary Objectives: - The primary objective of the study is to evaluate clinical efficacy i.e. to show that with respect to clinical cure rate, Ketek® (telithromycin) in the treatment of community acquired respiratory tract infections: community acquired pneumonia (CAP), acute bacterial exacerbation of chronic bronchitis (AECB) and acute sinusitis (AS), in outpatients. Secondary Objectives: The secondary objectives are to: - Further assess the efficacy of Ketek® (telithromycin) by considering the rate at which additional antibacterials were prescribed to treat the primary infection; the rate of hospitalisation due to a complication of the primary infection and assessment of bacteriological data, chest X-ray and sinus X-ray if available. - Evaluate safety of Ketek® (telithromycin) through Adverse Event (AE) and Serious Adverse Event (SAE) reporting
The purpose of the Study is to determine the prophylactic effects of CVT-E002 treatment for upper respiratory tract infections in healthy adult employees working with residents in continuing care facilities. It is hypothesized that the use of CVT-E002 will effectively reduce the incidence, severity and duration of upper respiratory infections among the participants when compared to placebo.
This is a randomized double-blind three-arm trial to evaluate two dosages of CVT-E002 against placebo in pediatric upper respiratory tract infections (URTI). It is hypothesized that CVT-E002 use at standard doses reduces the duration of URTI in children aged 3-12 years.
Respiratory syncytial virus (RSV) causes sickness and deaths in older people every winter. This study will investigate how aging affects the body's immune response (body's response to disease) to RSV. About 2000 people, age 21 and older, who reside in the upstate NY area, will be recruited. Two groups of subjects will be studied. The 1st group of volunteers will be recruited prior to the start of RSV season in year 1 of the study. These volunteers will include healthy people and people with various medical conditions. The 2nd group of volunteers will be patients admitted to Rochester General Hospital for acute respiratory illness. Procedures will include drawing blood from a vein in the arm (2 tablespoons), collecting nasal swabs, and collecting sputum. Volunteers may participate in study related procedures for up to 3 years.