Active clinical trials for "Sepsis"

The purpose of this study is to investigate whether the addition of Methylene Blue to the standard treatment of septic shock will reduce vasopressor requirements

India, with one of the world's largest populations, continues to struggle with extremely high infant and neonatal mortality rates. Neonatal infection (sepsis) now accounts for 50 percent of deaths among community-born (and 20 percent of mortality among hospital-born) infants. This study is the first phase of a multi-phase project investigating interventions to prevent neonatal infection in India.

This is a randomized 2-arm study to compare two different times of giving the drug vancomycin. Half of the patients will begin vancomycin two days before a bone marrow transplant. The other half will get it as soon as they have the first fever. Streptococci are bacteria that live in one's mouth and gut. These bacteria can escape into the blood when the lining of the mouth and gut weakens from cancer therapy. This can make the person who is undergoing a bone marrow transplant very sick. All patients who get this infection are treated with antibiotics. Vancomycin is one drug that is used to treat this bloodstream infection once it is diagnosed. Studies have shown that giving vancomycin before a bone marrow transplant seems to prevent this infection. However, giving vancomycin too soon may increase the chance that the kidneys will be irritated. It may also increase the chance that other bacteria will become resistant to this drug. We, the investigators at Memorial Sloan-Kettering Cancer Center, do not know if waiting to start vancomycin until the patient has a first fever can also prevent this infection.

In this clinical outcomes analysis, the effect of a machine learning algorithm for severe sepsis prediction on in-hospital mortality, hospital length of stay, and 30-day readmission was evaluated.

The purpose of this pilot study is to test feasibility of concept, consent and enrollment rates, and mechanics of study designed to assess if intra-catheter dwells of tissue plasminogen activator (t-PA) is effective in decreasing the rate of clinically diagnosed central line associated blood stream infection (CLABSI) or venous thromboembolism (VTE) in central venous catheters (CVC) compared to standard of care heparin dwell.

SQ53 is a novel antimicrobial, sporicidal solution that is based on a platform of quaternary ammonium chloride compounds. It has been tested against a wide range of bacteria, viruses, spores and fungal pathogens. Extensive laboratory testing has demonstrated the effectiveness of SQ53 impregnated wipes in cleaning surfaces including catheters over a 24 hour plus time period. SQ53 also received an in vitro evaluation of the irritancy potential using a tissue engineered human skin model and was found to have no potential for skin irritation. SQ53 is available as a sterilized pack with a single wipe inside. The pack is easy to open by tearing off the top end and presenting the contents to the operator to remove under sterile conditions. The current study will be a randomized single-blinded placebo-controlled clinical trial for SQ53 wipes intended for catheter cleaning in patients receiving home parenteral nutrition.

124 neonates aged ≤7 days with suspected EOS were clinically evaluated using SNAP-II and gave blood samples for BC, total leucocytic count (TLC), lymphocytic and neutrophil count, and ELISA estimation of serum levels of PSP, procalcitonin (PCT), and tumor necrosis factor-α (TNF-α). Enrolled neonates were categorized as Confirmed EOS: neonates with evident clinical sepsis manifestations and positive BC, Suspected EOS: neonates with evident clinical sepsis manifestations but had negative BC and No EOS included neonates free of evident clinical sepsis manifestations, had negative BC and showed no deterioration till 72-hr after admission.

Comparison of the effects of bolus, intermittent and continuous enteral feeding techniques on plasma glucose level and enteral feeding intolerance in adult intensive care unit patients with sepsis.

The purpose of this study is to see if applying parafilm as an external barrier on the central line in children having a bone marrow transplant helps to prevent central line associated bloodstream infection(s) and also to assess the ease of use of parafilm.

Late-onset neonatal sepsis (LOS), occurring in newborn of at least 7 days of life, is frequently observed in Neonatal Intensive Care Units (NICUs) and potentially severe (mortality, neurologic and respiratory impairments). Despite its high prevalence, a reliable diagnostic remains difficult. Currently, nonspecific clinical signs that might be linked to other neonatal conditions, such as prematurity and birth defects are used to determine the diagnosis of LOS. Laboratory results of biological markers, such as C-Reactive Protein (CRP) and Procalcitonin (PCT) are often delayed in comparison with LOS onset. Blood culture results are too late and lack sensitivity. Excessive antibiotic use is observed in a large proportion of NICU hospitalized newborns. This results in an increased antibiotic resistance, microbiota modification, neonatal complications (pulmonary, ophthalmologic and neurologic) and mortality. The primary objective is to identify, on a cohort of 250 patients, the optimal biomarker combination with good diagnostic performance (i.e. with maximal Area Under the ROC Curve) to early exclude a LOS diagnostic in newborns of at least 7 days of life with suggestive signs. This identification will be carried out, as a secondary objective, with a sub-group of pre-term neonates whose birth weight is less than 1500 grams. The diagnostic value of the clinical signs that are suggestive of LOS will also be determined (sensitivity, specificity, negative and positive predictive values). Once identified, the biomarker combination is expected to reduce unjustified antibiotic use.