Search for dissertations about: "Nitric oxide in experimental sepsis"
Showing result 1 - 5 of 7 swedish dissertations containing the words Nitric oxide in experimental sepsis.
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1. Nitric oxide in experimental sepsis
Abstract : Nitric oxide (NO) is important in the control of blood pressure and organ perfusion. In septic shock, NO produced by inducible NO-synthase (NOS) has been claimed to mediate pathological vasodilation and cell injury, while NO produced by constitutive NOS may be protective in counteracting hypoperfusion and organ injury. READ MORE
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2. Nitric oxide and extravasation in endotoxaemia : an experimental study
Abstract : Background: Despite advances in intensive care the mortality of patients in septic shock is still high. In early stages the condition is characterised by circulatory failure that is a consequence of myocardial depression, vasodilatation with decreased sensitivity to catecholamine stimulation and increased loss of protein and fluid from the circulation. READ MORE
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3. Endogenous Nitric Oxide Production and Pulmonary Blood Flow : during different experimental lung conditions
Abstract : Nitric oxide (NO) is an important regulator of pulmonary blood flow and attenuates hypoxic pulmonary vasoconstriction (HPV). Nitric oxide is synthesized enzymatically in a number of tissues, including the lungs, and can also be generated from reduction of nitrite during hypoxia and acidosis. READ MORE
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4. Nasal airway nitric oxide : methodological aspects and influence of inflammation
Abstract : Nitric oxide (NO) is an endogenously formed free radical gas involved in numerous biological processes. In 1991 NO was discovered to be present in exhaled air of humans. Soon after, it was reported that the largest amounts of NO were found in the upper airways, and that the levels of NO were increased in the lower airways of patients with asthma. READ MORE
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5. Biomarkers in endotoxemia with a special interest in citrullinated histone H3
Abstract : Background: Sepsis with multi-organ failure has an unacceptably high mortality rate of 25- 30% despite the use of antibiotics and modern intensive care. Attenuating the multi-organ failure and finding new biomarkers for early detection of septic shock would be of high clinical relevance in order to improve outcome. READ MORE