Search Results - "NIKLASON, Lisbet"

Dead space and CO₂ elimination related to pattern of inspiratory gas delivery in ARDS patients by Aboab, Jerome, Niklason, Lisbet, Uttman, Leif, Brochard, Laurent, Jonson, Björn

“…The inspiratory flow pattern influences CO₂ elimination by affecting the time the tidal volume remains resident in alveoli. This time is expressed in terms of…”
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Effect of inspired oxygen fraction on alveolar derecruitment in acute respiratory distress syndrome by ABOAB, Jérome, JONSON, Bjorn, KOUATCHET, Achille, TAILLE, Solenne, NIKLASON, Lisbet, BROCHARD, Laurent

“…High fractions of inspired oxygen (FIO(2)) used in acute lung injury (ALI) may promote resorption atelectasis. The impact of derecruitment related to high…”
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The influence of venous admixture on alveolar dead space and carbon dioxide exchange in acute respiratory distress syndrome: computer modelling by Niklason, Lisbet, Eckerström, Johannes, Jonson, Björn

“…Alveolar dead space reflects phenomena that render arterial partial pressure of carbon dioxide higher than that of mixed alveolar gas, disturbing carbon…”
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Dead space and CO.sub.2 elimination related to pattern of inspiratory gas delivery in ARDS patients by Aboab, Jerome, Niklason, Lisbet, Uttman, Leif, Brochard, Laurent, Jonson, Björn

“…Introduction The inspiratory flow pattern influences CO.sub.2 elimination by affecting the time the tidal volume remains resident in alveoli. This time is…”
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Carbon dioxide rebreathing with the anaesthetic conserving device, AnaConDa by Sturesson, L.W., Malmkvist, G., Bodelsson, M., Niklason, L., Jonson, B.

“…The anaesthetic conserving device (ACD) AnaConDa® was developed to allow the reduced use of inhaled agents by conserving exhaled agent and allowing…”
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Pattern of inspiratory gas delivery affects CO2 elimination in health and after acute lung injury by Åström, Elisabet, Uttman, Leif, Niklason, Lisbet, Aboab, Jerome, Brochard, Laurent, Jonson, Björn

“…Objective To avoid ventilator induced lung injury, tidal volume should be low in acute lung injury (ALI). Reducing dead space may be useful, for example by…”
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Effects of inspiratory pause on CO2 elimination and arterial PCO2 in acute lung injury by Devaquet, Jerome, Jonson, Bjorn, Niklason, Lisbet, Si Larbi, Anne-Gaelle, Uttman, Leif, Aboab, Jerome, Brochard, Laurent

“…1 Medical Intensive Care Unit, AP-HP, INSERM Unit 841, Centre Hospitalier Albert Chenevier-Henri Mondor, Créteil, France; 2 Department of Clinical Physiology,…”
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Effects of inspiratory pause on CO^sub 2^ elimination and arterial Pco^sub 2^ in acute lung injury by Devaquet, Jérôme, Jonson, Björn, Niklason, Lisbet, Larbi, Anne-Gaëlle Si, Uttman, Leif, Aboab, Jérôme, Brochard, Laurent

“…A high respiratory rate associated with the use of small tidal volumes, recommended for acute lung injury (ALI), shortens time for gas diffusion in the…”
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Effects of inspiratory pause on CO 2 elimination and arterial P co 2 in acute lung injury by Devaquet, Jérôme, Jonson, Björn, Niklason, Lisbet, Si Larbi, Anne-Gaëlle, Uttman, Leif, Aboab, Jérôme, Brochard, Laurent

“…A high respiratory rate associated with the use of small tidal volumes, recommended for acute lung injury (ALI), shortens time for gas diffusion in the…”
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Pattern of inspiratory gas delivery affects CO(2) elimination in health and after acute lung injury by Åström, Elisabet, Uttman, Leif, Niklason, Lisbet, Aboab, Jerome, Brochard, Laurent, Jonson, Björn

“…Objective To avoid ventilator induced lung injury, tidal volume should be low in acute lung injury (ALI). Reducing dead space may be useful, for example by…”
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Measurement and mathematical modelling of elastic and resistive lung mechanical properties studied at sinusoidal expiratory flow by Bitzén, Ulrika, Niklason, Lisbet, Göransson, Ingegerd, Jonson, Björn

“…Summary Elastic pressure/volume (Pel/V) and elastic pressure/resistance (Pel/R) diagrams reflect parenchymal and bronchial properties, respectively. The…”
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Computer simulation allows goal-oriented mechanical ventilation in acute respiratory distress syndrome by Uttman, Leif, Ogren, Helena, Niklason, Lisbet, Drefeldt, Björn, Jonson, Björn

“…To prevent further lung damage in patients with acute respiratory distress syndrome (ARDS), it is important to avoid overdistension and cyclic opening and…”
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Dynamic elastic pressure-volume loops in healthy pigs recorded with inspiratory and expiratory sinusoidal flow modulation: Relationship to static pressure-volume loops by BITZEN, Ulrika, DREFELDT, Björn, NIKLASON, Lisbet, JONSON, Björn

“…The objective was to analyse relationships between inspiratory and expiratory static and dynamic elastic pressure-volume (P(el)/V) curves in healthy pigs. The…”
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Dynamic elastic pressure-volume loops in healthy pigs recorded with inspiratory and expiratory sinusoidal flow modulationRelationship to static pressure-volume loops by Bitzén, Ulrika, Drefeldt, Björn, Niklason, Lisbet, Jonson, Björn

“…Objective: The objective was to analyse relationships between inspiratory and expiratory static and dynamic elastic pressure-volume (P-el/V) curves in healthy…”
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CO2 elimination at varying inspiratory pause in acute lung injury by Aboab, J., Niklason, L., Uttman, L., Kouatchet, A., Brochard, L., Jonson, B.

“…Summary Previous studies have indicated that, during mechanical ventilation, an inspiratory pause enhances gas exchange. This has been attributed to prolonged…”
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Multiple pressure–volume loops recorded with sinusoidal low flow in a porcine acute respiratory distress syndrome model by Bitzén, Ulrika, Enoksson, Jens, Uttman, Leif, Niklason, Lisbet, Johansson, Leif, Jonson, Björn

“…Summary Objectives:  To develop a method for automatic recording of multiple dynamic elastic pressure–volume (Pel/V) loops. To analyse the relationship between…”
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Lung collapse at varying PEEP is indicated by multiple inspiratory pressure volume curves and by elastic pressure volume loops by Bitzén, Ulrika, Johansson, Leif, Drefeldt, Björn, Niklason, Lisbet, Jonson, Björn

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In ARDS, CO2 elimination depends on time for distribution of inspired gas by Aboab, J, Kouatchet, A, Niklason, Lisbet, Brochard, L, Jonson, Björn

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Multiple inspiratory-expiratory PEL/V loops in patients with ARDS by Aboab, J, Kouatchet, A, Drefeldt, B, Niklason, Lisbet, Brochard, L, Jonson, Björn

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Gas exchange during controlled ventilation in children with normal and abnormal pulmonary circulation: a study using the single breath test for carbon dioxide by FLETCHER, R, NIKLASON, L, DREFELDT, B

“…Carbon dioxide single breath tests (SBT-CO2) were obtained during anesthesia and controlled ventilation in 42 children about to undergo thoracic surgery. The…”
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