Keywords: تنش سکته مغزی; Thoracic surgery; One-lung ventilation; Stroke volume variation; Goal-directed therapy; Heart-lung interaction; Cirurgia torácica; Ventilação monopulmonar; Variação do volume sistólico; Terapia alvo-dirigida; Interação coração-pulmão;
مقالات ISI تنش سکته مغزی (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: تنش سکته مغزی; dogs; fluid responsiveness; plethysmography variability index; pulse pressure variation; stroke volume variation;
Keywords: تنش سکته مغزی; Arterial pressure; Stroke volume variation; Pulse pressure variation; Arterial elastance; Volume expansion;
Keywords: تنش سکته مغزی; ICU; intensive care units; PPV; pulse pressure variation; SVV; stroke volume variation; CO; cardiac output; CI; cardiac index; ÎScvo2; change of Scvo2; ÎCI; changes of cardiac index; PUMCH; Peking Union Medical College Hospital; CVP; central venous pres
Keywords: تنش سکته مغزی; Inferior vena cava; Fluid responsiveness; Stroke volume variation; Central venous pressure; Gastrointestinal surgery
Keywords: تنش سکته مغزی; positive end-expiratory pressure; right ventricle; stroke volume variation; thermodilution; pulmonary artery catheter; cardiac output;
Keywords: تنش سکته مغزی; SIMD; sepsis-induced myocardial dysfunction; IL; interleukin; LPS; lipopolysaccharide; WT; wild type; WBC; white blood cell; TNF; tumor necrosis factor; TGF; transforming growth factor; EBI3; Epstein-Barr-virus-induced gene 3; APC; antigen-presenting ce
Keywords: تنش سکته مغزی; ICU; intensive care unit; ACLF; acute on chronic liver failure, CLIF, chronic liver failure organ failure; AST; American society of transplantation; ASTS; American society of transplant surgeons; EASL; European association for the study of the liver; AKI;
Keywords: تنش سکته مغزی; atropine; hemodynamics; stroke volume; stroke volume variation
Keywords: تنش سکته مغزی; Afterload; haemodynamic monitoring; preload; pulmonary artery catheter; pulse countour analysis; shock; stroke volume variation; systolic pressure variation;
Keywords: تنش سکته مغزی; CO; cardiac output; DO2; oxygen delivery; GDT; goal-directed fluid therapy; LCVP; low central venous pressure; PACU; postanesthesia care unit; SV; stroke volume; SVI; stroke volume index; SVV; stroke volume variation;
Keywords: تنش سکته مغزی; Functional hemodynamic monitoring; Dynamic tissue O2 saturation; Positive-pressure ventilation; Stroke volume variation;
Keywords: تنش سکته مغزی; Central venous pressure; Volume status; Hemodynamics; Stroke volume variation
Keywords: تنش سکته مغزی; stroke volume variation; pulse pressure variation; pulse contour analysis; acute respiratory distress syndrome; dynamic preload assessment; fluid therapy; fluid responsiveness; hypovolaemia
Keywords: تنش سکته مغزی; arterial waveform; arterial line; minimally invasive monitoring; devices; cardiac output; stroke volume variation
Keywords: تنش سکته مغزی; Fluid responsiveness; heart–lung interactions; hypovolaemia; passive leg raise; pulse pressure variation; stroke volume variation; systolic pressure variation
Comportamento da variação do volume sistólico em pacientes hemodinamicamente estáveis durante cirurgia torácica com perÃodos de ventilação monopulmonar
Keywords: تنش سکته مغزی; Cirurgia torácica; Ventilação monopulmonar; Variação do volume sistólico; Terapia alvoâdirigida; Interação coraçãoâpulmão; Thoracic surgery; Oneâlung ventilation; Stroke volume variation; Goalâdirected therapy; Heartâlung interaction;
Comparison of two stroke volume variation-based goal-directed fluid therapies for supratentorial brain tumour resection: a randomized controlled trial
Keywords: تنش سکته مغزی; brain tumour; goal-directed fluid therapy; stroke volume variation;
Original ContributionHemodynamics of mesenteric traction syndrome measured by FloTrac sensor
Keywords: تنش سکته مغزی; Stroke volume variation; Flurbiprofen axetil; Fluid loading;
FloTrac® Monitoring System: What Are Its Uses in Critically III Medical Patients?
Keywords: تنش سکته مغزی; Arterial pressure waveform analysis; Cardiac output; Stroke volume variation; Systemic vascular resistance; Sepsis; ICU;
Transoesophageal echocardiography as a clinical tool to maximise oxygen delivery intraoperatively in major high risk surgery
Keywords: تنش سکته مغزی; Transoesophageal echocardiography; Intraoperative; Stroke volume; Superior vena cava collapsibility; Stroke volume variation;
Evaluation of arterial waveform derived variables for an assessment of volume resuscitation in mechanically ventilated burn patients
Keywords: تنش سکته مغزی; Fluid resuscitation; Burn; Stroke volume variation
Effect of pulse pressure on the predictability of stroke volume variation for fluid responsiveness in patients with coronary disease
Keywords: تنش سکته مغزی; Fluid responsiveness; Pulse contour analysis; Pulse pressure; Stroke volume index; Stroke volume variation;
Hemodynamic Monitoring in the Critical Care Environment
Keywords: تنش سکته مغزی; Cardiac output; Hemodynamics; Stroke volume variation; Pulmonary artery catheter;
Do induced hypertension and hypotension affect stroke volume variation in man? ★
Keywords: تنش سکته مغزی; Induced hypertension, induced hypotension, induced hypotensive anesthesia; Stroke volume variation
The effect of body position changes on stroke volume variation in 66 mechanically ventilated patients with sepsis
Keywords: تنش سکته مغزی; Stroke volume variation; Body position change; Sepsis;
Comparative study of pressure- and volume-controlled ventilation on stroke volume variation as a predictor of fluid responsiveness in patients undergoing major abdominal surgeryâ
Keywords: تنش سکته مغزی; Fluid responsiveness; Cardiac output; Stroke volume variation; Ventilation mode;
Fluid management guided by stroke volume variation failed to decrease the incidence of acute kidney injury, 30-day mortality, and 1-year survival in living donor liver transplant recipients
Keywords: تنش سکته مغزی; acute kidney injury; central venous pressure; liver transplantation; stroke volume variation
Variation of left ventricular outflow tract velocity and global end-diastolic volume index reliably predict fluid responsiveness in cardiac surgery patients
Keywords: تنش سکته مغزی; Velocity time integral; Global end-diastolic volume index; Stroke volume variation; Pulse pressure variation; Fluid responsiveness; Preload; Monitoring;
To give or not to give fluid challenges!
Keywords: تنش سکته مغزی; Static parameters; Dynamic parameters; Functional haemodynamics; Stroke volume variation; Transoesophageal echocardiography
Perioperative hemodynamic monitoring
Keywords: تنش سکته مغزی; hemodynamic monitoring; cardiac output; right atrial pressure; pulmonary artery occlusion pressure; stroke volume variation; pulse pressure variation
Detection of Right Ventricular Insufficiency and Guidance of Volume Therapy Are Facilitated by Simultaneous Monitoring of Static and Functional Preload Parameters
Keywords: تنش سکته مغزی; acute right ventricular insufficiency; functional preload parameters; central venous pressure; stroke volume variation; ventricular interdependence; volume therapy
Stroke Volume Variation as a Predictor of Fluid Responsiveness in Patients Undergoing One-Lung Ventilation
Keywords: تنش سکته مغزی; stroke volume variation; one-lung ventilation; preload; Vigileo-FloTrac system; fluid responsiveness
Monitoring fluid therapy
Keywords: تنش سکته مغزی; heart–lung interactions; stroke volume variation; pulse pressure variation; global end-diastolic volume; volume responsiveness; preload; monitoring
Global End-Diastolic Volume as a Variable of Fluid Responsiveness During Acute Changing Loading Conditions
Keywords: تنش سکته مغزی; global end-diastolic volume; fluid responsiveness; hemorrhage; preload; transesophageal echocardiography; stroke volume variation; left ventricular end-diastolic area
Stroke Volume and Pulse Pressure Variation for Prediction of Fluid Responsiveness in Patients Under oing Off-Pump Coronary Artery Bypass Grafting
Keywords: تنش سکته مغزی; cardiac preload assessment; cardiac surgery; pulse contour analysis; pulse pressure variation; stroke volume variation; AUC; area under the curve; CO; cardiac output; CVP; central venous pressure; GEDV; global end-diastolic volume; GEDVI; global end-diast