Anaesthesia, Pain, Intensive Care and Emergency Medicine - A.P.I.C.E.: Proceedings of the 12th Postgraduate Course in Critical Care Medicine Trieste, Italy - November 19–21, 1997Antonio Gullo Springer Science & Business Media, 2012. gada 6. dec. - 712 lappuses The management of critically ill patients has,in the past few years, been a discipline at the forefront of development which continues to make progress with the support of basic and clinical research in the broadest sense. The application of biotechnology in this particular area has revealed itself to be essential in an attempt to provide the best interpretation of the bio-humoral and functional alterations present in a long series of often complex clinical conditions. The care of the critically ill is also at the forefront in the application of increasingly sophisticated clinical monitoring systems that also contribute to standardizing certain procedures, establish guidelines, and evaluate the efficacy of therapeutic interventions and their costs. |
No grāmatas satura
1.–5. rezultāts no 93.
. lappuse
... Mechanical Ventilation PatientVentilator Interaction Physiological and technological aspects of the patientventilator interactions Ventilator trigger vs. patient's ventilatory drive Ventilator delivered flow vs. patient's ventilatory ...
... Mechanical Ventilation PatientVentilator Interaction Physiological and technological aspects of the patientventilator interactions Ventilator trigger vs. patient's ventilatory drive Ventilator delivered flow vs. patient's ventilatory ...
. lappuse
... Impact of artificial ventilation on the surfactant system and lung tissue Postulated sequence leading to ventilationinduced lung injury References Side Effects of Mechanical Ventilation: Molecular Mechanisms Effect of volume,
... Impact of artificial ventilation on the surfactant system and lung tissue Postulated sequence leading to ventilationinduced lung injury References Side Effects of Mechanical Ventilation: Molecular Mechanisms Effect of volume,
. lappuse
... Mechanical ventilation can induce deterioration of lung distensibility Consequences of mechanical ventilation for the surfactant deficient lung Ventilation induced bacterial translocation and mediator release from the lung Lung specific ...
... Mechanical ventilation can induce deterioration of lung distensibility Consequences of mechanical ventilation for the surfactant deficient lung Ventilation induced bacterial translocation and mediator release from the lung Lung specific ...
. lappuse
... Mechanical Ventilation in ARDS: What a Fine Mess! Why is mechanical ventilation dangerous for the lung? State of the art What have we learnt about ARDS in these last years? Clinical implications References Rationale for Reduction of ...
... Mechanical Ventilation in ARDS: What a Fine Mess! Why is mechanical ventilation dangerous for the lung? State of the art What have we learnt about ARDS in these last years? Clinical implications References Rationale for Reduction of ...
. lappuse
... mechanical ventilation myocardial oxygen consumption non esterified fatty acid negative expiratory pressure neonatal intensive care unit non insulindependent diabetes mellitus near infrared oxygen sufficiency spectroscopy ...
... mechanical ventilation myocardial oxygen consumption non esterified fatty acid negative expiratory pressure neonatal intensive care unit non insulindependent diabetes mellitus near infrared oxygen sufficiency spectroscopy ...
Saturs
Pathophysiology of Flow Limitation | |
Flow limitation and bronchodilators in COPD and asthma | |
References | |
Citi izdevumi - Skatīt visu
Anaesthesia, Pain, Intensive Care and Emergency Medicine - A.P.I.C.E ... Antonio Gullo Priekšskatījums nav pieejams - 1997 |
Anaesthesia, Pain, Intensive Care and Emergency Medicine - A. P. I. C. E. Antonio Gullo Priekšskatījums nav pieejams - 2014 |
Bieži izmantoti vārdi un frāzes
abdominal acidbase acidosis acute administration airway alveolar analgesia Anesth Analg anesthesia Anesthesiology anesthetic aortic ARDS arterial pressure barotrauma blood flow blood pressure brain cardiac cardiovascular cells cerebral clinical cm H2O coronary critically ill cytokines decrease diabetic disease dobutamine dose drugs dysfunction edema effects endotoxemia endotoxic endotoxic shock endotoxin epidural evaluation failure fluid function heart hemodynamic hemofiltration hemorrhage hepatic hypertension hypotension hypothermia increase induced infection inflammatory infusion inhibition inhibitors intensive intravenous intubation ischemic lactate levels liver lung injury mechanical ventilation mediators metabolic monitoring mortality muscle myocardial ischemia nitric oxide nitric oxide synthase opioids outcome oxygen pain patients PEEP perfusion perioperative Physiol physiological plasma postoperative preoperative propacetamol propofol pulmonary receptors reduced remifentanil renal Respir Crit respiratory response risk role sepsis septic shock surfactant surgery surgical syndrome synthesis temperature therapy tidal volume tissue tramadol transplantation trauma treatment urea vascular vasodilation venous ventilatory ventricular