Skyscape Web Viewer : Yao & Artusio's Anesthesiology: Problem-Oriented Patient Management : Main Index

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Regional cardiac tamponade
Regional wall motion abnormalities (RWMA) B.2. How would you evaluate the patient's left ventricular function? C.I-8. What are the hemodynamic consequences of myocardial ischemia? How can you detect myocardial ischemia? Is PAOP a sensitive indicator of myocardial ischemia?
Rejection of transplant heart kidney
Relaxation therapy, for cancer pain
Relaxed brain
Remifentanil for asthmatic patients for awake craniotomy for bariatric surgery for cataract surgery for cerebral aneurysm procedures for craniotomy for kidney transplantation for myasthenia gravis patients renal failure and
Renal ARF D.3. You are called to see this patient in the postanesthesia care unit (PACU) because of oliguria. How would you evaluate and treat this patient? D.4. Discuss the causes of oliguria in PACU.
Renal blood flow, inhalation anesthetics and C.6. How would you maintain anesthesia during the case? C.7. What are the effects of inhalation anesthetics on renal blood flow (RBF), glomerular filtration (GFR), and urine output? C.8. How does renal failure affect the pharmacology of opioids? C.9. Can regional anesthesia be used to optimize postoperative analgesia?
Renal failure aortic aneurysm repair and burns and chronic, metabolic acidosis in - A.6. How is metabolic acidosis managed in chronic renal failure? diabetes mellitus and - B.1. How should this patient be evaluated? postoperative, in thoracoabdominal aortic aneurysm repair postoperative, in thoracoabdominal aortic aneurysm repair - D.5. What are the unique postoperative complications after endovascular TAAA repair? postrenal prerenal renal spinal cord compromise or ischemia - D.2. Two hours following arrival in the ICU, the patient is unable to move his lower extremities. How are symptoms of spinal cord compromise or ischemia managed? trauma and
Renal function/dysfunction contrast-enhanced MRI and in heart-transplanted patients - E.12. What are the significant implications of renal dysfunction? postoperative, in liver transplantation
See Acute kidney injury A.7. What causes acute kidney injury (AKI) in patients with cirrhosis? A.9. How is placental abruption managed, and what complications can be associated with placental abruption? B.6. How does the sitting position affect your preoperative assessment and planning? B.6. How should the patient's other medications be managed before surgery? C.2. What are the anesthetic goals for patients with hypertension? C.5. Should hypertonic saline (HTS) be administered to this patient? How is HTS administered? C.6. How would you maintain anesthesia during the case? C.8. What components of ERAS are applied in the intraoperative phase of the care of patients undergoing CRS? D.4. If this patient had a crush injury and low urine output, what other concerns might you have? What if the patient has dark or "tea-colored" urine?
Renal replacement therapy. See Dialysis
See Kidney transplantation A.14. What are some barriers to receiving a kidney transplant? B.2. How does the presence of obesity affect the outcome of a transplanted kidney? C.1. Are a central venous pressure (CVP) catheter, an arterial catheter, and a pulmonary artery catheter required for the transplant procedure? C.2. What type of intravenous fluid should be used during surgery? C.3. How would you conduct the induction of anesthesia? See Kidney transplantation
Renin-angiotensin system
Renovascular hypertension
Reperfusion injury, in carotid artery procedures C.17. How will you manage this patient's blood pressure intraoperatively? C.18. Discuss reperfusion injury following CEA and CAS.
Repetitive stimulation, in myasthenia gravis
Reserpine, for complex regional pain syndrome
Residual neuromuscular blockade
Residual volume (RV) in asthmatic attacks in morbidly obese patients normal
Respiratory acidosis in malignant hyperthermia in preterm infants in pyloric stenosis
Respiratory alkalosis in asthmatic attacks in pyloric stenosis in respiratory distress syndrome
Respiratory distress syndrome (RDS), in neonates A.16. What tests and/or interventions can improve neonatal outcome of a preterm birth? A.3. What are the incidence and survival rates of respiratory distress syndrome (RDS)? Discuss its pathophysiology. incidence of laboratory testing in - A.3. What are the incidence and survival rates of respiratory distress syndrome (RDS)? Discuss its pathophysiology. pathophysiology of physical findings in survival rates in
Respiratory disturbance index (RDI)
Respiratory failure
Respiratory mechanics, in lung cancer A.4. The patient has a long history of cigarette smoking. What is the significance of this finding? What is the importance of the patient's current vaping habit? B.1. How would you evaluate the patient prior to surgery? B.2. What are the pulmonary function guidelines that indicate an increased risk for morbidity and mortality?
Respiratory rate in preterm infants setting, in mechanical ventilation
Respiratory resistance, in morbidly obese patients
See Mechanical ventilation; specific disorders and procedures acute respiratory distress syndrome acute respiratory distress syndrome - D.2. Why is it important to control postoperative pain? How would you achieve this? aspiration postoperative respiratory failure postoperative respiratory failure - D.2. Why is it important to control postoperative pain? How would you achieve this? pregnancy and pregnancy and - B.1. How does pregnancy change respiratory function, and what impact does this have on anesthetic care? See Mechanical ventilation
Respiratory system compliance, in morbidly obese patients