No abstract available.

BACKGROUND: Since the initial report on anesthesia for the renal transplantation from Peter Bent Brighan Hospital in 1962, the anesthesia for kidney transplantation has been reviewed and discussed by many authors. We have performed 200 renal transplantations from August 1990 to October 1996. No cadaveric donor was used and all except two cases was the first graft. METHODS: Anesthetic procedures in the recipients were as follows; 1) The recipient was dialysed within 24 hrs prior to operation. 2) Premedication was done as glycopyrrolate and fentanyl, or glycopyrrolate and diazepam. 3) Thiopental and vecuronium, or thiopental and succinylcholine were used for anesthetic induction. 4) N2O-O2-relaxant (vecuronium) with halothane or isoflurane were used for maintenance. 5) Neostigmine or pyridostigmine were also used to antagonize against the relaxant. 6) CVP was maintained around 10~17 cmH2O. RESULTS: The results were as follows; 1) The mean ages of donors and recipients were 35.3 and 37.4, respectively. The ratio of male to female of donors and recipients was 1.6 : 1 and 1.6 : 1, respectively. 2) One hundred and ten cases (55.0%) were living unrelated donors and 90 cases (45.0%) were living related donors. 3) Overall graft and patient survival rate was 96.9 and 98.0 at 1 year, 94.1 and 95.1 at 3 years. CONCLUSIONS: Most patients with renal failure have several common problems that are of significance to anesthesiologists, including anemia, bleeding tendency, electrolyte imbalance, acidosis, hypertension, hyper- or hypovolemia, and previous therapy with steroids and immunosuppressants, etc. Therefore anesthesiologists should keep in mind the risk factors above mentioned for the anesthetic management of patients with renal failure.
Acidosis ; Anemia ; Anesthesia ; Cadaver ; Diazepam ; Female ; Fentanyl ; Glycopyrrolate ; Halothane ; Hemorrhage ; Humans ; Hypertension ; Hypovolemia ; Immunosuppressive Agents ; Isoflurane ; Kidney Transplantation* ; Male ; Neostigmine ; Premedication ; Pyridostigmine Bromide ; Renal Insufficiency ; Risk Factors ; Steroids ; Succinylcholine ; Survival Rate ; Thiopental ; Tissue Donors ; Transplants ; Unrelated Donors ; Vecuronium Bromide

No abstract available.
Bronchogenic Cyst*

A 2.5-year-old female patient who has a prior history of partial seizures was admitted by generalized tonic-clonic status epilepticus secondary to tapering of phenobarbital. Tonic-clonic status epilepticus was refractory to phenytoin, phenobarbital, valproic acid, diazepam, and pentobarbital. After 4 days of unsatisfactory control of seizure activity, isoflurane was administered for 4 hours. Inspired isoflurane concentration of 1.3% were required to control seizures. Heart rate and blood pressure were supported with infusions of dopamine and fluid. After discontinuation of isoflurane, the patient developed partial seizures but seizure activity was controlled with anticonvulsants. She was discharged alive from the hospital after weaning of the ventilator.
Anesthesia, General* ; Anticonvulsants ; Blood Pressure ; Diazepam ; Dopamine ; Female ; Heart Rate ; Humans ; Isoflurane ; Pentobarbital ; Phenobarbital ; Phenytoin ; Seizures ; Status Epilepticus* ; Valproic Acid ; Ventilators, Mechanical ; Weaning

Fatal air embolism can occur during a variety of surgical procedures. We experienced a case of cardiac arrest due to venous air embolism during spinal fusion. A 63-year-old woman underwent spinal fusion for compression fracture on L1 and scolio-kyphosis. Anesthetic induction and initial intraoperative course were completely uneventful until precipitous blood pressure drop occurred, and accompanied by a significant decrease in heart rate and cardiac arrest after use of bone cement. Although more common intraoperative events were presumed and treatment initiated, venous air embolism was considered the etiology of these events when whirring noise was detected by esophageal sthetoscope and a transient decrease in end-tidal carbon dioxide tension was noted by capnometer. We performed cardiac resuscitation with external cardiac compression, various cardiotonic drugs, and removal of air through the right internal jugular venous catheter, but the result was unsuccessful.
Blood Pressure ; Carbon Dioxide ; Cardiotonic Agents ; Catheters ; Embolism, Air* ; Female ; Fractures, Compression ; Heart Arrest ; Heart Rate ; Humans ; Middle Aged ; Noise ; Resuscitation ; Spinal Fusion*

BACKGROUND: The purpose of this study was to find out the effect of hypnotics and analgesics on oxygen saturation by pulse oximetry in surgery patients under spinal anesthesia. METHODS: Sixty-five patients classified ASA physical status 1 or 2 scheduled for surgery under spinal anesthesia were studied. These patients were divided into three groups. The 22 subjects of the first group did not receive either midazolam or fentanyl. The 22 subjects of the second group received midazolam. The 21 subjects of the third group received midazolam (0.03 mg/kg) and fentanyl (1.0 microgram/ kg). Oxygen saturation was measured with a pulse oximetry. Measurements were made before spinal anesthesia, 5 minutes, and 10 minutes after starting of spinal anesthesia, 5 minutes, 10 minutes, 30 minutes, and 60 minutes after the start of the operation or intravenous injection of drugs. In addition, measurements were made on arrival in the recovery room, and 5 minutes, 10 minutes, 20 minutes, and 30 minutes after arrival in the recovery room. RESULTS: There were statistically significant differences in oxygen saturation at 5 minutes after the start of the operation or intravenous injection of drugs. The mean oxygen saturation for the first group was 98.2 +/- 1.8%, for the second group 97.9 +/- 2.6%, and for the third group 92.4 +/- 2.8%. Hypoxia cases at 5 minutes after the start of the operation or intravenous injection of a drug occurred in 4.5% of the first group, 9.1% of the second group, and 57.1% of the third group CONCLUSIONS: We concluded that oxygen saturation monitoring should be done routinely in patients receiving hypnotics and analgesics during spinal anesthesia, and oxygen should be administered to patients who develope hypoxia during spinal anesthesia.
Analgesics* ; Anesthesia, Spinal* ; Anoxia* ; Fentanyl ; Humans ; Hypnotics and Sedatives* ; Incidence* ; Injections, Intravenous ; Midazolam ; Oximetry ; Oxygen ; Recovery Room

Numerous devices and techniques have been devised to facillitate the difficult endotracheal intubation. Percutaneous retrograde intubation was first described by Waters, who used a Tuohy needle to puncture the cricothyroid membrane and an epidural catheter as a guideline in 1963 and many variations on the technique have been described. Failure to intubate 2 male adult patients were planned retrograde tracheal intubation using the cricothyroid membrane. While the patients were awake, and after adequate local anesthesia was obtained, a 16G Medicut was punctured through cricothyroid membrane. After confirmation of the intratracheal position by aspiration of air into syringe, the opening of the Medicut was directed upward foward the larynx and the epidural catheter was inserted through it and advanced retrograde between the vocal cords and into mouth. The epidural catheter tip was passed through the Murphy's eye from outside to inside and out of the tracheal tube. By keeping the catheter taut and coincidently pulling back, the tube was advanced into trachea. Correct positioning of the tracheal tube inside the trachea was confirmed by end-tidal carbon dioxide monitoring and auscultation. Another 2 male adult patients were intubated by using cricotracheal retrograde approach method. We experienced successful retrograde tracheal intubation without significant complications using an epidural catheter through cricothyroid membrane and cricotracheal ligament in 4 male adult patients who were predicted impossibility of simple orotracheal intubation. (Korean J Anesthesiol 1995; 29: 304~309)
Adult ; Anesthesia, Local ; Auscultation ; Carbon Dioxide ; Catheters ; Humans ; Intubation* ; Intubation, Intratracheal ; Larynx ; Ligaments* ; Male ; Membranes* ; Mouth ; Needles ; Punctures ; Syringes ; Trachea ; Vocal Cords

No abstract available.
Tuberculosis, Laryngeal*

No abstract available.

No abstract available.
Humans ; Infarction, Middle Cerebral Artery ; Seizures ; Thrombolytic Therapy