Tocolysis with ritodrine worsens cerebral oedema in a patient with brain injury.

In a 33-weeks pregnant patient with a head injury, neurological status severely deteriorated after introduction of tocolytic treatment with ritodrine. On admission to the intensive care unit she scored 10 points on the Glasgow coma scale. She gradually recovered and on day 7 there was no neurological deficit, apart from slight confusion. The same day tocolytic treatment with ritodrine was recommended because of imminent premature labour. Fourteen hours after ritodrine infusion was started, the neurological status deteriorated severely. Urgent CT scan showed signs of transtentorial herniation. Ritodrine infusion was stopped and therapy for brain oedema was introduced. The patient made a good neurological recovery. A caesarean section was performed on day 11, because of placenta praevia, and a healthy girl was delivered. The patient was discharged without neurological sequelae. The clinical course and CT findings imply that tocolytic treatment with ritodrine can worsen brain oedema in a patient with a disrupted blood-brain barrier, as in head injury. The mechanism is probably analogous to the one by which ritodrine causes pulmonary oedema, a well-known complication.

Clinical course in 52 severely wounded patients treated in the intensive care unit during the war in Croatia.

Fifty-two severely wounded patients, admitted directly from a battlefield or after surgical treatment in a war hospital, were treated in the Surgical Intensive Care Unit of the 'Sisters of Mercy' University Hospital in Zagreb during the 1991 war in Croatia. Considering the severity of the wounds, blood loss was not as severe as expected. This can be attributed to the nature of the injuries as most of the patients were wounded by fragments of explosive devices which cause less tissue destruction than military bullets. Low serum potassium levels, metabolic acidosis, low total protein levels and consequently low serum calcium levels correlated with wound severity. Low serum potassium levels were caused by its redistribution. Reperfusion liver injury was also present. Consumption coagulopathy was one of the characteristic disturbances in this type of injury. There was a relatively big difference between fluid input and output caused by fluid loss through drain sites and large open wound surfaces. The low mortality of the severely wounded was due to their young age and the well-organized military medical service which was developed from the civilian medical service in a short time.