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Biomedical subjects

S Shimazaki

Publications and source records attributed to S Shimazaki.

At least 109 records · Page 6Linked to original sources

[Hyperamylasaemia in patients in shock (author's transl)].

In 69 patients, treated in the intensive care unit of the department of traumatology we have examined the blood amylase activity. We found, that traumatic shock produced an increase in serum-amylase. Hyperamylasaemia is strongly related to the duration of shock and is due to an increase in S-type amylase. The increase is probably caused by an increased production and not by decreased renal excretion. The mechanism of hyperamylasaemia and the source of it are discussed.

Adolescent↗

Body fluid changes during hypertonic lactated saline solution therapy for burn shock.

The body fluid changes of 12 burn patients treated with Hypertonic Lactate Saline solution (HLS group) were compared with 26 burn patients receiving isotonic therapy (iso Na group). 1) Total infusion volume during the first 48 hours postburn in the HLS group was only one-half to two-thirds of that in the iso Na group, although the sodium loads were nearly equal. 2) HLS therapy maintained sufficient functional extracellular fluid volume (f-ECFV) in the shock period and protected the excess increase of f-ECFV in the postresuscitative period, in contradistinction to the iso Na group. In this paper, some clinical problems such as a rapid shift of ECF water into the ICF space and hypernatremia following HLS administration are discussed.

Adult↗

Management of patients in shock.

Clinical study was conducted in the course of treatment of patients with hypovolemic and septic shock at Department of Traumatology, Osaka University Hospital. We have found large difference between data obtained in our study and experimental results obtained in animals. In hypovolemic shock of man, we could not observe "taking up phenomenon" to abdominal organs. Therefore, if the shock does not respond to transfusion and infusion, we must look for other causes. In patients whose shock state persisted more than 10 hours, death related to shock organs increased remarkably. The nature of septic shock in man is hyperdynamic state. Hemodynamic change during the development of septic shock from sepsis was described and the difference from experimental research on endotoxin shock in animals was discussed.

Adult↗

[Clinical study on the shock organs in relation to the duration of shock (author's transl)].

To elucidate the mechanism of development of renal, pulmonary and liver insufficiency after serious shock, retrospective analysis was performed in 85 patients with traumatic shock. Among them, 14 patients died of renal, pulmonary or liver insufficiency after the resuscitation of shock, where kidney and lung were damaged concomitantly in most patients. There was a close correlation between the death related to both insufficiency and the duration of the shockp when the shock was treated completely within 10 hours, there was almost no death related to shock organ, but when the shock persisted more than 10 hours, the death rate was increased as the shock persisted longer. On the contrary, no relation was revealed between death caused by liver insufficiency and the duration of the shock. Renal and pulmonary functions were also correlated with the duration of the shock. It was revealed that the lower PaO2/PAO2 ratio was, the higher urea-N was in these patients, when shock persisted more than 10 hours. On the other hand, no relation was found between the change in liver function and the duration of shock. It can be concluded that the kidney and lung have the same nature as a shock organ. In general both functions were impaired concomitantly, where 10 hours of persistence could be regarded as the critical border to develop the shock organ. The liver seemed to be independent of the others as the shock organ, so that it should be discussed separately.

Acute Kidney Injury↗