Biomedical subjects
Publications and source records attributed to M P Mazza.
The authors report their experience with the management of patients with sickle cell trait undergoing open heart surgery. They focus their attention mainly on those factors potentially able to precipitate episodes of sickling, i.e. hypoxia, hypothermia, vascular stasis and acidosis.
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The Authors report their experience with the use of two different anaesthetic techniques (propofol-fentanil versus isoflurane-fentanyl) for induction and maintenance of anaesthesia in patients undergoing coronary artery surgery. Haemodynamic data (regarding systemic and coronary circulation) showed an almost similar pattern of change after induction, intubation, skin incision and sterotomy, except for a greater decrease of systemic vascular resistances after induction in patients who received propofol. Cardiac output decreased more in the isoflurane group while changes in coronary sinus flow were equal in the two groups.
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The paper describes a case of pseudoaneurysm of the left ventricle following an earlier operation to close a post-infarction interventricular defect. The nosological entity is described paying particular attention to preoperative functional tests and intraoperative anesthesiological procedures. The careful monitoring of refilling pressure and cardiac load represents an essential for the correct infusion of drugs and optimal volemic refilling.
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The Authors report their experience with the use of Creatine Phosphate (CP) in cardiac surgery. Forty patients undergoing mitral valve replacement are randomly divided into two groups: the former is treated with plain cardioplegia, the latter with CP-enriched cardioplegia at a concentration of 10 mmol/l. A sample of papillary muscle, obtained from the removed valve, is studied by means of spectrophotometric analysis in order to assess the enzyme activities and the intermediate metabolites of the different biochemical pathways of the myocardial cell. Our results suggest a possible interaction of exogenous CP with the cellular metabolism: all the mechanisms involved with the production of energy seem to be shifted towards a better preservation of the available pool of high-energy compounds.