Predictive haemostatic biomarkers and transfusion efficacy, insights from fresh frozen plasma use in surgical patients, preliminary results.

The aim of the study was to examine various haemostasis values to identify the most relevant biological indicators for detecting significant haemorrhage, to determine the effectiveness of fresh frozen plasma (FFP) transfusion. Our findings suggest that a low prothrombin time, elevated Von Willebrand Antigen, increased plasma fibrinogen, and reduced Ca2 + levels are associated with challenges in achieving proper haemostasis. However, measurements of factors II, V, VII, VIII, IX, X, XI, XIII, protein C, and protein S do not appear to be linked to difficulties in achieving adequate haemostasis.

Using an Audience Response System Smartphone App to Improve Resident Education in the Pediatric Intensive Care Unit.

In the Pediatric Intensive Care Unit (PICU), most teaching occurs during bedside rounds, but technology now provides new opportunities to enhance education. Specifically, smartphone apps allow rapid communication between instructor and student. We hypothesized that using an audience response system (ARS) app can identify resident knowledge gaps, guide teaching, and enhance education in the PICU.

Regional femur blood flow measurements with radiolabelled microspheres in fatty liver-induced or corticosteroid treated animals: preliminary report.

Using radio-labelled microspheres, the authors studied bone blood flows in various segments of goose femurs (femoral head, trochanter, condyles). Experiments were conducted on three groups of geese: control, fatty liver induced and corticosteroid-treated animals. The preliminary results suggest that hyperlipemia and fatty liver conditions do not seem to obviously disturb intra osseous blood circulation in fatty geese, although corticosteroids might affect bone blood flows in condyles.

[Local osseous blood flow measured with radioactive microspheres: correlations with intra-medullary pressures].

The authors studied in the dog, using radioactive microspheres, the blood bone outputs of the trochanter, the femoral diaphysis and the tibial diaphysis, and measured, in a simultaneous fashion, the intra-medullar pressures in these bone regions. A same hierarchy of outputs is consistently found in all animals : the trochentarian outputs are always the highest, and next come, in decreasing order, the outputs of the femoral diaphyses and the tibias. On the other hand, the intra-medullar pressures, although differing according to the bone regions, always have rather superposable rates, so that the neighboring intra-medullar pressures always correspond to radically different outputs.