Reviewers of multimedial algorithms Assoc. Prof. Jan Bláha, MD, PhD

Assoc. Prof. Jan Bláha, MD, PhD

Vice-Head for Research and Development, Dept. of Anaesthesiology & Intensive Care, 1st Faculty of Medicine, Charles University in Prague; General University Hospital, Prague, Czech Republic


Review of interactive algorithm Anaesthetic Management of Patient with Diabetes Mellitus 

The glycemic control was one of the most discussed topics of intensive medicine a few years ago and at major international conferences, the whole sections were focused on it. Unfortunately, nowadays this topic began to be avoided for no reason – the high blood sugar level is still toxic to cells. It causes mitochondrial damage due to increased peroxide production. Still, hyperglycemia has negative impacts on the myocardium and renal functions, has a thrombogenic effect, damages the endothelium, activates systemic inflammation and leads to infection-related complications. So, why don't we pay due attention to it? Because we cannot manage it reliably, efficiently, and safely. Because it is too technically, organizationally demanding and time-consuming. Just because it is doesn't mean hyperglycemia should be accepted. It is not necessary to approach precise glycemic control at all costs. On the other hand, there is convincing evidence that glycemia greater than 8.3 mmol / l (150 mg / dl) is harmful and has a provable negative effect on both morbidity and mortality in diabetic and non-diabetic patients.
It is therefore of great advantage the algorithm gives cause for reflection about perioperative glycemic control. It points out that the goal of preoperative and perioperative control is primarily to stabilize blood glucose levels, avoiding large and rapid fluctuations in both directions. After all, too fast changes in blood glucose level are responsible for increased production of mitochondrial peroxides and cellular damage.

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