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How to find us dr. H.E.M. (Hugo) Vereecke
University Medical Center Groningen

dr. H.E.M. (Hugo) Vereecke

Assistent Professor Anaesthesiology
dr. H.E.M. (Hugo) Vereecke
Telephone:
+31 47 769 2633 (Bereikbaar wanneer ik in Belgïe werk)
+31 6 5236 3478 (Bereikbaar wanneer ik in Nederland werk)
466 13 (only works from the Netherlands) (Bereikbaar wanneer ik in UMCG aanwezig ben)
Skype: Dr_h_Vereecke:
H.E.M.Vereecke UMCG.nl
E-mail:
h.e.m.vereecke umcg.nl

Research interests

The use of peri-operative neurophysiological monitoring has led to a better understanding of the mechanisms of action and interaction between hypnotics and opioids. By implementing bedside advisory screens, target-controlled infusion pumps and new neurophysiological monitoring systems,  anaesthetic effect can be targeted in a more predictable, rational and evidence based way. Administration of anaesthetics in a "just-enough-to-do-the-job"-approach will eventually result in benificiary effects on short- and longterm outcomes of anaesthesia. Better control = more predictable result!

Publications

Nociception level-guided fentanyl titration: potential impact of multimodal anaesthesia and false positives. Comment on Br J Anaesth 2020; 125: 1070-8

Comparison of haemodynamic- and electroencephalographic-monitored effects evoked by four combinations of effect-site concentrations of propofol and remifentanil, yielding a predicted tolerance to laryngoscopy of 90%

Frontal electroencephalogram based drug, sex, and age independent sedation level prediction using non-linear machine learning algorithms

Monitoring the risk for a “valley of inadequate anesthesia” using bispectral index and the noxious stimulation response index during different inflow speeds of sevoflurane.

Administration of anesthetic drugs according to pharmacological principles: are we heading in the right direction?

Corrigendum to Study of the time course of the clinical effect of propofol compared with the time course of the predicted effect-site concentration: performance of three pharmacokinetic-dynamic models (vol 104, pg 452, 2010)

Novel drug-independent sedation level estimation based on machine learning of quantitative frontal electroencephalogram features in healthy volunteers

Population Pharmacodynamics of Propofol and Sevoflurane in Healthy Volunteers Using a Clinical Score and the Patient State Index A Crossover Study: A Crossover Study

Pharmacokinetic Pharmacodynamic Perspective on the Detection of Signs of Neural Inertia in Humans

Test of neural inertia in humans during general anaesthesia

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Press/media

The Use of Nociception Level Monitoring in the OR

Educational and testimonial video on Youtube