Prof. Hartwig R. Siebner

 

 

prof. Hartwig R. Siebner 👏
 
Prof. Hartwig R. Siebner is heading the Danish Research Centre for Magnetic Resonance (DRCMR) at Copenhagen University Hospital Hvidovre and is full professor for Precision Medicine at the Faculty of Health and Medical Sciences, University of Copenhagen. He's a board-certified neurologist who specialise in combining functional and structural brain imagining with non-invasive transcranial brain stimulation (NTBS). His current research is geared to transform NTBS into a precision therapy for personalized treatment of brain circuit disorders.
During our conference we will be able to gain some insight into his work, thanks to his lecture, "A brain-circuit perspective for the treatment of brain disorders".
 
📌Title: "A brain-circuit perspective for the treatment of brain disorders."
 
👨‍🏫Abstract:
Most, if not all, brain diseases are “circuit disorders” in which aberrant neural circuit activity determines individual functional impairment. Transcranial brain stimulation (TBS) techniques have attracted increasing interest given their unique potential for manipulating dysfunctional brain circuits directly. Yet, circuit targeting is often imprecise and not geared to the individual brain-circuit dysfunction. In my talk, I will make the following points: (i) Leveraging insights from basic and human systems neuroscience will render it possible to transform TBS into a precise tool for personalized brain-circuit modulation. (ii) Focusing on Parkinson´s disease and major depression as prototypical circuit disorders, I will show how in-depth brain mapping of aberrant circuit activity can identify individual brain-circuit dysfunctions. (iii) I will argue that personalized TBS regimes are needed to target the identified dysfunctions by optimizing extrinsic (dosing) and intrinsic (state) variables of TBS. (iv) Optimization requires online and offline brain mapping to probe target engagement and modulation. The insights yielded by brain mapping will allow to refine the personalized TBS approach based on the TBS-evoked circuit changes and clinical improvement.

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