Ongoing research projects

Combining physical exercise and slow-paced breathing to improve stress recovery

Stress is a growing problem for modern societies and entails serious economic and health costs worldwide. Impaired stress regulation leads to dysfunctions of the autonomic nervous system. Therefore, we investigate the combined effect of physical exercise and slow-paced breathing on stress response and reactivity.

Stress is considered the “Health Epidemic of the 21st Century” by the World Health Organization, which indicates an urgent need for stress reducing methods. Indeed, stress is a normal reaction to challenging situations, but individuals should be able to recover quickly, since prolonged stress is associated with psychiatric disorders. In particular, stress could be maintained by perseverative cognition, that is thoughts that are difficult to suppress and mentally represent the stressors (rumination about the past and worry about the future). When, for example, an individual applies for an interesting job, but is informed that (s)he was not selected for the position, perseverative cognition can arise, such as “Why did I answer this way during the interview?” or “I will never find such an interesting job again”. Stress and hence perseverative cognition are linked to the inability of the body, especially the brain and the part of the nervous system controlling the heart, to adapt to changes in the environment. Two methods are effective to improve this skill, each of them targeting a different part of the system underlying stress recovery: physical exercise and slow-paced breathing (i.e., breathing at rhythm lower than normal, here 5,5 bpm). In this project, we aim at combining these two methods to assess their potential synergistic effect on recovery from stress (using psychological and physiological variables impacted by stress).

If you want more information on this research, feel free to contact Emmanuelle.Schoonjans@UGent.be or Li.Zefeng@UGent.be!

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Combining neurostimulation with group cognitive behavioral therapy to treat rumination

In this endeavor, we aim to investigate the efficacy of a collaborative treatment strategy that merges tDCS neurostimulation and talk therapy to ease rumination.

Non-invasive stimulation of the vagus nerve in the elderly depressed

The purpose of this project is to investigate whether the impacts of tVNS on depression among elderly individuals are influenced by a boost in noradrenaline.

The neural mechanisms underlying being criticized

Can you explain how the brain reacts to criticism in various groups, including those who are healthy and those who suffer from depression?

Brain stimulation for behavioral disorders in dogs

The lab is currently engaged in a study of canines' brains. In this investigation, we examine the insights that can be gained from analyzing the brains of our beloved four-legged companions.

Exploring emotion regulation strategy deficiencies in high ruminators

A fNIRS study focused on the dlPFC and precuneus.

Association between tDCS electric field distribution and cognitive outcomes: a meta-modeling study

We aim to create a large dataset of individual participant data across studies to investigate how electric field distributions influence the modulatory effects of tDCS.

Exploring the efficacy of tDCS across depression symptom clusters

We investigate whether tDCS is more effective for specific symptoms of depression, and consequently, for specific individuals.
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