The Neurobiofeedback Laboratory is an advanced application and training center where the nervous system (neuro) and bodily physiological responses (bio) are monitored through feedback methods, enabling individuals to develop mechanisms for self-regulation of their own physiological processes.
What is the Neurobiofeedback Laboratory? / What is its Purpose?
Main Purpose: The primary purpose of the Neurobiofeedback Laboratory is to help individuals become aware of their physical and mental responses to stress, anxiety, and environmental stressors, while developing the ability to regulate these responses through technology-based, drug-free methods. Based on the principle of "technological intervention in thought processes," the laboratory aims to improve individuals' goal orientation, learning strategies, self-discipline, and ability to maintain physiological balance in different situations.
Equipment and Technical Infrastructure Available in the Laboratory
Key Features: The laboratory is equipped with computer-controlled, data-driven monitoring systems that measure both neurological activity (brain activity) and somatic (bodily) responses.
- EEG (Electroencephalography) Systems: Systems that record the brain's bioelectrical activity and provide opportunities for functional, region-specific training.
- QEEG (Quantitative EEG) Analysis Units: Systems used to identify and analyze brain regions exhibiting atypical bioelectrical activity.
- EMG (Electromyography) Biofeedback Devices: Units that detect muscle tension and teach muscle relaxation through visual feedback.
- Respiration and Physiological Sensors: Belt systems that monitor diaphragmatic movement, along with electrodes attached to the fingers and measurement units for heart rate (pulse) and skin temperature.
- Computer-Controlled Data Processing Units: Software infrastructure that automatically filters and analyzes feedback data, generates comparative graphs across sessions, and provides visual feedback.
Research and Application Areas
The methods applied in the laboratory aim to enhance the adaptability of the individual's nervous system and support the regulation of the cardiovascular, digestive, hormonal, and immune systems.
- Neurofeedback Applications: Training brain regions identified through QEEG, monitoring brain waves, and regulating brain activity through visual feedback.
- Biofeedback Applications: Stress management through feedback on physiological data such as pulse, skin temperature, and muscle tension.
- Respiration Training: Teaching proper breathing techniques using the diaphragm and correcting improper breathing habits.
- Specialized Applications: Studies addressing physical responses with psychological origins, such as vaginismus, using specialized devices and feedback systems.
Benefits for Students and the Professional Sector
- Individual and Organizational Stress Management: Develops sustainable skills to help individuals avoid stressors and strengthen coping mechanisms in today's fast-paced living and working environments.
- Drug-Free Intervention Method: Offers a drug-free approach that helps individuals maintain composure in stressful environments, either as part of a psychotherapy process or as a standalone method.
- Holistic Physiological Balance: By training brain activity, it aims to support autonomic nervous system regulation and promote overall physiological well-being, including digestive, immune, and hormonal functions.
- Academic and Individual Performance: Supports the development of learning strategies, goal orientation, and self-discipline, with the aim of improving individuals' cognitive performance.
