QEEG & neuropsychological Lab for clinical practice


Functionality of neuroLAB

The technology and software of the lab enable you to create a detailed individual profile of the patient:

1. on the electrophysiological level via quantitative EEG/brain mapping, event related potentials (ERP) and peripheral parameters.

The QEEG assessment serves to identify neuromarkers and EEG phenotypes in various psychiatric diseases.


2. on the neuropsychological level via the test battery IntegNeuroTM.

The fully computerized tests are performed via touch screen and create an individual cognitive performance profile for a wide range of applications.



  • Brain mapping test battery

    Generating electrophysiological test reports based on QEEG and ERP (Brain Resource Company

    You can use this test battery to perform the following QEEG/Brainmapping tests:

    • resting EEG - eyes open
    • resting EEG - eyes closed
    • auditory oddball
    • visual working memory

    For details about the tests please refer to the website of the QEEG-Lab at Brainclinics

  • Neuropsych test battery IntegNeuro TM

    Generating neuropsychological reports based on IntegNeuroTM / Psychometrics (BRC)

    A comprehensive test battery is also available for this purpose. This includes among other things the tests for:

    • Motor Tapping
    • Choice Reaction time
    • Time Estimation
    • Span of Visual Memory
    • Spot-the-Real-Word
    • Digit Span
    • Memory Recall and Recognition
    • Verbal Interference
    • Word Generation
    • Continuous Performance Task
    • Switching of Attention
    • Executive Maze
    • Go, No-Go Task
    • Emotional Recall and recognition

    Details about these tests can be found on the website of IntegNeuroTM at Brainclincics.

Enquire today

We are here to help you find the right technology and training for your practice or research

A comprehensive lab, available to clinicians

neuroLAB offers a variety of technical advantages over other systems currently on the market, e.g.

  • cloud-based
  • validated data base
  • replicated studies on gender-specific biomarkers
  • standardized procedures in terms of technique and assessment
  • technique: wide band EEG / ERP database
  • 25 EEG channels
  • true DC - 100 Hz recording
  • no multiplexing on amplifier 

For clinicians offering personalised care

Using the neuroLAB method, you can adapt the therapy to the individual conditions of the patient in order to achieve better treatment results: The neuropsychological and electrophysiological markers give you information on which form of therapy and which therapy protocol is likely to be most beneficial for the patient. The method is suitable for:

  • personalized medicine,
  • choosing the right protocol for non-invasive brain stimulation techniques (e.g. TMS/rTMS, tDCS),
  • the choice of an appropriate neurofeedback protocol,
  • applied brain research.

neuroLAB supports your clinical work.

After the completed QEEG and neuropsychological tests all acquired data is uploaded for automated analysis. The clinician then receives a detailed report for download. The report contains all the information required to interpret the assessment outcome.

This saves a lot of time since manual evaluation is no longer required.

If you want to use neuroLAB for a stratified drug selection in MDD to increase remission rates, please visit our academy workshops. We can show how to decide which medication is best for your patient.

  • Reading EEG with neuroLAB

    Start with the raw EEG report: it present demographics and patient history, e. g. physical, medical and psychological history, substance use, depression, anxiety and stress, emotional intelligence, traumatic experiences (in this case blanked out for confidentiality), sleep history etc.

    Examine the raw EEG in the PDF for abnormalities, interictal discharges and data-quality.

  • Reading QEEG with neuroLAB

    Then move to the neuroLAB QEEG report and interpret the specific anomalies.

    • The first 5 pages show the actual FFT power spectrum with the scored individual Alpha Peak Frequency per channel (p. 2), Z-scored power for single Hz bins, absolute and relative power, followed by ratio and asymmetry scores that are relevant.
    • On page 6 check the alpha asymmetry at F3-F4=0.02 in Section 1.7. This biomarker can serve as a predictor of the outcome of medication treatments. If you want to learn more please come to our neuroCademy workshops.
    • Page 13 shows the statistical overview, followed by (single subject) ERP wave forms.
    • Page 15 shows an overview of autonomic function (HR, HRV etc.) to assess stress reactivity etc.
    • In section 4 on page 17 you will find a full neuropsychological test battery.
    • If you need further post-hoc analysis, or LORETA, simply take the edf files and process those in any other software (EDF data comes with de-noised artefact free date and raw data).