Skip to main navigation Skip to search Skip to main content

Psychosensory Measurements Lab

    Facility/equipment: Facility

    Details

    Description

    Lab supervisor:
    Marcin Bugdol, PhD, Eng.
    [email protected]
    Room 213, Zabrze

    Visual stimulation kit
    is a set of Philips HUE lamps that allows the intensity and
    colour of light to be controlled, to create the lightning environment you want.

    Audio simulation kit
    A Denon sound system that allows you to create the right acoustic environment and simulate any sound conditions.

    Perimed PeriFlux 6000

    The Perimed PeriFlux 6000 microcirculatory measurement system is a medically approved device that records microcirculatory perfusion in a capillary bed from either two transcutaneous channels or two channels for subcutaneous measurements (probes with interchangeable microtips) and an additional channel for measuring tcPO2 (transcutaneous oxygen pressure).

    The system provides a complete vascular assessment, ensuring the diagnosis of patients with peripheral vascular disease and beyond.

    The PeriFlux 6000 helps to determine the aetiology of the disease, analyse its dynamics and predict its possible consequences.

    In addition, the system is equipped with two thermostatic probes to adjust the heating temperature, two probes to measure and determine important parameters such as ABI (ankle brachial index), TBI (toe brachial index), SPP (skin perfusion pressure), PVP (peribiliary vascular plexus), PORH (post-occlusive reactive hyperemia) and cuffs of various sizes to measure pressures ranging from 0 to 300 mmHg.

    fNIRS BIOPAC System
    The fNIRS BIOPAC System for functional near-infrared spectroscopy system – allows real-time recording of the oxygenation of the subject’s brain tissue during specific activities, such as stimulation with audiovisual stimuli or solving specific tests and tasks.

    The fNIRS system is equipped with 3 reusable bands (18-channel, 6-channel and 5-channel).

    Fingerprint

    Explore the research areas in which this equipment has been used. These labels are generated based on the related outputs. Together they form a unique fingerprint.