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University of Graz Health Psychology Fields of research
  • Fields of research
  • Contact | Team
  • Studying | Master thesis
  • HD-Lab
  • Cooperations
  • Department of Psychology

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  • Fields of research
  • Contact | Team
  • Studying | Master thesis
  • HD-Lab
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  • Department of Psychology

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Fields of research

Scientific Focal Points of Health Psychology

The rhythm of the heart | HRV

Does one heartbeat always regularly follow the next?

Cardiac interoception | body perception

Can you feel your heart beating?

Breathing

More than just "catching your breath"?

Feeling of security | Safety

When do you feel particularly safe and secure?

Healthy planet | Healthy people

Planetary Health

Stress diagnostics, resource management | recovery research

What about your health-promoting behavior?

Devices and software

ActiGraph GT3X+ (activity monitor)
movisens ECGmove 4 (ECG and activity sensor)
eMotion Faros180 (ECG-device)
EquivitalTM EQ-01 Sensor Unit (ECG-device)
medilog AR12plus (ECG-device)
MEMS Caps + Aardex Pill Bottle
VarioPort
> Software | Analysis

ActiGraph GT3X+ activity monitors

GT3X+ activity monitors (ActiGraphTM) for recording physical/sporting activity. In addition to the three-dimensional recording of movement activity and body position, the devices also allow the measurement of lighting intensity in lux, which means they can also be used in sleep research. We use these devices to investigate the relationship between physical activity and psychosocial factors over a period of several days/weeks.

ActiGraph hip mounting ©GesPsy Graz / Universität Graz
ActiGraph with belt ©GesPsy / Universität Graz

movisens ECGmove 4 - ECG and activity sensor

The EcgMove 4 from movisens (movisens GmbH) is a mobile sensor for determining the ECG signal in combination with physical activity. The combination of these two parameters makes it possible to draw conclusions about the behavior, activity and functionality of the heart and the autonomic nervous system in just a few steps.

Applications:

  • Interactive ambulatory assessment
  • Mobile long-term monitoring of heart rate and heart rate variability
  • Examination of the autonomic nervous system
  • Behavioral monitoring
  • Psycho-physiological stress monitoring
  • Energy expenditure estimation and activity recognition
  • Affective computing
  • Integration into complex systems
Single ECGMove4 sensor ©GesPsy / Universität Graz
Multiple ECGMove4 sensors ©GesPsy / Universität Graz

eMotion Faros 180

eMotion Faros is a mobile ECG recorder for monitoring ECG, heart rate variability (HRV), stress, recovery and general well-being, suitable for short-term and long-term measurements.

FUNCTIONS:

  • offline and online ECG recording
  • ECG sampling rate up to 1000Hz
  • Activity tracking (3D acceleration, sampling rate up to 400Hz)
  • ADC accuracy: 14 bit
  • Bluetooth, range up to 10 meters
  • Storage capacity: 20-30 days of recordings
  • Charging time: approx. 1 hour
  • micro-USB download
Single eMotion Faros180 sensor ©eMotion Faros
eMotion Faros180 with adhesive electrode on human torso ©eMotion Faros

Equivital

EquivitalTM EQ-01 Sensor Unit (Hidalgo Limited), consisting of a chest strap fitted with various sensors and an electronic processing and memory module (SEM). We use these devices to record the ECG via two leads, respiration (depth and frequency), skin temperature and movement activity and body position (using integrated three-dimensional acceleration sensors). We use these devices for outpatient data acquisition over several days.

Equivital SEM sensor unit EQ-01 with measuring belt and charging station ©GesPsy / Universität Graz
Equivital device with chest strap on the body ©GesPsy / Universität Graz

medilog AR12 plus

The medilog® AR12plus long-term ECG recorder can be used for either 1 or 3 ECG channels and offers a wide range of options for comprehensive ECG analysis.

FUNCTIONS:

  • PureECG technology
  • HRV analysis
  • Apnoea detection
  • ST/QT/pacemaker analysis
  • QRS detection
  • P-wave detection and atrial analysis
  • Motion sensor
  • Wireless BluetoothTM interface
  • SpO2 sensor (optional)
  • Up to 80 hours recording time
  • Water repellent

 

medilog ECG recorder ©Schillermed
5-pole ECG cable ©Schillermed

MEMS Caps + Aardex Pill Bottle

MEMS® Cap records the date and time of up to 4,000 dosing events (open/close). Stored information is transferred to the medAmigo Software Suite for analysis and interpretation using the MEMS® Reader.

FUNCTIONS:

  • Waterproof
  • Wireless data transfer via NFC communication
  • Non-volatile memory
MEMS Cap ©AARDEX Group
MEMS Reader ©AARDEX-Group

VarioPort

VarioPort devices (Becker Meditec) for recording various physiological signals in the field and laboratory. We primarily use these devices to record the long-term ECG over 1-3 days, movement activity and body position (using one- and three-dimensional acceleration sensors) as well as speech activity. The VarioPort devices allow the recording of up to 16 analog channels with a resolution of 16 bits and a global scan rate of 512 Hz and therefore offer a high degree of flexibility for different examination approaches.

Varioport field measurement setup ©GesPsy / Universität Graz
VarioPort EDA electrodes on hand ©GesPsy / Universität Graz
Setup with different sensors ©Universität Freiburg

Software | Analysis

The parameterization and analysis of the data is carried out using various software solutions

Actilife (Actigraph)

Step analysis and analysis of movement activity, energy expenditure and sleep quality

DataAnalyzer (movisens)

From the raw data of a sensor to the physiological parameters (e.g. Cardio/HRV, Energy Expenditure, Physical Activity Metrics)

Kubios HRV Scientific (Kubios Oy)

Time- and frequency-based quantification of heart rate variability and analysis of non-linear HRV dynamics

LabVIEW (National Instruments)

Flexible analysis of various psychophysiological variables (e.g. ECG, EDA, movement activity, respiratory activity)

VivoSense

Analysis of ECG, movement, body position and breathing

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