In this part of our peripheral physiology series we briefly introduce our MR Sensor Tutorial. This new section of the well-known Sensor Tutorial will guide you through the correct and safe use of the most commonly used sensors for peripheral physiology measurements in MR scanners with static field strength up to 3 Tesla.
Here are some more short news as well as an overview of the latest updates and downloads for our products and solutions.
Here are some more short news as well as an overview of the latest updates and downloads for our products and solutions.
Combining EEG and eye tracking can open new possibilities for your EEG analysis. In this article, we will mention important aspects to consider when planning your EEG & eye tracking experiment, and we show step by step how you can set up lab-based recordings with our actiCHamp Plus EEG amplifier and the Tobii Pro Spectrum eye tracker.
In this article, we provide you with an example on the “how-to” of acquiring and analysing sport psychophysiology data. Given the potential complexity of the topic, we decided to focus on the concrete example of golf putting. However, our hope is to provide you with a general idea that you can re-shape and adapt to other sport movements that are of interest to your research question.
Co-registration of peripheral physiological signals with EEG has always been an important topic for our users. Our Technical Support Team has collected the most frequent questions about this and compiled a comprehensive tutorial which is now available.
Besides our solutions for EEG recordings, Brain Products offers a variety of sensors dedicated to peripheral physiological signals. This guide should provide you with an overview of processing steps that are commonly applied to sensor signals and how you can implement them in your analysis pipeline in BrainVision Analyzer 2.
The combination of LiveAmp with the LiveAmp sensor and trigger extension raises the popular Brain Products portfolio of sensors, (such as GSR, respiratory, movement, etc.) from stationary to fully mobile wireless measurement!
The Photo Sensor measures the screen brightness and, when combined with StimTrak, generates a trigger at the exact stimulus onset. It is a valuable tool to check the performance of a monitor or any experiment control software. This becomes essential if visual stimuli are planned to be presented on a tablet or cell phone display.
