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MRI-Compatible Equipments for research
Revolutionizing MRI-Compatible Solutions for Neuroscience Research
The advancement of MRI-compatible solutions has revolutionized neuroscience research, cognitive sciences, and clinical studies. By offering cutting-edge tools such as eye tracking, screens, headphones, microphones, and innovative motion correction technology like TracInnovations' TCL, researchers can now delve deeper into the human brain and its complex processes.
Eye Tracking: MRI-compatible eye tracking solutions have enabled researchers to investigate visual attention, perception, and cognitive processes during functional MRI (fMRI) scans. These powerful tools provide invaluable insights into brain activity related to visual stimuli, allowing scientists to study the neural basis of attention, memory, and decision-making in a non-invasive and naturalistic setting.
Screens: High-quality MRI-compatible screens have greatly improved the research experience for both investigators and participants. These screens enable the presentation of visual stimuli during fMRI scans, facilitating the study of cognitive and emotional processes in real-time. By delivering high-resolution, customizable visual content, these screens are essential for various research applications, including visual perception, attention, memory, and language processing.
Headphones and Microphones: MRI-compatible headphones and microphones have significantly improved the quality of auditory stimulus delivery and communication during fMRI scans. These devices enable researchers to present auditory stimuli, such as music, speech, or sounds, while minimizing scanner noise. Additionally, microphones allow for real-time communication between the participant and the researcher, enabling interactive experiments and improving participant comfort and safety.
Motion Correction: TracInnovations' TCL (TracLine Conditional Line) is an innovative MRI-compatible motion correction solution that greatly enhances the quality of fMRI data. By tracking and correcting for head motion in real-time, this technology ensures accurate and reliable results, particularly in studies involving children, elderly participants, or individuals with movement disorders. The TCL system improves the overall efficiency of fMRI studies, reducing the need for repeat scans and minimizing data loss due to motion artifacts. In conclusion, MRI-compatible solutions such as eye tracking, screens, headphones, microphones, and innovative motion correction technologies like TracInnovations' TCL have revolutionized neuroscience research, cognitive sciences, and clinical studies.
By providing researchers with the tools necessary to investigate the human brain and its processes in a non-invasive, naturalistic setting, these solutions have expanded our understanding of cognition, emotion, and behavior, ultimately paving the way for breakthrough discoveries and improved clinical outcomes.
Audio system : BOLDfonic
MR screen : BOLDscreen 32 inch
Eye tracking : LiveTrack AV
BOLDfonic delivers high-fidelity acoustic stimuli for fMRI while also attenuating scanner noise.
Our electro-dynamic driver technology uses the magnetic Field of the MRI scanner to drive the headphone membranes. This results in powerful speakers with an excellent frequency response across a wide dynamic range. A novel USB sound processor
BOLDfonic delivers high-fidelity acoustic stimuli for fMRI while also attenuating scanner noise.
Our electro-dynamic driver technology uses the magnetic Field of the MRI scanner to drive the headphone membranes. This results in powerful speakers with an excellent frequency response across a wide dynamic range. A novel USB sound processor with automated synchronous triggering capabilities and a fully–loaded amplifier system provide all the controls you need for rigorous multimodal EEG/fMRI studies.
Eye tracking : LiveTrack AV
MR screen : BOLDscreen 32 inch
Eye tracking : LiveTrack AV
LiveTrack delivers real time estimates of eye rotation, direction of gaze coordinates and pupil size. Our close to the eye imaging arrangement is compact, easy to set up and delivers more robust tracking than a remote system.
Monocular and binocular MRI Eye Tracking configurations are available for a range of different head coils solutions fMRI
MR screen : BOLDscreen 32 inch
MR screen : BOLDscreen 32 inch
MR screen : BOLDscreen 32 inch
BOLDscreen provides the superior image quality necessary for vision research: high contrast, high resolution visual stimuli. They’re the only displays with no time lag, integrated calibration and, of course, no interference with the scanner - even when positioned right at the exit of the bore.
Markerless 3D Head tracking for motion correction
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
Markerless 3D Head tracking for motion correction
The unique Tracoline system is an advanced 3D stereo vision system which monitors and captures movements online. The system is developed to fulfill the clinical requirements for a user-friendly setup, reliable tracking quality and real-time motion feedback. The markerless system is invisible to the patient and requires minimal additional work from the scan staff.
High-density EEG
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
Markerless 3D Head tracking for motion correction
GAZE INTELLIGENCE is representing MagstimEGI company in France, Spain and Portugal. MagstimEGI is a company with more than 25 years experience in the development high density EEG systems for research and clinical. More than 3000 scientific publications mention EGI systems
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
The fMRI community has accumulated vast knowledge, which is now being translated into clinical applications. However, the high cost and limited accessibility of fMRI technology restrict its wider impact. The NIRxBorealis, developed with top fMRI researchers, addresses these challenges by integrating NIRSport2 amplifiers with advanced detection technologies, enabling concurrent fMRI and fNIRS recordings. This system allows for mobile fNIRS experiments outside the scanner, significantly reducing costs
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