Brain Products a été créée en 1997 en Allemagne comme éditeur de logiciel de retraitement du signal neurophysiologique, dont le célèbre BrainVision Analyzer software, est le logiciel le plus cité au monde dans les articles de neuroscience .
Dès l'année 2000 la société commercialise les amplificateurs de la gamme BrainAmp AC/DC et BrainAmp MR. puis en 2005 les amplificateurs Brainamp ExG pour l'acquisition des signaux périphériques en environnement de laboratoire ou sous IRM.
En 2006 ils lancent les électrodes actives actiCAP (avec mesure et visualisation par LED de l'impédance sur chaque électrode) dont la nouvelle version l'actiCAP Slim a été commercialisée en 2017.
En 2011 ils commercialisent l'actiChamp, dont la nouvelle version améliorée, l’actiCHamp Plus, est lancée en 2018, compatible aussi avec les électrodes passives, dont les casques R-NET.
En 2015 la marque enrichie son offre avec l'amplificateur LiveAmp afin de couvrir l’ensemble des besoins pour la recherche en neurosciences en milieu ecologique.
En 2017 ils lancent le casque R-NET, à électrodes passives à éponges salines, compatibles aussi avec l'IRM, les R-NET MR.
La société BIONIC France est le distributeur en exclusivité des produits Brain Products pour la France depuis 1997, ce qu’il fait de Brain Products le Partner historique de notre société.
In this webinar, we presented our hardware and software for sleep research.
Join us as we show how the actiCHamp Plus, together with actiCAP slim electrodes, a new gel for long-term recordings, and our peripheral physiology sensors, can be combined together for this type of research application.
In our data analysis session, we used BrainVision Analyzer 2.2.1 and demonstrated how you can manually score your sleep data easily with the Sleep Scoring solution. We generated a Hypnogram and Sleep Report to show how you can use the sleep scores for further analyses.
This webinar introduces the different artifacts that you will encounter when measuring EEG inside the MR environment.
The gradient and cardioballistic artifacts are discussed in detail and you will learn how to clean those artifacts in BrainVision Analyzer 2.
This webinar is intended for researchers who have already a background with EEG-fMRI as hardware specs are not covered.
This 10 min. online presentation provides a short introduction to some exciting updates on our fMRI Sequence Guidelines for combined EEG-fMRI recordings, e.g. the use of multiband EPI sequences.
Join us as we take a look at our complete Carbon Wire Loops (CWL) solution for EEG-fMRI applications. The recent addition of the CWL Regression transformation to our Analyzer 2 software completes our solution for CWLs, and we are excited to show you how our hardware and software for CWLs can improve EEG data quality in EEG-fMRI studies.
In this webinar our Application Specialist for EEG-fMRI, Dr. Tracy Warbrick, will show you our CWL hardware solution and explain why CWLs are useful for handling motion related artifacts in EEG data recorded in the MR environment. Then Dr. Bastian Schledde from our Scientific Support team will introduce the new CWL Regression transformation and demonstrate how to use this transformation to remove motion-related artifact, including cardioballistic artifact, from EEG data recorded during fMRI.
With this event we are very proud to introduce you, together with our partners from sync2brain GmbH, our combined solutions for real-time brain-state dependent applications.
Dr. Michael Schubert will present you the TurboLink, Brain Products’ new solution for stable and ultra-fast online data access. You will then learn how you can stream EEG data online from Brain Products’ state of the art amplifier, the actiCHamp Plus, via TurboLink to the bossdevice RESEARCH, sync2brain’s real-time digital signal processor and brain-state analyzer.
During the webinar, Dr. Christoph Zrenner will join us to talk about how the bossdevice RESEARCH was born, which scientific questions it allowed to answer, and which applications currently benefit from it. Dr. Umair Hassan will also join us to provide some insights on the methods and functionalities of bossdevice RESEARCH, and how these are currently employed in many different research fields.
We will close the webinar with a Q&A session to answer any remaining questions you may have.
Whether you are already working in the field of real-time EEG-based applications, or you are just now approaching it and curious to know more, this webinar will provide you a great opportunity to learn which solutions could support you in your journey and how peers have already used them to successfully achieve their research goals.