BrainVisionCenter researcher gives lecture to high school students about neuroscience

Balázs Tarján, biologist researcher at our institute, recently gave a lecture at Óbuda University for science-oriented secondary school students from Budapest and Hungarian communities beyond the border.
In his talk titled “What Does a Neuroscientist Do?”, he introduced the everyday work of a researcher – from conducting animal experiments and reading and writing scientific articles to giving lectures and preparing research grant proposals.
The students showed great interest and asked several questions, particularly about the research conducted at BrainVisionCenter aimed at restoring vision.

Balázs Rózsa was a guest of the American Chamber of Commerce’s Healthcare Committee

It was a great honor for us that the American Chamber of Commerce (AmCham)’s Healthcare Committee invited our company’s Scientific Director, Balázs Rózsa, to a professional discussion.

The committee members, who represent leading figures in the pharmaceutical industry, the medical technology sector, and private healthcare providers, listened to his presentation with great interest. During the discussion, Balázs provided insight into his professional career, his personal motivations, and the background and vision behind the founding of BrainVisionCenter.

The event showcased BrainVisionCenter’s pioneering technological solutions and equipment, which are opening up new horizons in neuroscience research and therapeutic development. Particular emphasis was placed on the areas of application where our work is already having a significant impact, including:

  • vision restoration
  • epilepsy treatment
  • Alzheimer’s disease research

During the professional discussion that followed the presentation, the potential for collaboration in pharmaceutical research was also discussed. The participants’ active interest clearly demonstrated the growing demand for innovative, multidisciplinary approaches capable of accelerating translational research. The significance of interdisciplinary research was a key theme in the responses to the questions. The projects underway at the BrainVisionCenter are based on the close integration of medicine, neurophotonics, artificial intelligence, and advanced technological solutions, enabling the development of new diagnostic and therapeutic approaches.

Thank you for the invitation and the opportunity for this valuable professional exchange.

We’ve joined the European Animal Research Association (EARA)

We are pleased to announce that BVC has become the fourth organization in Hungary to join the European Animal Research Association (EARA), an international professional community, represents credible, evidence-based, and transparent communication working with animals in scientific research across Europe.

EARA brings together more than 200 member organizations and actively supports responsible professional dialogue, as well as accurate information for decision-makers and the public.

This membership is a natural step for BVC: compliance with legal and ethical standards, along with open and responsible communication, has always been a core principle of our Institute’s operations.

We are particularly proud that Dr. Fedor Flóra Zsófia, Head of our Animal Protection Department, participates in the organization’s work as BVC’s official representative, and also serves as an editor of EARA Hungary’s X (formerly Twitter) platform.

We visitid the Pázmány Péter Catholic University Open Day

Education plays a major role in BVC’s activities, particularly through continuous engagement with secondary school, university, and college students.

In line with this philosophy, we are continuing our active participation in university scientific open days this year as well. Recently, our colleagues – led by our senior research biologist, Gergely Szalay – presented our company’s research activities at the open day called “Témabörze” at Pázmány Péter Catholic University. At the BVC stand, dozens of enthusiastic students had the opportunity to see our Moculus device.

 

Interview with Nóra Lenkey and Máté Neubrandt on the program Felfedező of Kossuth Radio

Nóra Lenkey and Máté Neubrandt, a young researcher couple who began their scientific careers at the Institute of Experimental Medicine, returned to Hungary after seven years at the University of Oslo to join BrainVisionCenter. Their work focuses on understanding how mice navigate and learn in both familiar and entirely new environments. Using a virtual reality system, mice run on a foam wheel while moving through colorful, computer-generated corridors displayed on monitors. This setup allows researchers to observe how internal spatial maps form in the hippocampus and how specific neuronal cell types influence an animal’s ability to orient itself, discover rewards, and adapt to novel surroundings. Their findings highlight the essential role of these cells in spatial navigation, suggesting parallels in human brain function.

BrainVisionCenter provides a unique environment where microscopy development, biological experiments, molecular tools, and chemical innovations are integrated, enabling rapid transitions from new concepts to practical applications. One of the center’s newest tools is a robot-arm–based microscope capable of following a freely moving mouse in real time, making it possible to perform high-resolution imaging during natural behavior and expanding the range of behaviors that can be studied under realistic conditions.

Nóra joined the epilepsy research group, which is developing a diagnostic method to precisely locate seizure-generating brain regions during surgery by imaging neuronal activity at the level of individual cells. This approach may enable surgeons to identify the exact cells involved in epileptic activity and potentially eliminate them with focused laser pulses, minimizing tissue loss and preserving critical brain functions. The method has already been validated in mice, and its publication is underway.

Their decision to return home was influenced by the scientific vision of the center, the opportunity to collaborate closely with engineers and developers, and the dynamic, translational research environment. On a personal level, they valued being closer to family, especially for their two young daughters, and found it difficult to fully integrate socially in Norway due to cultural distance. In Budapest, they appreciate the ease of forming connections and the familiar sense of community.

The Institute of Neuroscience (ION) in Shanghai and Seoul National University Hospital visited us

The Institute of Neuroscience (ION) in Shanghai is one of the world’s leading neurobiological research centers, comprising 50 laboratories. Seoul National University Hospital is likewise one of the premier educational and research institutions in the field of neurology in the Far East. We are proud that large delegations from both countries visited our research institute, led by the Directors of these two highly prestigious institutions. Our colleagues received with great interest the presentations on the 3D-AO microscope and the Mocular system, as well as our recent research findings in epilepsy and schizophrenia. We also discussed potential avenues for collaboration in the areas of vision restoration and brain imaging.

A well-known Hungarian researcher couple returns from Norway to Join the BrainVisionCenter

We are proud to announce that Dr. Nóra Lenkey (researcher-physician) and Máté Neubrandt (biologist) have returned to Hungary after seven years in Norway to continue their careers with us.

They studied brain function at an international research laboratory at the University of Oslo. Now, at the BrainVisionCenter, they will continue their work and contribute to developing technologies that could radically transform the treatment of certain brain disorders. Click HERE for the full article.

Balázs Rózsa in Chongqing: Presenting BVC Innovations and Professional Meetings

Balázs Rózsa, founder and scientific director of the BrainVision Center, visited Chongqing, one of China’s most populous cities, accompanied by Ádám Halkó, International Scientific Partnerships Manager. During our trip, we met with several institutes specializing in neurology and brain research, where we presented the latest BVC developments.

Rózsa delivered a lecture to an audience of several hundred, highlighting our newest results and technologies. During the visit, he also met with Ferenc Krausz and Ambassador Máté Pesti.

Deep into the brain with a microscope Interview with Balázs Rózsa

Lege Artis Medicinae has been Hungary’s leading monthly medical journal for 35 years.
We are proud to share that its latest issue features an in-depth interview with Balázs Rózsa. The conversation covers his personal motivations, scientific career, and the groundbreaking instruments and technologies he has developed—tools now used at some of the world’s most prestigious universities and research institutes.

As he notes: “There is practically no neurological disorder in whose diagnosis, development, or therapy our devices could not be applied.

Click here to see the full article: Full article

Prof. Dr. Balázs Rózsa’s lecture at Oxford’s Cortex Club, a prestigious forum that has also hosted Nobel laureates

We are proud to announce that Prof. Dr. Balázs Rózsa, Director of the BrainVisionCenter Research Institute, has been invited to present his groundbreaking discoveries at the world-renowned Cortex Club at the University of Oxford — an exclusive scientific community where numerous Nobel Prize winners and leading researchers shaping the future of neuroscience have presented their work.

For us, this is not only professional recognition, but also tangible affirmation that our work belongs at the forefront of scientific thought. Other notable figures associated with the Cortex Club include Nobel Laureate biophysicist Erwin Neher, Brain Prize winner Wolfram Schultz, and Gero Miesenböck, one of the pioneers of optogenetics.

In his lecture, Prof. Dr. Balázs Rózsa introduced three revolutionary technological innovations that could open a new era in brain research:

  • Real-time 3D brain imaging in preclinical research, paving the way for the development of new diagnostic and therapeutic procedures.
  • Secondly, genetically encoded voltage indicators capable of showing neuronal activity in real time at the cellular level, bringing breakthroughs in fields such as epilepsy research and drug development targeting the central nervous system.
  • A virtual reality system that enables scientists to study brain function during natural behaviour, providing far more accurate and realistic insights than ever before.

This prestigious invitation is a major success not only for our institute, but also for the entire Hungarian scientific community. It demonstrates that world-class research can be conducted in Hungary — research that captures the attention of the global scientific community.