thumbnail image
Home/NewsResearch labsMembersPublicationsDatasetsGrantsCollaborationsMediaPositions/Contact
broken image

 

Ulbert | Lab

Home/NewsResearch labsMembersPublicationsDatasetsGrantsCollaborationsMediaPositions/Contact
  • Home/NewsResearch labsMembersPublicationsDatasetsGrantsCollaborationsMediaPositions/Contact
    Home/NewsResearch labsMembersPublicationsDatasetsGrantsCollaborationsMediaPositions/Contact
    broken image
    Home/NewsResearch labsMembersPublicationsDatasetsGrantsCollaborationsMediaPositions/Contact
    • Research labs

      Studying neuroscience across different species and modalities

      broken image

      I. Human-machine interfaces lab

      Development of non-invasive brain-machine interfaces and corresponding software for various human applications

      • Gergely Márton, PhD (Research associate, group leader)
      • István Ulbert, MD, DSc (Full professor, head of the lab)
      • Tibor Nánási, MD, MSc (PhD candidate)
      • Csaba Köllőd, MSc (PhD student)
      • János Rokai, MD (PhD student)
      • Moutz Wahdow, MSc (PhD student, Stipendium Hungaricum)
      • Ward Fadel, MSc (PhD student, Stipendium Hungaricum)
      • András Adolf, MSc (PhD student)
      • Melinda Rácz, MSc (PhD student)
      broken image

      II. Human epilepsy lab

      Investigating cellular and network synchronisation mechanisms of the human neocortex in epileptic and non-epileptic (tumour) patients using both in vivo and postoperative in vitro electrophysiology, two-photon imaging and anatomy.

      • Lucia Wittner, PhD (Senior research fellow, group leader)
      • István Ulbert, MD, DSc (Full professor, head of the lab)
      • Kinga Tóth, PhD (Research associate)
      • Ágnes Kandrács, PhD (Research associate)
      • Domokos Meszéna, PhD (Research associate)
      • Estilla Zsófia Tóth, MSc (PhD student)
      • Csaba Horváth, MSc (PhD student)
      • Csilla Szita-Szabó, MSc (PhD student, on Maternity Leave)
         
      • In collaboration with neurosurgeons (OKITI, Budapest, HU)
      broken image

      III. Neural tissue interfacing lab

      Discovering the impact of insertion parameters for optimizing neural yield, biocompatibility and quality of multi-channel extracellular recordings.

      • István Ulbert, MD, DSc (Director, full professor, group leader)
      • Lucia Wittner, PhD (Senior research fellow)
      • Richárd Fiáth, PhD (Research associate)
      • Gergely Márton, PhD (Research associate)
      • Kinga Tóth, PhD (Research associate)
      • Domonkos Horváth, MSc (PhD candidate)
      • Domokos Meszéna, PhD (Research associate)
      • Csaba Horváth, MSc (PhD Student)
      • Beatrix Kovács, MSc (PhD student)
      • Ábel Petik (BSc student)
      • Klaudia Csikós (BSc student)
      • Fanni Veres (Assistant)
      • Sarolt Kinga Gintner (Assistant)
      broken image

      IV. High-density brain imaging lab

      Testing and validation of MEMS-based high-denstity neural sensors for various neurobiological applications

      • Richárd Fiáth, PhD (Research associate, group leader)
      • István Ulbert, MD, DSc (Director, full professor, head of the lab)
      • Gergely Márton, PhD (Research associate)
      • Domonkos Horváth, MSc (PhD candidate)
      • Domokos Meszéna, PhD (Research associate)
      • Csaba Horváth (PhD Student)
      • Melinda Rácz, MSc (PhD student)
         
      • In collaboration with Patrick Ruther, PhD (IMTEK, Freiburg, Germany)
      broken image

      V. Computational modeling lab

      Analysis of complex data from molecular to cultural levels, involving network theory, signal processing and machine learning approaches

      • Bálint File, PhD (Research associate, group leader)
      • Tibor Nánási, MD, PhD (Research associate)
         
      • In collaboration with Zoltán Somogyvári, PhD (WIGNER, MTA, Budapest, HU)

    © 2023 Ulbert | Lab

      Find Us
      Email
      Phone
      MTA TTK
    All Posts
    ×
    Cookie Use
    We use cookies to ensure a smooth browsing experience. By continuing we assume you accept the use of cookies.
    Learn More