Research Grants
List of institutional and individual funding sources
NKKP ADVANCED 2025 Grant
150799, Luca Wittner, DSc
Investigation of the survival, development and integration of human induced pluripotent stem cells derived neural progenitors in human organotypic slice cultures (link)
NKKP STARTING 2025 Grant
150574, Richárd Fiáth, PhD
Thalamocortical dynamics under general anesthesia: investigation of cellular and circuit mechanisms underlying anesthetic-induced states (link)
Nemzeti Agykutatási Program (NAP) 3.0 (link)
Hungarian Brain Research Program 3.0
Principal investigator: Ulbert István, MD, DSc.
PharmaLab
Principal investigator: Ulbert István, MD, DSc.
EU Horizon Europe Grant, Pathfinder Challenge Program
HYPERSTIM Project - Richárd Fiáth, Ph.D.
High-dimensional electrical stimulation for visual prosthesis, LINK
FLAG-ERA Project JTC 2021
VIPattract, time frame: 10.05.2022 – 31.03.2023 - Lucia Wittner, DSc.
Title: The role of GABAergic neuron subtypes in stabilizing and flexibly resetting head-direction signals in the Presubicular cortex, LINK
OTKA Postdoctoral Grant
PD 143582, Domokos Meszéna, PhD
Co-localized and simultaneous intra- and extracellular recordings for ground-truthing cellular-level neurophysiology
OTKA Postdoctoral Grant
PD 143380, Ágnes Kandrács, PhD
Multidirectional propagation of SPW-R complexes in the rat hippocampus, in vitro
EU ECSEL, POSITION II Grant
Ecsel-783132-Position-II-2017-IA.
- Electronic Components and Systems for European Leadership Joint Undertaking (ECSEL JU)
- European Union’s H2020 Framework Programme (H2020/2014-2020)
POSITION II prepayment
EU-30/2019
VKE PHOTOSCREEN (link)
2018-1.3.1-VKE-2018-00032
Rosszindulatú daganatos betegségek műtét közbeni molekuláris patológiai diagnosztikája mesterséges intelligenciával támogatott lézer mikroszkóp segítségével
Molecular Pathology Diagnosis of Malignant Cancer Surgery Using Artificial Intelligence Assisted Laser Microscopy.
János Bolyai Research Scholarship 2023
Hungarian Academy of Sciences
Kinga Tóth, PhD
Nemzeti Agykutatási Program (NAP) 2.0 (link)
Hungarian Brain Research Program 2.0EU-15/2018 2017-1.2.1-NKP-2017-00002
Main investigator: Ulbert István, MD, DSc.
VEKOP Environmentally Friendly Procedures
VEKOP-2.3.2-16-2017-00013
PPCU FITB - University of Excellence
KEP-5/2019
Artifical Intelligence
PPCU FITB - University of Excellence
KEP-9/2019
Complex biomedical research in a collaborative network
OTKA Postdoctoral Grant
PD 121015, Gergely Márton, PhD
Brain-computer interfaces in a new perspective: observing the neocortex simultaneously with high density microelectrode arrays and two-photon microscopy.
Support for participation in the ECSEL joint EU initiative
2018-2.1.6-NEMZ_ECSEL-2018-00001
Experimental production line for new generation intelligent catheters and implants.
Support for EU and national research institute applications
Hungarian Academy of Sciences (HAS)
Hungarian Brain Research Program I.
NAP_13 Ulbert István, MD, DSc.
OTKA Young Researcher Grant
FK 416115 Gergely Márton, PhD
Modern agyi érzékelők által mért jelek valós idejű feldolgozása mesterséges intelligencia segítségével
MTA-TTK NAP- infrastructural development grant
KTIA_NAP_13-2-2017-0015
Support for women: writing a dissertation required
to obtain a DSc.Hungarian Academy of Sciences
Lucia Wittner, PhD
Postdoctoral excellence scholarship
Hungarian Academy of Sciences
Nóra Bunford, PhD
OTKA Postdoctoral Grant
PD 124175, Richárd Fiáth, PhD
Classification of cortical neurons based on their two-dimensional action potential waveforms recorded with high spatial density.
OTKA Research Grant
K 119443, Lucia Wittner, PhD
Investigation of cortical synchronous population activity in patients with epilepsy or tumour.OTKA Young Researcher Grant
FK 132823, Gergely Márton, PhD
Brain-computer interfaces supported by machine learning
OTKA Research Grant
K 137886, Lucia Wittner, PhD
Genetikailag módosított humán organotipikus szelettenyészet fejlesztése epilepszia kutatáshoz
OTKA Postdoctoral Grant
PD 121123, Kinga Tóth, PhD
Investigation the effect of perisomatic innervation in the generation of spontaneous synchronous population activity in the neocortical tissue of epileptic and non-epileptic tumor patients, in vitro.
