Fésüs László - Sejtbiokémiai kutató laboratórium

• Demény Máté, Fésüs László: Analysis of transglutaminase2 conformation and activity by fluorescence resonance energy transfer
• Jambrovics Károly, Csomós Krisztián, Fésüs László, Balajthy Zoltán: The role of transglutaminase 2 (TGM2) in retinoic acid and arsenic trioxide induced differentiation program of acute promyelocytic leukaemia cells.
• Kajal Kanchan, Király Róbert, Ergulen Ergülen, Fuxreiter Mónika, Fésüs László: High calcium sensitivity of the wild type recombinant Human Transglutaminase 2: Comparison of the abundant TG2 Valine (224) to TG2 Glycine (224)
• Király Róbert, Kiruphagaran Thangaraju, Fésüs László: Characterization of isopeptidase activity of Transglutaminase 2
• Kiruphagaran Thangaraju Király Róbert, Fésüs László: Transglutaminase variants in large human population
• Kristóf Endre Károly, Zahuczky Gábor, Fésüs László: Role of ICAM3 and its interacting partners in the phagocytosis of apoptotic neutrophils by macrophages
• Német István, JambrovicsKároly, Fésüs László, Balajthy Zoltán: Silencing of TG2 expression attenuates LPS induced proinflammatory response of NB4 neutrophil granulocytes through the TLR4 – NF-kB pathway.
• Sárvári Anitta, Doan M., Bacsó Zsolt, Balajthy Zoltán, Fésüs László: Adipocyte cell death and clearance

Nagy László - Magreceptor kutató laboratórium; Klinikai Genomikai Központ

• Bálint Bálint L.: How deep is your deep sequencing?
• Bence Dániel: The global view on RXR regulated transcription events in mouse bone marrow derived macrophages
• Brázda Péter: Investigation of the retinoic acid receptor mobility using in vivo fluorescence microscopy
• Czimmerer Zsolt, Bálint Bálint L.: Development and testing of a versatile method to design stem-loop primer based quantitative PCR assays for detecting small regulatory RNA molecules
• Czipa Erik: Computational analysis of ligand dependent RXR-binding in stem cells and neurons
• Gyöngyösi Adrienn: Identification of RDH10, RALDH2 and CRABP2 as regulated and required components of the PPARg-directed endogenous all-trans-retinoic acid synthesis and signaling in human monocyte-derived dendritic cells
• Gyuris Tibor: Next Generation Sequencing on Illumina HiScanSQ Sequencer System
• Halász László: ChIPing the cistrome of RXR, SMRT and NCoR in mouse bone marrow derived macrophages reveals extensive sharing of binding sites
• Ixchelt Cuaranta Monroy: Establishment of mouse embryonic stem cell derived adipocyte differentiation suitable for ChIP-seq experiments
• Keresztessy Zsolt: Protein Expression and Cell Engineering
• Keresztessy Zsolt: Custom Cytokine Production Services
• Kiss Máté: Enhanced subcutaneous B16 melanoma cell-derived primary tumor growth with reduced intratumoral arginase activity in STAT6-deficient mice
• Nagy Gergely Development of GRO-seq and ChIP-seq analysis pipelines for finding and describing macrophage-specific transcriptome and enhancome
• Nagy Zsuzsanna: Mapping the STAT6 cistrome in human primary macrophages
• Nagy Zsuzsanna: Cytokine mediated regulation of PPAR gamma activity in human macrophages
• Nótár Balázs: Screening for putative macrophage-specific PPARg co-regulators
• Ozgyin Lilla: Chip experiments with spike controls
• Pap Attila: PPARg null mouse line, new approaches to study the function of this nuclear receptor
• Póliska Szilárd: Introduction to the Affymetrix Gene Expression Systems
• Simándi Zoltán: PRMT1 produced arginine methylation and PRMT8 coordinately regulates retinoic acid-driven differentiation of mouse embryonic stem cells

Szondy Zsuzsa - Apoptózis-jelátviteli kutató laboratórium

• Pallai Anna: The role of mTNF-α signaling on LPS stimulated macrophages
• Keresztesi Edina: Adenosine as a regulator of the antiinflammatory effect of apoptotic cell uptake
• Sarang Zsolt: Investigation of the role of LXR receptor on apoptotic cell uptake of mouse macrophages
• Tóth Katalin: Involvement of mitochondria in the glucocorticoid-induced cell death of thymocytes
• Köröskényi Krisztina: Involvement of adenosine A2A receptors in apoptotic cell induced suppression of inflammation

Tőzsér József - Retrovirális biokémiai kutató laboratórium

• Bozóki Beáta: Recombinant mutagenized fusion protein substrates of alphavirus proteases
• Gazda Lívia: Studies on retrotransposone Ty1 and Ty3 proteases
• Matúz Krisztina: Kinetic characterization of Human T-cell lymphoma virus type 3
• Mohamed Mahdi: Studies on the HIV-2 protease as a chemotherapeutic target
• Mótyán János: Studies on the full-length human NOD-like receptor family CARD domain containing 5 (NLRC5) protein
• Nagy Katalin: Retroviral-like Aspartic protease - asprv1
• Tóth Ferenc: In vitro studies of the mutant capsid proteins of HIV-1

Korponay-Szabó Ilma - Coeliakia kutató laboratórium

• Simon-Vecsei Zsófia: Identification of „early” celiac epitopes utilizing recombinant transglutaminases from different protein expression systems
• Bartáné Tóth Beáta: Characterization of primary cells derived from Human Umbilical Cord
• Ujházi Boglárka: Live imaging of adhesion complexes handling in coeliac and normal cells
• Sivadó Éva: Investigation of the effects of coeliac minibodies on transglutaminase activity and epitope mapping studies
• Tóth Boglárka: LIPOMA-PREFERRED PARTNER PROTEIN (LPP), A GENETIC MARKER FOR COELIAC DISEASE PREDISPOSITION IS INTERACTING WITH TRANSGLUTAMINASE 2

Szatmári István – Őssejt kutató laboratórium

• Bencsik Renáta, Simó Emília, Szatmári István: Monitoring the mCherry and GFP expression in inducible embryonic stem cell lines and in embryonic stem cell derived blood cell progenitors.
• Botó Pál, Pilling Márk, Simó Emília, Hajnal-Papp Gábor, Szatmári István: Induction of three DC specific transcription factors on embryonic stem cell-derived blood progenitors.
• Pilling Márk, Szatmári István: Embryoid body and OP9 co-culture: two ways of blood cell development from embryonic stem cell.
• Takács Erika, Szatmári István: Comparison the gene expression pattern of macrophage and dendritic cell specific transcription factors in mouse embryonic stem cells- and bone marrow- derived dendritic cells.