PhD Scientific Days 2025
Budapest, 7-9 July 2025
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Poster Session II. - E: Pathological and Oncological Sciences
18:00 – 18:06 Sztankovics, Dániel
Galactose-induced metabolic adaptation and stem cell enrichment in small cell lung carcinoma cell lines
18:06 – 18:12 Kardos, Balázs
Analysis of bone marrow samples from multiple myeloma patients using optical genome mapping
18:12 – 18:18 Dobos, Nikolett Kitti
Reactivation of Developmental Pathways is Associated with High Migration Potential in Mesothelioma Cells
18:18 – 18:24 Varga, Viktória
METFORMIN'S IMPACT ON T-CELL IMMUNOSENESCENCE IN MELANOMA PATIENTS UNDERGOING IMMUNOCHECKPOINT INHIBITOR TREATMENT
18:24 – 18:30 Szilágyi, Ádám
Efficacy and Safety Comparison of CAR T-cell Therapy versus Standard of Care in Multiple Myeloma Patients - a Systematic Review and Meta-Analysis
18:30 – 18:36 Biró, Adrienn
Comparison of Two Different PCR-based Methods for the Detection of Helicobacter Pylori and its Susceptibility to Clarithromycin in Complicated Peptic Ulcer Cases
18:36 – 18:42 Szakadáti, Helga
SPOCK1 in Liver Diseases: From Oncogenic Role to Biomarker Potential
18:42 – 18:48 Bende, Zsanett
Age-related differences in the mutational landscape of colorectal cancer
18:48 – 18:54 Gelencsér, Rebeka
3D bioprinted glioma models: preclinical applications and drug sensitivity testing
18:54 – 19:00 Szőke, Péter
EZH2 contributes to the malignant behavior and its pharmacological degradation effectively inhibits cell growth in grade 3 meningioma
19:00 – 19:06 Posta, Máté
Large-scale integrative analysis reveals mutational signatures and their prognostic impact in breast cancer
19:06 – 19:12 Lehoczki, Andrea
Prognostic Impact of a Senescence Gene Signature in Multiple Myeloma
19:12 – 19:18 Hunyadi, Anna
Investigating CD49f expression patterns and related signaling pathways in adult B-cell acute lymphoblastic leukemia
19:18 – 19:24 Gregus, Barbara
Application of the SARIFA Method in Breast Cancer: A Novel Approach to Tumor Assessment
19:24 – 19:30 Moldvai, Dorottya
The Role of Dimensionality and Extracellular Matrix Formation in 3D Bioprinted Human Cell Cultures