Items where Subject is "03.01.05.02. Molecular and cellular neuroscience"

B

Biróné Lajkó Noémi
Kynurenic acid and its analog SZR104 exhibit strong antiinflammatory effects and alter the intracelluladistribution and methylation patterns of H3 histones in immunochallenged microglia-enriched cultures of newborn rat brains.
Doctoral thesis (PhD), University of Szeged.
(2022)

Boros Fanni Annamária
Of PARK genes and lncRNAs – possible molecular mechanisms behind Parkinson’s disease.
Doctoral thesis (PhD), University of Szeged.
(2021)

F

Fábián-Dulka Karolina
Epigenetic consequences of in utero exposure to rosuvastatin include altered histone methylation patterns in newborn rat brains.
Doctoral thesis (PhD), University of Szeged.
(2021)

G

Győri Fanni
Ageing-related microinfarct-induced alterations in contractile protein expression in brain pericytes.
Doctoral thesis (PhD), University of Szeged.
(2025)

H

Hudák Anett
The role of syndecans in pathological protein aggregation.
Doctoral thesis (PhD), University of Szeged.
(2025)

J

Jánosi-Mózes Emese Szilvia
Innovative approach for the application of MTT, LDH and bis-ANS: ex vivo modelling of the extracellular beta-amyloid precipitation.
Doctoral thesis (PhD), University of Szeged.
(2021)

M

Mitra Argha
Structural Mechanism of Activation of G Protein-Coupled Receptors.
Doctoral thesis (PhD), University of Szeged.
(2022)

N

Nagy Zsófia Flóra
Comprehensive genetic analysis of a Hungarian amyotrophic lateral sclerosis cohort.
Doctoral thesis (PhD), University of Szeged.
(2024)

S

Sarkar Arijit
Multi-faceted approach evidencing the role of a polar signaling channel in the activation mechanism of G protein-coupled receptors.
Doctoral thesis (PhD), University of Szeged.
(2025)

T

Tóth Zoltán
The role of the cerebellum in acute generalized convulsions.
Doctoral thesis (PhD), University of Szeged.
(2020)