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Latest Academic Works

In vitro-detected early events to unravel late-onset neurodegeneration

Author(s): Aleksandar Sebastijanović (Author), Janez Štrancar (Supervisor), Iztok Urbančič (Co-Supervisor)

Year: 2024

Type: Doctoral dissertation

Alzheimer's disease (AD) is the most prevalent form of dementia, ranking as the 7th deadliest world’s disease. Over 99% of cases are triggered by unknown environmental factors. Despite decades of research, the exact cause remains elusive, and effective treatments are yet to emerge. Recent epidemiological evidence strongly links cognitive decline …

Investigating the early molecular events following exposure of lung cells to nanoparticles using advanced optical microscopies

Author(s): Hana Kokot (Author), Janez Štrancar (Supervisor)

Year: 2022

Type: Doctoral dissertation

The potential toxicity of nanoparticles in our environment and consumer products is currently determined by costly and timely animal-based testing, which limits the rate of nanoparticle testing, causing a desperate need for alternative testing strategies. A promising alternative – mechanism-based prediction – employs a set of high-throughput cell-based tests that …

Effect of coupling between external factors and building materials' properties on living conditions deterioration in low-energy buildings

Author(s): Jana Mlakar (Author), Janez Štrancar (Supervisor)

Year: 2013

Type: Doctoral dissertation

Buildings are complex systems as external factors are linked to, and have an effect on the characteristics of a building. In this dissertation, the focus is on the connection between external factors and the building’s characteristics, which have an impact on the living conditions, durability and energy efficiency of a …

Development of an alternative approach to membrane protein structure determination based on the analysis of local rotational conformational spaces

Author(s): Aleh Kavalenka (Author), Janez Štrancar (Supervisor)

Year: 2009

Type: Doctoral dissertation

The problem of structure determination of membrane proteins is addressed with a new combination of site-directed spin labelling (SDSL) electron paramagnetic resonance (EPR) spectroscopy and structure modelling of a protein and its conformational spaces. This new approach is aimed at structural characterization of membrane proteins and intrinsically disordered proteins. In …