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Keywords: hrana, podatki, podporno digitalno okolje, spletne živilske trgovine, uporabniški vmesniki, spodbujanje
Published in ReVIS: 23.04.2026; Views: 455; Downloads: 6
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Abstract: Diplomsko delo obravnava pravice posameznika pred državnimi organi Republike Slovenije, ki predstavljajo temelj delovanja pravne države. Zaradi neenakomernega razmerja moči med posameznikom in oblastjo je ključnega pomena, da so vzpostavljena učinkovita pravna jamstva, ki varujejo človekove pravice in zagotavljajo zakonitost postopkov. Naloga temelji na analizi ustavnih določb, zakonodaje ter primerov iz prakse. Med najpomembnejšimi pravicami so pravica do zakonitega postopka, ki zahteva, da organi odločajo na podlagi vnaprej določenih pravil, ter pravica do izjave, ki posamezniku omogoča aktivno sodelovanje v postopku. Pomembno vlogo ima tudi pravica do pravnega sredstva, saj omogoča izpodbijanje odločitev in s tem nadzor nad delovanjem oblasti. Pravica do pravne pomoči zagotavlja enak dostop do pravnega varstva, ne glede na socialni položaj posameznika. Zaključno delo poudarja tudi pravico do informiranosti, ki prispeva k transparentnosti delovanja oblasti, ter pravico do zasebnosti in varstva osebnih podatkov, ki varuje osebno integriteto posameznika. Pravica do sodnega varstva in do nepristranskega postopka zagotavljata, da o pravicah posameznika odloča neodvisno sodišče v poštenem postopku. Poseben poudarek je namenjen pravicam v kazenskih postopkih, kot so domneva nedolžnosti, pravica do molka in pravica do sojenja v razumnem roku. Te pravice preprečujejo zlorabe oblasti ter zagotavljajo pravičnost postopkov.
Keywords: pravice, subjekti, državni organi, Republika Slovenija, Ustava, pravo
Published in ReVIS: 23.04.2026; Views: 518; Downloads: 11
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Keywords: ferroelectrics, domain walls, electron microscopy, doctoral dissertation
Published in ReVIS: 23.04.2026; Views: 449; Downloads: 6
Full text (19,14 MB)

Keywords: stabilnost faz tekočih kristalov, vpliv površinsko funkcionaliziranih nanodelcev, fazni prehodi, izotropna faza, nematska faza
Published in ReVIS: 23.04.2026; Views: 421; Downloads: 3
Full text (7,91 MB)

Abstract: Traditional methods of studying viruses are limited in their ability to detect novel pathogens, but recent advances in high-throughput sequencing (HTS) are changing that. HTS allows researchers to probe deeply into the virome of various hosts and environments, identifying known and unknown viral species. However, a targeted approach, like quantitative PCR, remains the golden standard for large-scale quantitative studies. The increasing popularity of water-based epidemiology (WBE) to monitor wastewater for pathogens has become particularly widespread with surveillance of SARS-CoV-2 during the COVID-19 pandemic. Optimizing this procedure demands an evaluation of the stability of the virus in wastewater and a suitable concentration method for improving detection sensitivity. Real-time quantitative reverse transcription PCR (RT-qPCR) is the primary method used for detecting SARS-CoV-2, and validation of assays using appropriate reference materials and matrices is crucial. Plant viruses present similar challenges, with tomato brown rugose fruit virus (ToBRFV) being highly stable and potentially infectious for extended periods in water. Detection of ToBRFV in Slovenian wastewater before detection in plant samples raises concerns about the virus’ s origin, undetected presence, waterborne transmission risks, and using such water sources for agricultural irrigation during water scarcity. Simple and effective methods for ToBRFV concentration and detection from water samples are essential to analyze potential release from infected plants into water sources. Metagenomics analysis of environmental water used in irrigation can provide insight into the types of viruses to which plants are exposed, shedding light on virus transmission dynamics in agricultural settings and aiding in developing effective management strategies. It is a valuable tool for detecting known and unknown viral species in the ecosystem under investigation, providing an early warning system to prevent potential outbreaks. By applying knowledge and techniques from wastewater monitoring for human pathogens, it may be possible to detect plant viruses in irrigation water. In conclusion, advances in HTS-based metagenomics research and WBE can revolutionize virus detection and surveillance in human and plant systems.
Keywords: high-throughput sequencing, water-based epidemiology, viruses, doctoral dissertation
Published in ReVIS: 23.04.2026; Views: 484; Downloads: 4
Full text (39,42 MB)