1601. |
1602. Celostna obravnava bolnikov z rakom : uvedba vprašalnika PROMIrena Oblak, Majda Čaušević, Barbara Perić, Aleksandra Grbič, 2025, original scientific article Abstract: Napredki na področju diagnostike in zdravljenja raka pomembno prispevajo k boljšemu preživetju bolnikov z rakom, kljub temu pa se številni bolniki zaradi bolezni in zdravljenja soočajo z različnimi težavami in potrebami, ki jih onkološka obravnava ne zajema vedno. Ustrezno obvladovanje teh težav z zagotavljanjem celostne oskrbe je ključno za izboljšanje kakovosti življenja bolnikov z rakom. Da bi bolje razumeli doživljanje in izkušnje bolnikov z diagnozo, zdravljenjem in v fazi okrevanja, smo na začetku leta 2023 na Onkološkem inštitutu uvedli novo orodje za zbiranje informacij. Bolnike smo začeli izpraševati z mednarodno uveljavljenim vprašalnikom PROM (angl. Patient-Reported Outcome Measures), ki omogoča boljše razumevanje vpliva bolezni in zdravljenja na kakovost življenja. Prav tako nam omogoča boljšo prilagoditev oskrbe glede na individualne želje in potrebe bolnikov. Bolnike s hujšimi težavami usmerjamo na obravnavo k ustreznim strokovnjakom. Z uvedbo celostne obravnave in uporabe vprašalnikov PROM smo dosegli pomemben napredek pri obravnavi bolnikov z rakom. Ti vprašalniki bolnikom omogočajo, da poročajo o svojem zdravstvenem stanju in počutju, kar zdravstvenemu osebju pomaga hitreje prepoznati individualne težave in potrebe ter prilagoditi oskrbo.
Keywords: rak, celostna obravnava, uvedba PROM
Published in DiRROS: 18.07.2025; Views: 420; Downloads: 147
 Full text (313,76 KB) |
1603. |
1604. |
1605. |
1606. |
1607. Ovire in rešitve pri vključevanju deklet in mladih žensk v gozdarski sektorPolona Hafner, Nike Krajnc, Katarina Flajšman, Darja Stare, Mateja Karničnik, Tatjana Pavlič, Ema Šumenjak, Tina Goznik, Špela Pezdevšek Malovrh, Zala Uhan, 2025, professional article Keywords: gozdarstvo, ženske, gozdarski delavci
Published in DiRROS: 18.07.2025; Views: 545; Downloads: 179
Full text (3,81 MB) |
1608. |
1609. Poročilo o preskusu št.: LVG 2025-085 : vzorec št. 225/00250/U1Barbara Piškur, Patricija Podkrajšek, Špela Jagodic, Špela Hočevar, Metka Žerjav, Nikica Ogris, 2025, expertise, arbitration decision Keywords: varstvo gozdov, morfološke analize
Published in DiRROS: 18.07.2025; Views: 350; Downloads: 137
Full text (1,18 MB) |
1610. Carbonation of lightweight alkali-activated aggregates based on biomass fly ash : effect on microstructure and leaching behaviorAnže Tesovnik, Ottosen Lisbeth M., Vilma Ducman, 2025, original scientific article Abstract: Artificial aggregates offer a sustainable solution to large-scale waste utilization and the increasing demand for limited natural aggregates. This study extends the understanding of the production of artificial lightweight aggregates with a variable rotation speed approach based solely on biomass fly ash (BFA) alkali-activated materials (AAMs). Systematic variation of alkali content and solution density at a constant water-to-solids ratio showed that alkali concentration significantly influences granulation beyond what can be explained by water availability. The interplay between alkali activation and carbonation was investigated using different mix designs and curing conditions, as well as comparing simultaneous curing carbonation with post-cure carbonation. The results were evaluated with regard to the effects on the macro- and microstructural properties as well as on the leaching behavior. Prolonged carbonation initiated after aggregate formation resulted in premature depletion of Ca, limiting the development of C-A-S-H gels and increasing microporosity, leading to a reduction in mechanical properties. In contrast, post-curing carbonation maintained a compressive strength of over 1 MPa while still allowing carbonation benefits, resulting in compressive strengths comparable to lightweight expanded clay aggregates. Carbonation also proved to be an effective leaching mitigation strategy by stabilizing heavy metals through both physical encapsulation and chemical pH regulation. These results underline the importance of carbonation timing in high Ca AAMs and highlight lightweight aggregates as a viable pathway for BFA valorization, CO₂ sequestration and sustainable construction applications. This approach offers an alternative valorization strategy for BFA facing regulatory restrictions for direct use in cement, while contributing to carbon capture and circular economy initiatives.
Keywords: artificial aggregates, lightweight aggregates, biomass ash, alkali-activated materials, leaching, carbonation
Published in DiRROS: 18.07.2025; Views: 463; Downloads: 486
Full text (7,95 MB)
This document has many files! More...
This document is also a collection of 1 document! |
