BIOREpository (Faculty of Biology, University of Belgrade)
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Seasonal and sexual variations in zinc and cadmium bioaccumulation in Glomeris hexasticha Brandt, 1833 (Glomerida, Diplopoda, Myriapoda) in Belgrade urban forest ecosystems
No full textStr. 29M6
Therapeutic effects of H₂S donors on ferroptosis-mediated liver damage in C57BL/6 mice – a microscopic study
No full textPortorož, Slovenia, 7-12. September, 2025M3322722
Probiotic Supplementation Improves Hematological Indices and Morphology of Red Blood Cells and Platelets in Obese Women: A Double-Blind, Controlled Pilot Study
No full textThe prevalence of obesity worldwide has rapidly increased. Numerous studies showed a beneficial effect of probiotics in obese individuals, and changes in hematological parameters are observed in obesity. Therefore, the aim of this study was to investigate the effect of a novel probiotic approach on the red blood cells (RBCs) and platelets.M223.731015
Therapeutic potential of hydrogen sulfide: preventing diabetic liver damage via ferroptosis inhibition
No full textP56
Sant Feliu de Guixols, Spain, 13 – 18 September 2025M3412012
Effects of seasonal and nutrient management on soil properties and bacterial communities: insights for sustainable agriculture
No full textAbstract book, 337.16P, p. 664M3
Preliminarna analiza ishrane zidnog guštera (Podarcis muralis Laurenti, 1768) na području Beograda
No full textМ64717
Diversity in the shadows: unveiling lesser-known lampenflora phototrophs in show caves worldwide
No full textM3
Newborn Screening for SMA: How Timely Diagnosis Changes Lives. Genetis and Aplications 2025, Special edition
No full textBook of abstracts:8M3
Are Frog Populations at Risk? Regional PVA of the Pelophylax esculentus complex in fragmented habitats of South Banat shows low extinction risk
No full textThis study evaluates the spatial structure and viability of the Pelophylax esculentus complex metapopulation system in South Banat, Serbia. A habitat suitability model, based on 10 biotic and abiotic variables, was created to identify source and sink regions in the landscape, with a suitability threshold of HS=0.8. The dispersal function
was modelled with an average distance of 0.7 km to reflect potential species dispersal within the region. The carrying capacity (K) of suitable regions was calculated using average habitat suitability and the number of suitable cells (K=AHS×NOC). A ceiling growth model was applied, assuming no density dependence below K. The population structure model identified 13 viable regions. We used RAMAS MetaPop to assess extinction risk and minimum viable population size (MVP). The demographic model
was simulated for 25% stochasticity to reflect anthropogenic pressure on all demographic parameters, including dispersal. The initial population size (K/10) was distributed among age classes 2–6. Simulations were run over 100 years (25–30 generations) with 1,000 iterations. Results showed strong spatial structure and overall
stability, with a slight decline (~5%) over time. The local extinction threshold of 10% indicated extinction in 6 of 13 demes in the defined time frame, while the remaining 7 demes exhibited lower extinction risk. Sensitivity analysis showed that increased egg and larval mortality, along with reduced fecundity in reproductive age classes, had the greatest impact on extinction risk. In contrast, a reduction in initial population size had
minimal effect, while dispersal stabilised the dynamics. The estimated minimum size
of the metapopulation was ~3,095 individuals, with an adult MVP of 250–300. Continued decline and demographic shifts—particularly in early life stages—could increase the extinction risk to 10%, meeting IUCN Red List criterion E for classification
as Vulnerable in regional assessments.M3
