The purpose of this paper is to show how the elements of oral literature interpolate in the contemporary literature for children and youth of the prominent Bosnian-Herzegovinian authors Alija Isaković and Ljubica Ostojić.Firstly, this Paper theoretically elaborates on the presence of the elements of oral literature in the literature for children and youth. These two different literary directions touch each other at their roots, and in the contemporary interpolation, they exist parallelly in the genre re-semanticization of the elements of oral literature. Following theoretical postulates of the most prominent authors from the South-Slavic Interliterary Community in the field of researching oral literature and literature for children and youth, we will show how the linguistic-stylistic heritage is re-interpreted through the traditional oral literary forms in the texts of contemporary authors, and how the elements of orality appear in new narrative structures- short stories and fairy tales of a new type. We will show how the rhetorical and rhythmical values of a text spill over in linguistic audacity, and how old oral structures; folk songs, and folk tales are narratively defamiliarized, deconstructed, and parodied.

This Paper starts from the fact that the literature for children and youth is traditionally burdened by pedagogizing, dominance of adults’ desires, censorship and that there are still not enough topics which are important for children and youth, because many such topics remain taboo. Adults, who normally determine contents and norms in this literature, hypocritically remain silent about the topics that concern those who primarily should read this part of literature. The authors consciously avoid the topics that talk about death, various deviations such as family break-up, parents’ divorce, alcohol, drugs, children in exile, and other „hard“, traumatizing topics. However, the traditional canon changes over time, as we will show with the examples from Lijeve priče by Alija Isaković, the Bosnian-Herzegovinian „prose in jeans“ and Alen Mešković’s novel. Although the attitude towards taboo topics in the literature for children has changed to some extent, there are still not enough topics which are marginal and tackle taboo, but children and youth encounter them in their lives. The dominant view is still that it is better to tacitly bypass these topics, because each change is conditioned by the social situation. Changing attitudes towards taboo topics always implies an author’s willingness for opening new polemics in society. At the end, the Paper concludes that bad examples dominate in literature as well as in life. The oldest example of this is Aesop’s fables, which teach children and adults. Because of that, as well as the fact that the modern times in lives of children and youth change the attitude towards traditional taboo topics, authors and society are expected to more flexibly accept changes which imply a different attitude towards the real interests of children and youth.

Future vehicular communication systems will extend deployed frequency bands from sub-6 GHz to millimeter wave (mmWave). To investigate different propagation effects between sub-6 GHz and mmWave bands in high-mobility scenarios, we proposed a suitable testbed setup to compare these two bands in a fair manner. Experiments conducted using the proposed testbed provide realistic results, but they are only usable if they can be faithfully reproduced. To quantify the reproducibility of the proposed testbed, we perform channel measurements at center frequencies of 2.55 GHz and 25.5 GHz at a velocity of 50 km/h. We investigate the influence of antenna pattern, time between measurements, signal-to-interference-and-noise ratio (SINR) and signal bandwidth on the reproducibility in terms of the channel correlation.

This work introduces a new perspective for physical media sharing in multiuser communication systems by proposing a novel scheme that enables the recovery of the content of the transmitted message whenever collisions happen. An alarm monitoring system is taken as a merely illustrative toy-model, but indeed the framework is generally applicable. In this scenario, the alarm system is designed to first decide whether a predetermined event has happened over a certain period; if such an event has been identified, the decision node also needs to correctly classify from which sensor the message comes. Simulations corroborate the effectiveness of the proposed method in terms of the event transmission efficiency, when compared with variations of conventional methods like TDMA and slotted ALOHA.

Colorectal cancer (CRC) is the third leading cause of mortality worldwide. The Food and Drug Administration recently designated pembrolizumab, an immune checkpoint inhibitor (ICI) against a programmed death-1 receptor, as a breakthrough drug for the treatment of patients with mCRC whose tumors have deficient mismatch-repair gene expression (as evidenced by microsatellite instability-high) and patients with solid tumors with a high tumor mutational burden with ≥10 mutations/megabase. We present a patient with metastatic CRC having renal and adrenal gland metastases. Comprehensive molecular profiling performed on a site of metastatic CRC in the kidney revealed multiple genomic alterations characteristic of CRC and rare chromosome 9p24.1 amplification, resulting in a co-amplification of the PDL1, PDL2, and JAK2 genes. Although this genomic alteration may predict the response to ICI, the lack of pembrolizumab prevented the patient from receiving targeted treatment and succumbing to the disease.

The role of the tumor microenvironment (TME) in immuno‐oncology has driven demand for technologies that deliver in situ, or spatial, molecular information. Compartmentalized heterogeneity that traditional methods miss is becoming key to predicting both acquired drug resistance to targeted therapies and patient response to immunotherapy. Here, we describe a novel method for assay‐agnostic spatial profiling and demonstrate its ability to detect immune microenvironment signatures in breast cancer patients that are unresolved by the immunohistochemical (IHC) assessment of programmed cell death ligand‐1 (PD‐L1) on immune cells, which represents the only FDA microenvironment‐based companion diagnostic test that has been approved for triple‐negative breast cancer (TNBC). Two distinct physiological states were found that are uncorrelated to tumor mutational burden (TMB), microsatellite instability (MSI), PD‐L1 expression, and intrinsic cancer subtypes.

Purpose This study aims to investigate the relationship between age and entrepreneurial and intrapreneurial intentions considering the mediating role of individual entrepreneurial orientation (IEO) dimensions (risk-taking, innovativeness and proactiveness). Design/methodology/approach The data were collected from 782 individuals from Bosnia and Herzegovina’s working-age population using a cross-sectional survey design. Hypotheses were tested via structural equation modeling. Findings Younger individuals have significantly higher intentions for entrepreneurship and intrapreneurship than older individuals. The mediating role of IEO was partially supported in the case of the relationship between age and entrepreneurial intention as well as age and intrapreneurial intention. While risk-taking and innovativeness partially mediate the relationship, proactiveness does not. Originality/value This study takes a comprehensive approach when examining the relationship between age and entrepreneurial/intrapreneurial intentions in a developing economy while considering the indirect effects of IEO dimensions.

This paper presents a Fuzzy Inference System (FIS) designed to comprehensively assess challenges, risks, and threats. In the realm of security and defense, defining these elements is inherently uncertain and complex. The paper addresses this challenge by integrating fuzzy logic into the model. As a pivotal instrument for decision-making, the model not only facilitates the precise identification of challenges, risks, and threats but also provides vital support for the strategic and doctrinal document development process. The methodology proves instrumental in reconciling divergent perspectives, aligning theoretical intricacies with practical applications. By effectively capturing the nuanced interplay between variables, the model offers a dynamic framework that enhances the accuracy and efficiency of security-related decision-making.

The paper aims to answer the question if and under which conditions a talaq performed in an Islamic state may be recognised in European states. The authors provide an analysis of various forms of talaq performed in different Islamic states and reach conclusions on the effects that may be recognised in Europe, with an outlook towards a possible uniform approach. The recognition of talaqs in England and Wales, Germany and Bosnia and Herzegovina are used as examples for different solutions to similar problems before European courts. The EU legislator has not adopted a uniform approach to the application and recognition of talaqs in the EU. The CJEU got it wrong in Sahyouni II and missed the opportunity to contribute to a uniform EU policy but its subsequent decision in TB opens the door for the CJEU to overturn Sahyouni II if another case concerning a non-EU talaq divorce comes before them. The Hague Divorce Convention of 1970 is an international instrument that provides for appropriate solutions. Ratification by more states in which a talaq is a legally effective form of divorce and by more European states would provide the much-needed security for families moving from Islamic states to Europe.

This study aimed to assess the biodiversity of fungi colonizing the fine roots (diameter up to 2 mm) of 3-year-old silver fir saplings from areas of Międzylesie Forest District in Poland. It was hypothesized that quantitatively and qualitatively, mycorrhizal fungi would be the dominant fungi in root communities of silver fir. DNA extraction was performed using Plant Genomic DNA purification. The internal transcribed spacer1 (ITS1) rDNA region was amplified using specific primers, and the amplicons were purified and sequenced using sequencing by synthesis (SBS) Illumina technology. The obtained sequences were compared with reference sequences in the UNITE database (https://unite.ut.ee/) using the basic local alignment search tool (BLAST) algorithm to facilitate species identification. A total of 307,511 OTUs was obtained from each sample. There were 246,477 OTUs (80.15%) of fungi known from cultures. The genera Tuber spp. (7.51%) and Acephala spp. (3.23%) accounted for the largest share of the fungal communities on the fine roots of fir trees. Hence our results indicate the dominance of mycorrhizal fungi in these communities and reflect the excellent quality of the saplings that were assessed. Pathogenic fungi constituted a much smaller share of the fungal communities.

The classical (vertex) metric dimension of a graph G is defined as the cardinality of a smallest set S in V (G) such that any two vertices x and y from G have different distances to least one vertex from S: The k-metric dimension is a generalization of that notion where it is required that any pair of vertices has different distances to at least k vertices from S: In this paper, we introduce the weak k-metric dimension of a graph G; which is defined as the cardinality of a smallest set of vertices S such that the sum of the distance differences from any pair of vertices to all vertices of S is at least k: This dimension is"stronger"than the classical metric dimension, yet"weaker"than k-metric dimension, and it can be formulated as an ILP problem. The maximum k for which the weak k-metric dimension is defined is denoted by kappa(G). We first prove several properties of the weak k-metric dimension regarding the presence of true or false twin vertices in a graph. Using those properties, the kappa(G) is found for some basic graph classes, such as paths, stars, cycles, and complete (bipartite) graphs. We also find kappa(G) for trees and grid graphs using the observation that the distance difference increases by the increase of the cardinality of a set S. For all these graph classes we further establish the exact value of the weak k-metric dimension for all k<= kappa(G).

This paper presents the energy and CO2 saving potential of existing district heating energy system. Analysed system fully rely on fuel oil, with significant energy losses, increased fuel consumption and CO2 emission resulting from outdated and oversized system and fuel with high greenhouse emission factor. Heat generation and thermal energy distribution systems efficiency are assessed, showing that overall system efficiency is 48.5%. System environmental impact is shown via absolute CO2 and specific CO2 emission per heated surface area and useful energy. The study proposes retrofit measures to improve system efficiency, reduce fuel consumption, introduce low-emission fuels, and lower the system’s environmental impact. The study finds that the implementation of these measures could reduce system energy consumption by 42.7%, absolute CO2 emissions by 52%, and specific CO2 indicators as well, highlighting the potential for reducing the environmental impact of district heating systems while meeting users energy needs.