Tema ovog rada je Ecov roman Otok prethodnoga dana koji u sebi, na vrlo specifičan način, tematizira dvije krize moderne (manirizam i postmodernu). Prva je vidljiva kroz razvoj same fabule romana – radnja je smještena u vrijeme prve velike naučne revolucije, a druga je vidljiva kroz književne postupke koji su rezultat obilježja postmodernog romana. Na taj način, Ecov hibridni roman, putem različitih tehnika i postupaka (autoreferencijalnost, ironija, tekstualne igre, mogući svjetovi) dekonstruira sliku moderne (jedinstveno shvaćanje historije, cjelovitosti svijeta, subjekta usredsređenog u sebe) na dva nivoa – sadržajnom (17. stoljeće) i formalnom (20. stoljeće).

Total number and types of hemocytes were analysed in hemolymph of Roman snail (Helix pomatia L.). Significant differences in the number and types of hemocytes during the season at different locations were identified. The average number of hemocytes ranged from 154 to 288 per 10 μL of hemolymph. The highest number of hemocytes was recorded in snails at higher altitudes. Significant intergroup differences between all sites were identified. The most numerous hemocytes were granulocytes, followed by agranulocytes, while hyalinocytes were the least common in the post-hibernation period. Post hoc analysis showed certain intragroup differences for most locations except for comparison between wet habitat and habitats with anthropogenic influence, and between wet habitats and urban place with wet vegetation. A large number of transformed hemocytes in the encapsulated phase were identified in snail hemolymph infected with flat worms. Our results represent the first record of data for the number of hemocytes in molluscs and the first data for hemocytes of Helix pomatia. Further investigations and development of a uniform classification of hemocytes and their role in the immune response would be necessary in the future.

In this paper, the authors work on the basis of the present knowledge, especially in the interest of realization of the concept of long-term development of tourism, to point out the need and representational basis for the separation of tourist-geographic regions of Bosnia and Herzegovina. The basis of the functional tourist and economic regionalization of Bosnia and Herzegovina served the concept of separation of tourist-geographical regions. The research of tourism development of the Tuzla region within this work requires the spatial definition, ie the demarcation of the tourist region in the area of ​​Northern Bosnia. During the delimitation of the Tuzla tourist region, the former geo-tourist and economic concepts of the Northeast Bosnia-Herzegovina regionalization were taken into account with six proposals being made. For this purpose, a geographic analysis was carried out and proposals for certain corrections of the former physiognomic boundaries and the spatial coverage of regional units of the first and second level were made, along with the established guidelines for further research in this field. During the field research conducted, the emphasis was placed on the detailed attribution of tourism potential and their role in spatial organization and tourism development. Motives and goals basically come down to the need to establish a more effective coordination of tourism development at the Tuzla tourist region, linking tourism destinations, to a range of common development issues, and achieving greater efficiency of the overall economic development. This paper provides a short analysis of the areas where there are tourism resources and facilities with the dominant function of tourism, i.e. in which tourism can become a dominant economic activity.

In this paper morphological-hydrographic changes in the area of the coal open pit "Turija" in Banovići basin (north-eastern Bosnia and Herzegovina) are researched. The study was based on the field data and comparative analysis of topographic maps, satellite images, Digital Elevation Model and situational plans of the open pit area. With conducted GIS analysis of natural and anthropogenic relief of open pit "Turija" the changes in the structure of hypsometric level, slope and aspect, and the changes in the surface hydrographical network etc. are determined. The general trend of ground levelling, decrease in altitude differences, gradual disappearance of physical micro relief, disappearance of geomorphologic boundaries on the surface, disorganization of hydrographical network, the development of positive and negative forms of relief, and greater presence of physical-anthropogenic processes and forms in relation to physical ones are determined. Reduction of territories with southerly, easterly and westerly aspects, and a significant increase in territories with northerly aspect is also determined. Geospatial data obtained by GIS after their analytical and synthetic processing are geovisualized. Ten thematic maps were made and they provide insight into resulted changes in the researched geographical area. The explored indicators can serve as a significant factor in the future planning and selection of the type of re-cultivation of degraded areas in the area of research.

Surveying is an undisputed link in the chain of professions that participate in the realization of projects for the construction of various buildings and structures. Different stages of construction require the engagement of geodesists in a different range. The process of construction of the pillar of the viaduct "Briješće" required the collaboration of a large number of experts of various profiles, among which is a geodetic expert. The paper contains a detailed description of geodetic works in the construction of the viaduct pillar, starting from the establishment of the control network to the final control of the pillar construction.

<p style="text-align: justify;">Contraction is a part of a wind tunnel that has the greatest impact on the air flow quality in the test section. The constriction ratio, the cross section shape, the length and wall shape are constructive parameters that influence the uniformity of the flow, the flow turbulence intensity, the flow rotation angularity, the appearance of the flow separation and the thickness of the fluid flow boundary layer in the test section. For this reason, it is very<br />important to choose the optimal combination of the mentioned contraction design parameters. In this paper, an analysis of five different contours of the contraction wall was performed for the square outlet cross-section Ao=0.64 m2, the constriction ratio CR=4 and the contraction length L=1.88 m. With the computer code of Flow Simulation, 25 numerical simulations were performed and the obtained results were analyzed.</p>

<p style="text-align: justify;">Cranioplasty is the surgical repair of a bone defect in the skull that is left behind after a severe injury or previous operation. It is usually done to protect underlying brain tissue, reduce local pain and to improve the cranial vault aesthetics. Cranial prostheses can be made from different types of materials: autologous bone, titanium, ceramics and polymers. Their production is costly and often requires complex intraoperative processes which sometimes cause poor aesthetic results in large and complex defects. Using a real case, this paper presents a customised polymethyl methacrylate implant production method which involves three dimensional reconstruction based on CT scans, technology of 3D printing and moldmaking<br />from dental plaster.</p>

<p style="text-align: justify;">This paper describes the application of international standards, recommendations and guides, as well as other input data, to determine the interval of recalibration of laboratory equipment in the laboratory for testing the product safety testing LIND in Zenica, Bosnia and Herzegovina. An example of a pressure sensor on a 4-axis device for measuring the geometry of furniture, a detailed analysis of the recalibration interval was performed, which had to be shortened from 5 to 3 years.</p>

<p style="text-align: justify;">3D printing is a technology that is increasingly used in many engineering fields and education. This technology is primarily used in rapid prototyping and rapid tooling. In this paper the geometrical accuracy of FDM (Fused Deposition Modelling) 3D printing is presented. For the dimensional test process, a 3D model which contains the characteristic geometrical shapes and dimensions that were used as a reference for measuring on the<br />coordinate measurement machine, has been created. The CAD model was created in SolidWorks software, the model was printed on the Ultimaker 2+ 3D printer and the measurement has been proceeded on the Zeiss Contura G2 coordinate measuring machine.</p>

Rad prikazuje cjelokupan proces analiziranja postojećeg stanja zgrade Osnovne škole Saburina u Sarajevu, dobivene rezultate stvarnih energetskih potreba zgrade i emisije CO2, modele transformacije postojeće zgrade u energetski učinkovite i različitosti modaliteta energetske sanacije. Zgrada na kojoj se provodilo istraživanje građena je u razdoblju između dva svjetska rata.

Este estudo tem como objetivo verificar qual a concepção que acadêmicos, de um curso de Licenciatura em Ciências Biológicas possuem sobre Sequência Didática  (SD), bem como investigar o desenvolvimento dessa proposta didática em disciplinas pedagógicas cursadas. Realizou-se uma pesquisa qualitativa, cujo instrumento para a coleta dos dados foi um questionário aplicado para  nove acadêmicos que estavam desenvolvendo Estágio Supervisionado. As análises das respostas foram realizadas segundo Análise de Conteúdo. Para os licenciandos a SD é formada por um conjunto de atividades com o objetivo promover a aprendizagem do aluno, tornando o processo de ensino- aprendizagem dinâmico e aperfeiçoando o trabalho docente. Alguns licenciandos tiveram a oportunidade de desenvolver SD em determinadas disciplinas de Prática de Ensino e ações do Pibid. Palavras-chave: Formação de professores, Sequência didática, Prática docente.