Standard Type Research Articles

ON THE RELATION BETWEEN TIMBRE AND SYNTAX

The article is devoted to the question of the relationship between timbre and syntax in different functional styles of speech. The methodological basis for investigating the mutual influence of syntax (the level of conditioned constructions) and timbre (the level of inductive wholeness) is selected and explained. When considering the notion of “intentionality” within the framework of the direction of phenomenology, it becomes obvious that timbre should be understood as a hierarchy of communication elements, which creates the desired sound taking into account the invariants already available in consciousness. The timbre forms not only direct, syntactic links, but also expressive components contained in both the structure and semantics of the parts of a particular speech work. In order to create convenience and maximum objectivity of analysis when describing syntactic features of works of various functional styles, a specific range of consideration is set within the framework of this study - from the level of simple morphological relations to the level of hypertext unities. The field of analysis is represented as a simple target, where the core is the zone of well-known standardized types of syntactic links, zone-2 is the space of links existing in the form of visible repetitions (anaphora, epiphora, refrain, syntactic repetitions), zone-3 is the zone of links of all existing linking elements within the text, which is difficult to interpret objectively (links fixed by ritual). The final part of this study presents an example of analyzing a poetic text in English and its translation into Russian in order to demonstrate the close relationship between syntax and timbre at different levels of the hierarchy.

The lncRNA1-miR6288b-3p-PpTCP4-PpD2 module regulates peach branch number by affecting brassinosteroid biosynthesis.

Branch number is one of the most important agronomic traits of fruit trees such as peach. Little is known about how LncRNA and/or miRNA modules regulate branching through transcription factors. Here, we used molecular and genetic tools to clarify the molecular mechanisms underlying brassinosteroid (BR) altering plant branching. We found that the number of sylleptic branch and BR content in pillar peach ('Zhaoshouhong') was lower than those of standard type ('Okubo'), and exogenous BR application could significantly promote branching. PpTCP4 expressed great differentially comparing 'Zhaoshouhong' with 'Okubo'. PpTCP4 could directly bind to DWARF2 (PpD2) and inhibited its expression. PpD2 was the only one differentially expressed key gene in the path of BR biosynthesis. At the same time, PpTCP4 was identified as a target of miR6288b-3p. LncRNA1 could act as the endogenous target mimic of miR6288b-3p and repress expression of miR6288b-3p. Three deletions and five SNP sites of lncRNA1 promoter were found in 'Zhaoshouhong', which was an important cause of different mRNA level of PpTCP4 and BR content. Moreover, overexpressed PpTCP4 significantly inhibited branching. A novel mechanism in which the lncRNA1-miR6288b-3p-PpTCP4-PpD2 module regulates peach branching number was proposed.

Can deepfakes be used to study emotion perception? A comparison of dynamic face stimuli

Video recordings accurately capture facial expression movements; however, they are difficult for face perception researchers to standardise and manipulate. For this reason, dynamic morphs of photographs are often used, despite their lack of naturalistic facial motion. This study aimed to investigate how humans perceive emotions from faces using real videos and two different approaches to artificially generating dynamic expressions – dynamic morphs, and AI-synthesised deepfakes. Our participants perceived dynamic morphed expressions as less intense when compared with videos (all emotions) and deepfakes (fearful, happy, sad). Videos and deepfakes were perceived similarly. Additionally, they perceived morphed happiness and sadness, but not morphed anger or fear, as less genuine than other formats. Our findings support previous research indicating that social responses to morphed emotions are not representative of those to video recordings. The findings also suggest that deepfakes may offer a more suitable standardized stimulus type compared to morphs. Additionally, qualitative data were collected from participants and analysed using ChatGPT, a large language model. ChatGPT successfully identified themes in the data consistent with those identified by an independent human researcher. According to this analysis, our participants perceived dynamic morphs as less natural compared with videos and deepfakes. That participants perceived deepfakes and videos similarly suggests that deepfakes effectively replicate natural facial movements, making them a promising alternative for face perception research. The study contributes to the growing body of research exploring the usefulness of generative artificial intelligence for advancing the study of human perception.

Harmonizing cancer care delivery for AYAs with osteosarcoma: Comparison of pediatric and medical oncology approaches in a single center.

10039 Background: Osteosarcoma (OS) has a peak incidence amongst adolescents and young adults (AYA). Nuances in chemotherapeutic regimens are largely influenced by the training of pediatric or medical oncologists. MAP is the standard chemotherapy regimen used by pediatric oncologists. Chemotherapy regimens used by medical oncologists vary; our center uses preoperative doxorubicin/cisplatin (AP) followed by either doxorubicin/ifosfamide (AI) or a combination of HD methotrexate and HD ifosfamide. We undertook this analysis to characterize the treatment response, toxicity, and survival outcomes for AYAs with OS treated with pediatric vs medical oncology regimens as an initial step towards harmonizing our institutional approach to the treatment of AYA patients with bone sarcomas. Methods: We retrospectively reviewed the records of AYAs with OS receiving primary treatment at our center. Clinicopathologic characteristics and outcomes for patients treated with MAP vs. AP+ were compared. Progression-free survival (PFS) was defined as the time from either MAP/AP+ initiation or surgery to the time of first recurrence or death. Overall survival was defined as the time from MAP/AP+ initiation or surgery to death. The distributions of PFS and overall survival were estimated by the Kaplan-Meier method. Log-rank test was performed to test the difference in survival between groups. Regression analyses of survival data based on the Cox proportional hazard (PH) model were conducted on the time to event outcomes. Results: Between 2016-2022, 209 OS patients were seen at our center for initial diagnosis and treatment recommendations including 124 AYAs (59%). Amongst AYAs, 41 patients (median age 22y, range 14-38y) initiated and received the majority of their chemotherapy at our center and were included in analysis. Of the 41 AYAs, 17 were treated on MAP; 24 were treated using AP+. Ten patients < 20 years received MAP; one patient >30 years received MAP. The median time from initiation of therapy to surgery for those receiving MAP was 87.5 days vs 95.5 days for AP (p = 0.0052). Percent tumor necrosis varied widely with both regimens (range 0-99%) and was not statistically different (p = 0.11). There was no statistically significant difference in PFS between AYAs treated with MAP as compared to AP+ (Three-year PFS rates 80% vs 66%, p = 0.40). Evaluation of treatment related toxicity and late effects is ongoing. Conclusions: We had insufficient data to compare survival outcomes in this limited retrospective series. This limited retrospective study did not show a statistically significant difference in PFS for AYA patients with OS treated with a standard pediatric vs. adult type regimen containing at least 3-drug chemotherapy. Further study is needed to refine treatment for this patient population. These data support prospective efforts to harmonize AYA treatment paradigms in osteosarcoma.

Usability of the phenolic profile analysis method developed in RP-HPLC-PDA in natural products

The predominant majority of bioactive compounds in natural products are polyphenols. Reverse Phase High Performance Liquid Chromatography (HPLC) is the most employed analytical method for determining the polyphenol profiles in natural products. Analyses are conducted based on methods validated according to the number and type of phenolic standards used. In this study, validation experiments were performed using HPLC- photodiode array detector for 26 frequently encountered phenolic compounds in bee products and natural substances. The analysis was carried out utilizing a C18 column (250 mm x 4.6 mm, 5 μm; GL Sciences) with a gradient program. The HPLC method was developed, determining the limit of detection within the range of 0.019-0.072 μg/mL, and the limit of quantification within the range of 0.063-0.239 μg/mL. All calibration curves exhibited linear corelations with R² values exceeding 0.994 across the specified range. The developed method has been optimized and validated by assessing detection and quantification limits, accuracy, repeatability, and recovery data suitable for phenolic analysis. It has been concluded that the optimized method allows for the rapid and reliable evaluation of the phenolic content of natural products and their quantitative determination.

Core genome multilocus sequence typing (cgMLST) applicable to the monophyletic Klebsiella oxytoca species complex.

The environmental bacterium Klebsiella oxytoca displays an alarming increase of antibiotic-resistant strains that frequently cause outbreaks in intensive care units. Due to its prevalence in the environment and opportunistic presence in humans, molecular surveillance (including resistance marker screening) and high-resolution cluster analysis are of high relevance. Furthermore, K. oxytoca previously described in studies is rather a species complex (KoSC) than a single species comprising at least six closely related species that are not easily differentiated by standard typing methods. To reach a discriminatory power high enough to identify and resolve clusters within these species, whole genome sequencing is necessary. The resolution is achievable with core genome multilocus sequence typing (cgMLST) extending typing of a few housekeeping genes to thousands of core genome genes. CgMLST is highly standardized and provides a nomenclature enabling cross laboratory reproducibility and data exchange for routine diagnostics. Here, we established a cgMLST scheme not only capable of resolving the KoSC species but also producing reliable and consistent results for published outbreaks. Our cgMLST scheme consists of 2,536 core genome and 2,693 accessory genome targets, with a percentage of good cgMLST targets of 98.31% in 880 KoSC genomes downloaded from the National Center for Biotechnology Information (NCBI). We also validated resistance markers against known resistance gene patterns and successfully linked genetic results to phenotypically confirmed toxic strains carrying the til gene cluster. In conclusion, our novel cgMLST enables highly reproducible typing of four different clinically relevant species of the KoSC and thus facilitates molecular surveillance and cluster investigations.

ABANet: Attention boundary‐aware network for image segmentation

AbstractDeep learning techniques have attained substantial progress in various face‐related tasks, such as face recognition, face inpainting, and facial expression recognition. To prevent infection or the spread of the virus, wearing of masks in public places has been mandated following the COVID‐19 epidemic, which has led to face occlusion and posed significant challenges for face recognition systems. Most prominent masked face recognition solutions rely on mask segmentation tasks. Therefore, segmentation can be used to mitigate the negative impacts of wearing a mask and improve recognition accuracy. Mask region segmentation suffers from two main problems: there is no standard type of masks that people wear, they come in different colours and designs, and there is no publicly available masked face dataset with appropriate ground truth for the mask region. In order to address these issues, we propose an encoder–decoder framework that utilizes a boundary‐aware attention network combined with a new hybrid loss to provide a map, patch, and pixel‐level supervision. We also introduce a dataset called MFSD, with 11,601 images and 12,758 masked faces for masked face segmentation. Furthermore, we compare the performance of different cutting‐edge deep learning semantic segmentation models on the presented dataset. Experimental results on the MSFD dataset reveal that the suggested approach outperforms state‐of‐the‐art, algorithms with 97.623% accuracy, 93.814% IoU, and 96.817% F1‐score rate. Our dataset of masked faces with mask region labels and source code will be available online.

Evaluation of the Influence of Water Content in Oil on the Metrological Performance of Oil Flow Measurement Systems

According to current Brazilian regulations, if the volumes of oil produced used as a reference for the payment of government shares and third parties contain a water content greater than 2% v/v, these volumes must be arbitrarily increased between 1.44% and 10.89% due exclusively to water content, which has caused operational problems for oil companies such as differences between volumes produced and volumes sold, and additional payments from government shares and third parties. This study aimed to evaluate the metrological performance of oil measurement systems with ultrasonic, Coriolis and positive displacement flow meters when subjected to varied water content, fluid temperature and flow rate conditions using the Design of Experiments and the Response Surface Methodology. The analysis of variance showed that the models presented good fits for the ultrasonic meter (coefficient of determination R2 of 97.96%, p-value of 0.001, and a standard deviation of 5.89 × 10−5); Coriolis meter (R2 of 90.91%, p-value of 0.037, and a standard deviation of 5.88 × 10−5); and positive displacement meter (R2 of 99.07%, p-value of 0.000, and a standard deviation of 4.85 × 10−5). The results of the experiments carried out indicate that the contribution of each parameter analyzed to the metrological performance of the measurement system varies depending on the measurement technology used by the flow meter. However, the fluid temperature proved to be a relevant parameter common to all flow measurement technologies evaluated. All measuring technologies evaluated were influenced by water content in the range of 0% to 10% v/v, with the measurement error being less than 0.2% when compared to a standard positive displacement type meter in almost all experimental conditions. The Coriolis-type flow meter was the one that presented the smallest error among the measuring technologies evaluated.

Hats and titles: Maya courtier dress and hierarchy in the late Classic Maya court

Abstract The Maya used dress to help them structure social interaction. Taking a behavioral chain and practice approach, I define dress elements of male courtiers and how they were combined into outfits during the daily practices of dressing and attending court. I identify two groups of headgear, Standard and Special, among courtiers on vases showing historical interaction among humans. Each vase is considered commemorative and must communicate to an audience. I identified six Standard hat types that were widespread in the Maya Lowlands. The distribution implies a basic set of recognizable roles that provided the political-religious structure of the typical Maya court, perhaps as early as the Late Preclassic period. Four of the hat types are connected to glyphic titles. Each titleholder's position in the vase's visual space implies a hierarchy of roles. The results support my hypothesis that dress does identify social roles in the Maya court.

Assessing the potential impact of assimilating total surface current velocities in the Met Office’s global ocean forecasting system

Accurate prediction of ocean surface currents is important for marine safety, ship routing, tracking of pollutants and in coupled forecasting. Presently, velocity observations are not routinely assimilated in global ocean forecasting systems, largely due to the sparsity of the observation network. Several satellite missions are now being proposed with the capability to measure Total Surface Current Velocities (TSCV). If successful, these would substantially increase the coverage of ocean current observations and could improve accuracy of ocean current forecasts through data assimilation. In this paper, Observing System Simulation Experiments (OSSEs) are used to assess the impact of assimilating TSCV in the Met Office’s global ocean forecasting system. Synthetic observations are generated from a high-resolution model run for all standard observation types (sea surface temperature, profiles of temperature and salinity, sea level anomaly and sea ice concentration) as well as TSCV observations from a Sea surface KInematics Multiscale monitoring (SKIM) like satellite. The assimilation of SKIM like TSCV observations is tested over an 11 month period. Preliminary experiments assimilating idealised single TSCV observations demonstrate that ageostrophic velocity corrections are not well retained in the model. We propose a method for improving ageostrophic currents through TSCV assimilation by initialising Near Inertial Oscillations with a rotated incremental analysis update (IAU) scheme. The OSSEs show that TSCV assimilation has the potential to significantly improve the prediction of velocities, particularly in the Western Boundary Currents, Antarctic Circumpolar Current and in the near surface equatorial currents. For global surface velocity the analysis root-mean-square-errors (RMSEs) are reduced by 23% and there is a 4-day gain in forecast RMSE. There are some degradations to the subsurface in the tropics, generally in regions with complex vertical salinity structures. However, outside of the tropics, improvements are seen to velocities throughout the water column. Globally there are also improvements to temperature and sea surface height when TSCV are assimilated. The TSCV assimilation largely corrects the geostrophic ocean currents, but results using the rotated IAU method show that the energy at inertial frequencies can be improved with this method. Overall, the experiments demonstrate significant potential benefit of assimilating TSCV observations in a global ocean forecasting system.

Gradually Typed Languages Should Be Vigilant!

In gradual typing, different languages perform different dynamic type checks for the same program even though the languages have the same static type system. This raises the question of whether, given a gradually typed language, the combination of the translation that injects checks in well-typed terms and the dynamic semantics that determines their behavior sufficiently enforce the static type system of the language. Neither type soundness, nor complete monitoring, nor any other meta-theoretic property of gradually typed languages to date provides a satisfying answer. In response, we present vigilance, a semantic analytical instrument that defines when the check-injecting translation and dynamic semantics of a gradually typed language are adequate for its static type system. Technically, vigilance asks if a given translation-and-semantics combination enforces the complete run-time typing history of a value, which consists of all of the types associated with the value. We show that the standard combination for so-called Natural gradual typing is vigilant for the standard simple type system, but the standard combination for Transient gradual typing is not. At the same time, the standard combination for Transient is vigilant for a tag type system but the standard combination for Natural is not. Hence, we clarify the comparative type-level reasoning power between the two most studied approaches to sound gradual typing. Furthermore, as an exercise that demonstrates how vigilance can guide design, we introduce and examine a new theoretical static gradual type system, dubbed truer, that is stronger than tag typing and more faithfully reflects the type-level reasoning power that the dynamic semantics of Transient gradual typing can guarantee.

Functional Ownership through Fractional Uniqueness

Ownership and borrowing systems, designed to enforce safe memory management without the need for garbage collection, have been brought to the fore by the Rust programming language. Rust also aims to bring some guarantees offered by functional programming into the realm of performant systems code, but the type system is largely separate from the ownership model, with type and borrow checking happening in separate compilation phases. Recent models such as RustBelt and Oxide aim to formalise Rust in depth, but there is less focus on integrating the basic ideas into more traditional type systems. An approach designed to expose an essential core for ownership and borrowing would open the door for functional languages to borrow concepts found in Rust and other ownership frameworks, so that more programmers can enjoy their benefits. One strategy for managing memory in a functional setting is through uniqueness types, but these offer a coarse-grained view: either a value has exactly one reference, and can be mutated safely, or it cannot, since other references may exist. Recent work demonstrates that linear and uniqueness types can be combined in a single system to offer restrictions on program behaviour and guarantees about memory usage. We develop this connection further, showing that just as graded type systems like those of Granule and Idris generalise linearity, a Rust-like ownership model arises as a graded generalisation of uniqueness. We combine fractional permissions with grading to give the first account of ownership and borrowing that smoothly integrates into a standard type system alongside linearity and graded types, and extend Granule accordingly with these ideas.

Perancangan Homestay Moni Kecamatan Kelimutu Kabupaten Ende (Tema Arsitektur Neo Vernakuler)

ABSTRACT DOMINGGUS PITERSON BABO 2018320320. Moni Homestay Design, Kelimutu District, Ende Regency (Neo Vernacular Architecture Theme). Faculty of Engineering, University of Flores, Ende, 2023.. Mobile Number : 081339344579, E-mail : babosoni@gmail.com supervisor I : Ir. Dian Fitriawati Mochdar, ST., MT. supervisor II : Fabiola T.A, Kerong. ST., MT. Moni Kelimutu tourist destinations include culinary tourism, shopping tourism, and recreational tourism. This has a positive impact because the number of tourists coming is increasing. Therefore Homestay lodging is a very important element to support the existing potential. Homestay has an important role to introduce the character of each region. Ende Regency is one of the districts with many tribes and precisely in the Kelimutu sub-district, the local community highly respects customs and habits, so Moni's homestay is designed with the Neo Vernacular theme which aims to strengthen the identity and character of the local indigenous tribes. The application of this theme is dominated by wood elements as an aesthetic element of the building both in the facade of the building and in the atmosphere of the building space. Wood is the main material for building traditional Lio houses. So that the Homestay is designed to have the feel of the local environment so that people who stay at this Homestay feel the character of the local area. The methods used in this planning and design are 1). data collection methods include primary data (observation, documentation and interviews) and secondary data (literature studies and comparative studies); 2). The analysis method explains each analysis which contains field data, design criteria (theory), alternative analysis (alternative 1 and alternative 2), and responses (alternative selection). Analysis methods include analysis of design objects; site analysis; functional analysis (space organization, namely the organizational structure of actors, analysis of activities and space requirements (analysis of actors and actors' activities), room analysis (conditions, circulation, organization, relationships, size and zoning of space), shape analysis and analysis of building mass placement patterns; analysis building systems (structure and utilities); as well as analysis of regional regulations. 3). The design method includes design ideas and design concepts, namely the concept of neo vernacular architecture. The results obtained from designing Moni's homestay are based on a neo vernacular architectural approach which emphasizes more on building materials and site processing. The facilities built include the main facilities in the form of accommodation (suite room and standard type homestay), management building, as well as supporting facilities in the form of a cafeteria, photo spot, outdoor room and service area, parking. Keywords: Tourism, Homestay, Neo Vernacular Architecture

Anomalous behaviour of fine-grained transition soils from the San Cayetano Formation (Loja, Ecuador)

Numerous landslides, either natural or produced by excavations in road works, occur in the intramontane Neogene Loja basin (southern Ecuadorian Andes) and can be associated with the clayey silts, low plasticity soils (ML). Thirty-two undisturbed samples from eight sites were tested in laboratory to characterize the stress-strain geotechnical soil response, showing a higher internal friction angle and higher cohesion with respect to the standard ML soil values. A testing profile of a road constructed on these soils has been modeled using finite element methods to calculate both the safety factor and the mechanism of evolution. Anomalous behavior is evidenced when a standard ML soil type is considered in the model, with a higher security factor than the less stable and more susceptible ML soils of Loja basin. Therefore, this contribution may serve as a warning to designers and engineers when constructing new structures on these soils. Additionally, it enables the identification of the most effective test for assessing high susceptibility in ML soils, contributing to the refinement and enhancement of methodological procedures during project execution.

Unveiling the Anatomical and Functional Attributes of Stipular Colleters in Palicourea tetraphylla Cham. & Schltdl. and Palicourea rudgeoides (Müll. Arg.) Standl. (Rubiaceae).

The characterization of colleters in Rubiaceae is crucial for understanding their role in plant function. Analyzing colleters in Palicourea tetraphylla and Palicourea rudgeoides aims to deepen the understanding of these structures morphoanatomical and functional characteristics. The study reveals colleters with palisade epidermis and a parenchymatic central axis, classified as standard type, featuring vascularization and crystals. Colleter secretion, abundant in acidic mucopolysaccharides, proteins, and phenolic compounds, protects against desiccation. The ontogenesis, development, and senescence of the colleters are quite rapid and fulfill their role well in biotic and abiotic protection because these structures are present at different stages of development in the same stipule. Pronounced protrusions on the colleters surface, coupled with the accumulation of secretion in the intercellular and subcuticular spaces, suggest that the secretory process occurs through the wall, driven by pressure resulting from the accumulation of secretion. The microorganisms in the colleters' secretion, especially in microbiota-rich environments such as the Atlantic Forest, provide valuable information about plant-microorganism interactions, such as resistance to other pathogens and organisms and ecological balance. This enhanced understanding of colleters contributes to the role of these structures in the plant and enriches knowledge about biological interactions within specific ecosystems and the family taxonomy.

Awareness of Domestic Accidents Among Mothers of Children Aged Less than 10 Years in an Urban Locality of South Karnataka: A Cross-Sectional Study

Introduction: Domestic accidents are one of the five leading causes of death due to injuries in industrialised and developed countries. Awareness about domestic accidents and their prevention can help in eliminating risk factors of accidents. Since children are vulnerable to accidents, the immediate caregivers must have adequate knowledge regarding the causes and prevention to reduce the morbidity and mortality due to accidents. Objective: To study the socio-demographic profile of the study subjects; To assess the knowledge on prevention of domestic accidents among mothers of children aged less than 10 years. Methods: A cross-sectional study was undertaken in the urban field practice area of a medical college in Southern Karnataka among mothers of children aged less than 10 years using a pre-structured proforma. Data was analysed using descriptive and inferential statistics. Results: A total of 385 mothers were part of the study. 51.4% had good knowledge regarding domestic accidents and their prevention. There was a statistically significant association between the level of awareness of domestic accidents with maternal age, educational status, occupation, religion, type of family and standard of living. Conclusion: The knowledge of domestic accidents and their prevention was 51.4%.

Molecular characterization of clinical and environmental isolates from the Cryptococcus neoformans/C. Gattii species complexes of Maceió, Alagoas, Brazil.

Cryptococcosis is one of the major life-threatening opportunistic/systemic fungal diseases of worldwide occurrence, which can be asymptomatic or establish pneumonia and meningoencephalitis mainly in immunosuppressed patients, caused by the Cryptococcus neoformans and C. gattii species complexes. Acquisition is by inhaling fungal propagules from avian droppings, tree hollows and decaying wood, and the association of the molecular types with geographic origin, virulence and antifungal resistance have epidemiological importance. Since data on cryptococcosis in Alagoas are limited, we sought to determine the molecular types of etiological agents collected from clinical and environmental sources. We evaluated 21 isolates previously collected from cerebrospinal fluid and from environment sources (pigeon droppings and tree hollows) in Maceió-Alagoas (Brazil). Restriction fragment length polymorphism of URA5 gene was performed to characterize among the eight standard molecular types (VNI-VNIV and VGI-VGIV). Among isolates, 66.67% (14) were assigned to C. neoformans VNI - 12 of them (12/14) recovered from liquor and 2 from a tree hollow (2/14). One isolate from pigeon droppings (4.76%) corresponded to C. neoformans VNIV, while five strains from tree hollows and one from pigeon droppings (6, 28.57%) to C. gattii VGII. VNI-type was present in clinical and environmental samples and most C. neoformans infections were observed in HIV-positive patients, while types VNIV and VGII were prevalent in environmental sources in Alagoas. This is the first molecular characterization of Cryptococcus spp. in Alagoas, our study provides additional information on the ecoepidemiology of Cryptococcus spp. in Brazil, contributing to a closer view of the endemic species.

South Korea as a promising cinema tourism destination

This article examines the factors that prove that the country is becoming a promising destination for film tourism in the world. Currently, South Korea attracts an increasing number of tourists from all over the world. In the country, in addition to standard types of tourism, new holiday destinations are becoming popular. Thanks to the Korean Wave and the Korean film industry in particular, the country is emerging as an attractive destination for film tourists. The purpose of the work was to study the potential of South Korea as a new center for film tourism.

Typology of hyperthymic personalities with affective phases

Introduction Modern authors characterize hyperthymic individuals as eloquent, humorous, self-confident, optimistic, energetic, liberated, sexually active, constantly planning and implementing their plans. Four or more of the listed characteristics indicate the individual’s involvement in the circle of hyperthymic people. Statistical data on the prevalence of hyperthymic is scarce, which is due to rare requests for help and the diagnosis of this condition not as a disease, but within the framework of characterological traits. Attempts to classify hyperthymics have been made more than once, but previously none of the authors divided them according to the presence of side character traits in the personality structure.ObjectivesTo establish psychopathological types of hyperthymic individuals in whom affective states were formed.Methods The sample consisted of 50 patients (42 women, 8 men) who were on inpatient or outpatient treatment at the clinic since 2019 to 2022. Patients were examined by clinical-psychopathological, clinical-anamnestic methods due to the presence of a phase affective state.Results Four types of hyperthymic personalities have been identified: anxious-hyperthymic, hysterical-hyperthymic, schizoid-hyperthymic and standard hyperthymic. Anxious-hyperthymic type, 20% (n=10) characterized by a combination of increased activity, sociability with such traits as suspiciousness, perfectionism, meticulousness, exactingness, concern for one’s health and the desire to maintain a healthy lifestyle. Hysterical-hyperthymic type, 46% (n=23) includes both hyperthymic and hysterical traits in the form of increased emotionality, egocentrism, drama, and desire for recognition from others. In addition, patients in this group are characterized by increased concern about their appearance (bright clothes, makeup, tattoos). Schizoid-hyperthymic type, 10% (n=5). In addition to increased activity and emancipation, patients in this group are prone to fantasizing, overvalued hobbies, sthenicity, emotional poverty and rationalism. Standard type, 24% (n=12) are characterized by the presence of typical hyperthymic traits - optimism, energy, constant desire for productive activity, success in the chosen profession, rapid career growth, sociability, openness.ConclusionsHyperthymic individuals with the development of affective phases are heterogeneous in their psychopathological structure and have features of the pathocharacterological structure that make it possible to distinguish anxious-hyperthymic, hysterical-hyperthymic, schizoid-hyperthymic and standard types. The developed classification of hyperthymia reveals the predominance of the hysterical-hyperthymic type (46%).Disclosure of InterestNone Declared

GEOGRAPHICAL INDICATORS

Geographical indicators play a crucial role in helping us navigate and identify locations in our daily lives. From road indicators guiding us to our destination to topographic symbols on maps helping us visualize the landscape, these indicators are essential for orientation and navigation. In this article, we will explore the different types of geographical indicators, the regulations and standards that govern them, as well as the challenges and solutions in maintaining and updating them. By understanding the importance of geographical indicators and the efforts involved in their upkeep, we can better appreciate their indicatorificance in our modern world.