IDEOLOGICAL STRUGGLE FROM STRATIFICATION OF CATUR WANGSA AND CATUR WARNA IN POETRY GEGURITAN CHANDRA BHAIRAWA

<p class="p2">Balinese society has debated on <em>Warna</em>, <em>Kasta </em>(caste), and <em>Wangsa </em>stratification has been going on for a long time because of a lack of understanding about cultural differences. Bali's social stratification is focused on <em>Wangsa</em>. The title inherited the male line. This fits the ancestral scheme, <em>Purusa</em>, or patrilineal. The author is interested in investigating one of Catur Wangsa's issues in the <em>Candra Bhairawa </em>text focused on group polemics about <em>Warna</em>, <em>Kasta </em>(caste), and <em>Wangsa </em>stratification discourse. The issues addressed in this study are how to stratify <em>Catur Wangsa</em>'s duties and responsibilities in <em>Candra Bhairawa </em>text. This study aimed to determine the ideological struggle to stratify <em>Catur Wangsa </em>and <em>Catur Warna </em>in Bali. The method used in this research is to study literature by gathering primary and secondary data. This study results in (1 ) identifying and charting <em>Catur Warna </em>and <em>Catur Warna </em>(2)Duties of <em>Wangsa Brahmana</em>, <em>Wangsa Ksatria</em>, <em>Wangsa Waisya</em>, <em>Wangsa Sudra </em>(3) The <em>Wangsa </em>philosophical conflict in society poses two points of view, notably, the desire to retain the Wangsa and release the Wangsa with several stages of the <em>Diks</em>a Ceremony.<span class="Apple-converted-space"> </span></p>

Genealogical and zootechnical characteristics of the breeding core of Akhal-Teke horses of the Stavropol Territory

The purpose of the study is to analyze the pedigree core of the Akhal-Teke breed bred in the Stavropol Territory using the example of the leading breeding farm LLC “Stavropol stud farm No. 170”. The object of the study was stud stallions (n = 5) and brood mares (n = 30) of the thoroughbred Akhal-Teke breed. Information sources of research: statements of results of assessment of pedigree horses, catalogs of stallions-producers, state studbooks of Akhal-Teke horses, data from the information retrieval system HORSES-3. Results and scope of application. The stallions-producers of the Akhal-Teke breed used in the LLC “Stavropol stud farm No. 170” belong to 4 lines: El, Posman, Gelishikli and Fakirpelvan. According to the direct male line, all mares of the breeding core belong to 6 lines: Gelishikli (36.7 %), El (23.3 %), Gaplan (16.7 %), Posman (13.3 %), Fakirpelvan (6.7 %) and Sere (3.3 %). Zootechnical assessment of breeding stallions and mares of the breeding core showed their compliance with the breed standard. The average age of breeding stallions is 18 years, and broodmares – 11.7 years. The research results can be recommended as an educational material for students and undergraduates of universities studying in the areas of zootechnical profile training, and can also be used in the practical work of zootechnicians of breeding farms and private individuals engaged in breeding Akhal-Teke horses. The scientific novelty of the research lies in the fact that for the first time a detailed genealogical and zootechnical assessment of the breeding nucleus of the Akhal-Teke horses bred in the Stavropol Territory has been given.

A clinical case of mesenchymal iris dysplasia for the first time in a family

Frank-Kamenetsky syndrome is a rather rare ocular anomaly, which is characterized by hypoplasia of the iris stroma with exposure of its pigment layer and the development of secondary glaucoma, more often in the 2-3rd decade of life. Gonioscopy reveals goniodysgenesis in the form of "dentate" and anterior attachment of the root of the iris of a dirty gray color, as well as the inclusion of mesodermal tissue in the trabecular zone. The severity of the course of glaucoma is determined by the age of onset and is often malignant, gradually leading to blindness. Frank-Kamenetsky syndrome is observed in men and refers to a recessive disease linked to the X chromosome. The article presents a clinical case of mesenchymal iris dysplasia, first identified in a family, similar to the clinical picture of Frank-Kamenetsky syndrome. Previously, retinal pigment degeneration was observed in the male line of the family. Key words: Frank-Kamenetsky syndrome, glaucoma, congenital glaucoma.

Examination of the Usage of a New Beak-Abrasive Material in Different Laying Hen Genotypes (Preliminary Results)

The aim of the experiment was to investigate the use and effect of a new beak-abrasive material not yet examined on mortality of non-beak trimmed laying hens of different genotypes housed in an alternative pen. The study was performed on 636 females belonging to three genotypes of Bábolna TETRA Ltd. (a1 = commercial brown layer hybrid (C); a2 = purebred male line offspring group (maternal); a3 = purebfigure ed female line offspring group (paternal)). A total of 318 hens, i.e., 106 hens/genotype distributed in six pens (53 hens/pen), were evaluated. Cylindrical beak-abrasive blocks of 5.3–5.6 kg were suspended (0.1–0.4 mm diameter gravel, limestone grit, lime hydrate, and cement mixture) in six alternative pens. In six control pens without abrasive material, 318 hens, i.e., 106 hens/genotype (2 pens control group/genotype, i.e., C1 = commercial brown layer hybrid, C2 = purebred male line offspring group, C3 = purebred female line offspring group; 53 hens/pen;) were placed where there were no beak-abrasive materials. The rate of change in the weight of the beak-abrasive materials and the mortality rate were recorded daily. In the six pens equipped with beak-abrasive materials, infrared cameras were installed, and 24 h recordings were made. The number of individuals pecking the beak-abrasive material, the time and duration of dealing with the material were recorded. Data coming from one observation day are given. During the 13 experimental weeks of observation, the weight loss of beak-abrasives differed significantly in the different genotypes (a1 = 27.4%; a2 = 29.6%; a3 = 56.6%). During the only day analyzed, the hens from all the genotypes mostly stayed between 17:00 and 21:00 h in the littered scratching area where the beak-abrasive material was placed (a1 = 48.4%; a2 = 49.2%; a3 = 54.4%). In the case of each genotype, the rate of the hens dealing with beak-abrasives in the first two periods of the day was relatively low (0.2%–0.7%). Peaks of the activity were between 17:00 and 21:00 (a1 = 0.8%; a2 = 1.3%; a3 = 1.8%). The a3 dealt with the beak-abrasive materials to a significantly greater extent in the period from 13:00 to 17:00 (0.8%) and from 17:00 to 21:00 (1.8%) than the a1 (0.2% and 0.8%, respectively). Due to the use of the beak-abrasive materials, the mortality rate decreased the most in the genotypes that used them (a1 with beak-abrasive material 0.0% vs. C1 9.4%; a2 with beak-abrasive material 2.9% vs. C2 12.4%; a3 with beak-abrasive material) 15.4% vs. C3 5.7%). It can be concluded that the insertion of beak-abrasive materials increased the behavioral repertoire of hens, which is particularly beneficial from an animal welfare point of view. Further and longer-term research is needed to determine whether the insertion of the beak-abrasive material has a beneficial effect on the mortality data of the experimental groups through enrichment, either through physical abrasion of the beak or both.

Paternal environmental exposure-induced spermatozoal small noncoding RNA alteration meditates the intergenerational epigenetic inheritance of multiple diseases

Studies of human and mammalian have revealed that environmental exposure can affect paternal health conditions as well as those of the offspring. However, studies that explore the mechanisms that meditate this transmission are rare. Recently, small noncoding RNAs (sncRNAs) in sperm have seemed crucial to this transmission due to their alteration in sperm in response to environmental exposure, and the methodology of microinjection of isolated total RNA or sncRNAs or synthetically identified sncRNAs gradually lifted the veil of sncRNA regulation during intergenerational inheritance along the male line. Hence, by reviewing relevant literature, this study intends to answer the following research concepts: (1) paternal environmental factors that can be passed on to offspring and are attributed to spermatozoal sncRNAs, (2) potential role of paternal spermatozoal sncRNAs during the intergenerational inheritance process, and (3) the potential mechanism by which spermatozoal sncRNAs meditate intergenerational inheritance. In summary, increased attention highlights the hidden wonder of spermatozoal sncRNAs during intergenerational inheritance. Therefore, in the future, more studies should focus on the origin of RNA alteration, the target of RNA regulation, and how sncRNA regulation during embryonic development can be sustained even in adult offspring.

Carlos II of Spain, ‘The Bewitched’: cursed by aspartylglucosaminuria?

Carlos II of Spain (1661–1700), last of the Spanish Habsburgs, was known as The ‘Bewitched’ due to his multiple medical issues and feeble nature. He suffered from a range of ailments extending beyond the well-known Habsburg jaw, including developmental delay, intellectual disability, dysarthria, skeletal deformity, recurrent infections, epilepsy and infertility, among others. The Habsburg dynasty of Spain was characterised by marked inbreeding, and the male line died out with Carlos II. Various diagnoses have been proffered to explain Carlos II’s infirmity, though none have been full satisfactory to explain the full breadth of his ailments. As illustrated here, it may be that aspartylglucosaminuria, an autosomal recessively inherited lysosomal storage disorder, can account for both the characteristic facial features and the wide variety of other features exhibited by Carlos II.

From Croatia to Transylvania

The article gives the history of the noble Croatian family of Perušić, following the life and career of its main male representatives across three generations, from its emergence in sources in the mid-15th century up until its extinction in the male line in 1603. All three men – Gaspar (Gašpar) the Elder, Gaspar the Younger, and Matthew (Mate) – had primarily military careers, leading cavalry units and fighting either the Turks or other Christian nobles in civil wars which burdened Croatia, Slavonia, Hungary, and Transylvania from the late 15th to the early 17th century. Gaspar the Elder was the vice-ban of Croatia-Dalmatia and is a relatively well-known figure in Croatian historiography, while the lives of his son and grandson are thoroughly researched for the first time in this article. Gaspar the Younger, initially a supporter of the Habsburgs, was fighting the Ottomans in Croatia until 1532, with significant success, and was later engaged in civil strife in Slavonia, changing the sides he supported several times. He finally opted for King John Zápolya around 1538 and migrated to Zápolya’s realm, settling finally in Transylvania, where he gained many estates and served several de jure and de facto rulers, including another fellow Croat – the bishop of Oradea, George Martinuzzi (Juraj Utišenović Martinušević). His son Matthew, the last male member of this line of the Perušić family, spent his lifetime as a military commander for various Transylvanian rulers, almost always joining the winning side in the conflict and gaining the house in the informal capital – Alba Iulia. He died in a battle in 1603, survived by his sisters’ (Catherine’s and Anna’s) descendants.

HAK PEREMPUAN HINDU BALI ATAS HARTA WARISAN SUAMI

<p><em>Indonesia does not have a unified regulation regarding inheritance law. This legal pluralism occurs with the application of three different regulations related to inheritance law namely is Western Civil Law, Compilation of Islamic Laws and Customary laws which is applicable based on the region such as Bali Customary Laws. The customary law sourced from the norms, religion, principle that develop within the society. Customary inheritance law is strongly influenced by the family system that applies in every region in Indonesia. Customary inheritance law in Bali is influenced by the patrilineal system adopted in Bali. The patrilineal system adheres to the male line. The patrilineal system places men as the successors of the family including those who are obliged and entitled to family inheritance. This situation makes the position of women as subordinate parties in the family, especially in terms of inheritance. The rights of Hindu women in Bali to her husband's inheritance are often disregarded, forgotten, and abolished. Based on national law, a wife who is left dead by her husband will automatically become an heir. This situation does not necessarily apply to Balinese customary law with the patrilineal system. Social change and demands of the feminist theory have not brought a change to the application of Balinese customary inheritance laws in the community. The presence of provisions in the form of the MUDP (an Indonesia Governmental Body for Balinese) decision and the Supreme Court's decision have not been able to bring a change to the position of women (widows because of death) as husband's heir. The lack of knowledge and legal awareness of Hindu women in Bali over their position as heirs is one of the causes of the weak position of Hindu women in Bali as heirs. This paper will discuss the rights of Hindu women in Bali for husband's inheritance. This paper uses a normative juridical research method.</em></p><p><strong>Keywords</strong>: <em>Rights of Hindu Women in Bali, Husband's Inheritance</em></p>

Observation on the growth of hubbard parent stock broilers raised for 20 weeks by manipulating the feed supply under restricted feeding regime

A study was carried out to monitor the effect of feed manipulation on the growth and development of male and female line Hubbard broiler parent stock reared under tropical open sided poultry house without any form of cooling system or any temperature regulating mechanism. A total of 255 females and 105 males for the male line and 360 females and 150 males for the female line were used. The birds were fed a normal soya cake/groundnut cake and maize based broiler starter ration of 2900kcal/kg ME and 20% CP and a grower ration containing 2650kcal/kg ME with 16% CP as stipulated by the Hubbard rearing guide. The birds were fed ad libitum for the first 2 weeks and thereafter placed on restricted feeding in line with the standard rearing guideline provided by the Hubbard breeding company for optimum growth and development. It was observed that the body weights of the birds did not differ much from the standard body weight expected at 20 weeks even though they were reared in the normal tropical open sided poultry house without sophisticated modern facilities. This shows that feed manipulation can be used to achieve desired weight in broiler parent stock rearing