Heterogeneity in Family Life Course Patterns and Intra-Cohort Wealth Disparities in Late Working Age

Considering soaring wealth inequalities in older age, this research addresses the relationship between family life courses and widening wealth differences between individuals as they age. We holistically examine how childbearing and marital histories are associated with personal wealth at ages 50–59 for Western Germans born between 1943 and 1967. We propose that deviations from culturally and institutionally-supported family patterns, or the stratified access to them, associate with differential wealth accumulation over time and can explain wealth inequalities at older ages. Using longitudinal data from the German Socio-Economic Panel Study (SOEP, v34, waves 2002–2017), we first identified typical family trajectory patterns between ages 16 and 50 with multichannel sequence analysis and cluster analysis. We then modelled personal wealth ranks at ages 50–59 as a function of family patterns. Results showed that deviations from the standard family pattern (i.e. stable marriage with, on average, two children) were mostly associated with lower wealth ranks at older age, controlling for childhood characteristics that partly predict selection into family patterns and baseline wealth. We found higher wealth penalties for greater deviation and lower penalties for moderate deviation from the standard family pattern. Addressing entire family trajectories, our research extended and nuanced our knowledge of the role of earlier family behaviour for later economic wellbeing. By using personal-level rather than household-level wealth data, we were able to identify substantial gender differences in the study associations. Our research also recognised the importance of combining marital and childbearing histories to assess wealth inequalities.

magistyka społeczno-kulturowa w średniowiecznej Serbii, czyli o strategii budowania wizerunku serbskich panujących

In the article, a phenomenon of promotion and marketing in the medieval Serbia was discussed, as well as the strategies of creating a specific, desired and functional image of the ruling dynasties. Due to this, the basic communication practices were recalled that is, a management of impression, building the so-called brand (social, political, cultural property of the dynasty, its family pattern), and also specifically conceived branding itself (that is, a management of consciousness and value of the dynastic brand), what ultimately proved that the lineage of social-cultural usage of images, along with the models and devices serving the politics of public relations is deeply rooted in the middle ages. The phenomenon of promotion and marketing in the medieval Serbia was presented on the basis of the medieval Serbian literature, hagiography, hymnography, historiography, and iconographic implementations were also included. The article presents images of rulers and dynasties prevailing in the historical, religious and ideological context, the phenomenon of promotion and marketing in the context of characteristic ideological structures, such as state and church tradition, imperial-monastic tradition, charismatic dynasty, sanctity of the ruling family, land and the Serbian nation e.t.c. The timeless phenomenon of promotion and marketing has been presented as a lasting component of shaping the culture model of the medieval Serbia.

Analyzing the Impact of Covid-19 on the Mothers of Bangladesh: Hearing the Unheard

Aim: The purpose of this empirical study is to explore how Covid-19 pandemic has hit the mothers of our society, with particular emphasis on Bangladesh. The study also attempts to make their unheard voice reach both the national and international academic discourse which has so far been an unexcavated area. Subject and Methods: The study adopted qualitative and interpretative methods of social research which include content analysis; perception study of 223 respondents through semi structured questionnaire survey, who were selected using purposive random sampling. The data obtained from perception study was further complemented through phone in interviews. Results: The study has found that pandemic has not affected all the mothers uniformly, rather the intensity of its impact varied depending on factors like occupation of mothers and their husbands and their family pattern. Despite such variation, all the mothers experienced subsequent increase in workload, challenges while availing routine health facilities and higher level of stress, anxiety, depression, and certain behavioral changes. Conclusion: However, the worst affected have been the mothers belonging to the lower socio-economic strata because the pandemic has made them and their husbands’ jobless, leading them towards an uncertain future.

IAP-Mediated Protein Ubiquitination in Regulating Cell Signaling

Over the last decade, the E3-ubiquitine ligases from IAP (Inhibitor of Apoptosis) family have emerged as potent regulators of immune response. In immune cells, they control signaling pathways driving differentiation and inflammation in response to stimulation of tumor necrosis factor receptor (TNFR) family, pattern-recognition receptors (PRRs), and some cytokine receptors. They are able to control the activity, the cellular fate, or the stability of actors of signaling pathways, acting at different levels from components of receptor-associated multiprotein complexes to signaling effectors and transcription factors, as well as cytoskeleton regulators. Much less is known about ubiquitination substrates involved in non-immune signaling pathways. This review aimed to present IAP ubiquitination substrates and the role of IAP-mediated ubiquitination in regulating signaling pathways.

Phylogeny of teleost connexins reveals highly inconsistent intra- and interspecies use of nomenclature and misassemblies in recent teleost chromosome assemblies

Background: Based on an initial collecting of database sequences from the gap junction protein gene family (also called connexin genes) in a few teleosts, the naming of these sequences appeared variable. The reasons could be (i) that the structure in this family is variable across teleosts, or (ii) unfortunate naming. Rather clear rules for the naming of genes in fish and mammals have been outlined by nomenclature committees, including the naming of orthologous and ohnologous genes. We therefore analyzed the connexin gene family in teleosts in more detail. We covered the range of divergence times in teleosts (eel, Atlantic herring, zebrafish, Atlantic cod, three-spined stickleback, Japanese pufferfish and spotted pufferfish; listed from early divergence to late divergence).Results: The gene family pattern of connexin genes is similar across the analyzed teleosts. However, (i) several nomenclature systems are used, (ii) specific orthologous groups contain genes that are named differently in different species, (iii) several distinct genes have the same name in a species, and (iv) some genes have incorrect names. The latter includes a human connexin pseudogene, claimed as GJA4P, but which in reality is Cx39.2P (a delta subfamily gene often called GJD2like). We point out the ohnologous pairs of genes in teleosts, and we suggest a more consistent nomenclature following the outlined rules from the nomenclature committees. We further show that connexin sequences can indicate some errors in two high-quality chromosome assemblies that became available very recently.Conclusions: Minimal consistency exists in the present practice of naming teleost connexin genes. A consistent and unified nomenclature would be an advantage for future automatic annotations and would make various types of subsequent genetic analyses easier. Additionally, roughly 5% of the connexin sequences point out misassemblies in the new high-quality chromosome assemblies from herring and cod.

Phylogeny of teleost connexins reveals highly inconsistent intra- and interspecies use of nomenclature and misassemblies in recent teleost chromosome assemblies

Background: Based on an initial collecting of database sequences from the gap junction protein gene family (also called connexin genes) in a few teleosts, the naming of these sequences appeared variable. The reasons could be (i) that the structure in this family is variable across teleosts, or (ii) unfortunate naming. Rather clear rules for the naming of genes in fish and mammals have been outlined by nomenclature committees, including the naming of orthologous and ohnologous genes. We therefore analyzed the connexin gene family in teleosts in more detail. We covered the range of divergence times in teleosts (eel, Atlantic herring, zebrafish, Atlantic cod, three-spined stickleback, Japanese pufferfish and spotted pufferfish; listed from early divergence to late divergence). Results: The gene family pattern of connexin genes is similar across the analyzed teleosts. However, (i) several nomenclature systems are used, (ii) specific orthologous groups contain genes that are named differently in different species, (iii) several distinct genes have the same name in a species, and (iv) some genes have incorrect names. The latter includes a human connexin pseudogene, claimed as GJA4P , but which in reality is Cx39.2P (a delta subfamily gene often called GJD2like ). We point out the ohnologous pairs of genes in teleosts, and we suggest a more consistent nomenclature following the outlined rules from the nomenclature committees. We further show that connexin sequences can indicate some errors in two high-quality chromosome assemblies that became available very recently. Conclusions: Minimal consistency exists in the present practice of naming teleost connexin genes. A consistent and unified nomenclature would be an advantage for future automatic annotations and would make various types of subsequent genetic analyses easier. Additionally, roughly 5% of the connexin sequences point out misassemblies in the new high-quality chromosome assemblies from herring and cod.

BEHAVIOUR OF USER OF WOMEN WORKERS OF HERO SUPERMARKET JAKARTA IN FOSTER FAMILY PATTERN

Female workers have to face the reality in supporting family’s financial problem and taking care her children. This is not easy condition, they have to run their role as employee, mothers and wife. To run this decision,Female workers need support from family, parents and environment. The thing that can’t be avoided is, gadget usage as one of tools and gamess in family. The research methods use qualtitave with descriptive data analysis. The result was gained by distributing quesinare in Parenting Seminar which held by Hero Supermarket Workers Assocation in 16 th Mei 2016. The respondents were delegated Female Hero Supermarket workers from east Jakarta.The result showed From 39 responden, 92,3% or the respondent gave smartphone to their children. 35,9% respondent gave smartphone to their children to paly gamess, 20,5% to communicate with their children by whatsapp, message texting and telephone. The relationship and communication between respondents and their husband quite positive. 71,8% showed that they always discuss everything related to family’s matter to their husband, 51,3% don’t have any difficulties to communicate with their husband. Respondents understand that giving smartphone to toddlers will rise negative impact. That’s worry them, but they haven’t figure out the solution to this problem. Female workers in Hero Supermarket has limited access to parenting information. This encourage Hero Supermarket to held the seminar and balance the needs of the worker and make them feel comfort while working and raising their family.

Phylogeny of teleost connexins reveals highly inconsistent intra- and interspecies use of nomenclature and misassemblies in recent teleost chromosome assemblies

Background: Based on an initial collecting of database sequences from the gap junction protein gene family (also called connexin genes) in a few teleosts, the naming of these sequences appeared variable. The reasons could be (i) that the structure in this family is variable across teleosts, or (ii) unfortunate naming. Rather clear rules for the naming of genes in fish and mammals have been outlined by nomenclature committees, including the naming of orthologous and ohnologous genes. We therefore analyzed the connexin gene family in teleosts in more detail. We covered the range of divergence times in teleosts (eel, Atlantic herring, zebrafish, Atlantic cod, three-spined stickleback, Japanese pufferfish and spotted pufferfish; listed from early divergence to late divergence). Results: The gene family pattern of connexin genes is similar across the analyzed teleosts. However, (i) several nomenclature systems are used, (ii) specific orthologous groups contain genes that are named differently in different species, (iii) several distinct genes have the same name in a species, and (iv) some genes have incorrect names. The latter includes a human connexin pseudogene, claimed as GJA4P, but which in reality is Cx39.2P (a delta subfamily gene often called GJD2like). We point out the ohnologous pairs of genes in teleosts, and we suggest a more consistent nomenclature following the outlined rules from the nomenclature committees. We further show that connexin sequences can indicate some errors in two high-quality chromosome assemblies that became available very recently. Conclusions: Minimal consistency exists in the present practice of naming teleost connexin genes. A consistent and unified nomenclature would be an advantage for future automatic annotations and would make various types of subsequent genetic analyses easier. Additionally, roughly 5% of the connexin sequences point out misassemblies in the new high-quality chromosome assemblies from herring and cod.

Zircônia Prettau como alternativa reabilitadora em casos de agenesia anteroinferior – relato de caso

Dental agenesis is a very frequent quantitative abnormality in humans. It can happen associated with syndromes or it can be an isolated family pattern, and its cause is still undefined. The treatment for this type of abnormality can be through orthodontic traction to close diastemas or from dental replacements. Zirconia Prettau is a material seen as an alternative for making prostheses in these types of cases. This work was elaborated from a case report, through the collection of qualitative data, with the purpose of describing and explaining the clinical case. At the end of the research, it was possible to verify that the zirconia Prettau material is a viable alternative for cases of previous agenesis, and its physicalmechanical properties are considered of great value.

Phylogeny of teleost connexins reveals highly inconsistent intra- and interspecies use of nomenclature and misassemblies in recent teleost chromosome assemblies

Background: Based on an initial collecting of database sequences from the gap junction protein gene family (also called connexin genes) in a few teleosts, the naming of these sequences appeared variable. The reasons could be (i) that the structure in this family is variable across teleosts, or (ii) unfortunate naming. Rather clear rules for the naming of genes in fish and mammals have been outlined by nomenclature committees, including the naming of orthologous and ohnologous genes. We therefore analyzed the connexin gene family in teleosts in more detail. We covered the range of divergence times in teleosts (eel, Atlantic herring, zebrafish, Atlantic cod, three-spined stickleback, Japanese pufferfish and spotted pufferfish; listed from early divergence to late divergence). Results: The gene family pattern of connexin genes is similar across the analyzed teleosts. However, (i) several nomenclature systems are used, (ii) specific orthologous groups contain genes that are named differently in different species, (iii) several distinct genes have the same name in a species, and (iv) some genes have incorrect names. The latter includes a human connexin pseudogene, claimed as GJA4P, but which in reality is Cx39.2P (a delta subfamily gene often called GJD2like). We point out the ohnologous pairs of genes in teleosts, and we suggest a more consistent nomenclature following the outlined rules from the nomenclature committees. We further show that connexin sequences can indicate some errors in two high-quality chromosome assemblies that became available very recently. Conclusions: Minimal consistency exists in the present practice of naming teleost connexin genes. A consistent and unified nomenclature would be an advantage for future automatic annotations and would make various types of subsequent genetic analyses easier. Additionally, roughly 5% of the connexin sequences point out misassemblies in the new high-quality chromosome assemblies from herring and cod.