Transforming Activity Research Articles

THE INFLUENCE OF MODERN FORMATS OF THE EDUCATIONAL PROCESS (DISTANCE, MIXED AND OTHERS) ON THE MAIN COMMUNITIES OF THE UNIVERSITY, ON THE IMPLEMENTATION OF THE MISSION, GOALS AND QUALITY OF HIGHER EDUCATION

The relevance of the work New types of thinking and new ways of transforming activity call for the need for the comprehensive development of the younger generation, democratization of marriage, humanization of the graduate school, requires a rethinking of the very paradigm of global awareness, as an adaptive model, acquired knowledge on the basis of a model of awareness, oriented towards specialness and becoming important suspenseful need.Therefore, the centre of educational activities should be a specific student and, accordingly, all methods and forms of organization should be subordinated to the goal of his comprehensive personal and professional development. The main attention should be focused on the personality of the student, because the success of professionalization depends on the meaning of the profession for him, how he treats other people, and himself. The purpose of the research is to determine the influence of modern education formats on the implementation of the mission, goals and quality of higher education. Methodology. The research was based on a number of defining principles − scientific pluralism, methodological diversity, critical thinking, unity of subjective and objective, systemic comparativism, etc. The methods used were programmatic − target, and generalization. The results. In today's difficult socio-cultural conditions, the higher school must take on the protection of the main right of every student − the right to such conditions of the educational environment that would provide him with full-fledged personal and professional development in the maximum possible range of individual psychological resources. Information technologies of the educational process are characteristic features of the functioning of a modern institution of higher education. Modern ICT determines the development of universities in terms of providing fast and high-quality educational services, especially when it comes to the situation in society when access to traditional forms of education is limited. The authors come to the conclusion that the implementation of distance and mixed learning, digitization of education, use of artificial intelligence systems will contribute to improving the quality of education and science in Ukraine, which will facilitate the integration of our state into the European environment.

Tax procedure: from doctrinal developments to consolidation of a legislative definition

Reforms in the field of taxation and tax legislation are permanent in Ukraine. Since the restoration of the independence of our state, this important social process and its legal regulation have been focused on by both the society and the state. At the same time, the mentioned transformative activities have been accompanied with numerous problems, not least of which is related to the procedural regulation of tax relations. One of the key factors negatively affecting the general state of rulemaking and law enforcement in the field of taxation is the lack of a legal definition of such a system-forming financial and legal category as a tax procedure. The outlined gap provokes scientists to make debatable decisions and increases the level of conflictedness of sub-sectoral regulation. Therefore, working out and consolidating the definition of tax procedure in the current legislation will allow to minimize the mentioned defects and will make a positive contribution to the modernization of taxation. Critical scientific analysis of the existing doctrinal options for defining the legal (juridical) procedure and tax procedure has been carried out and the current state of regulatory and legal support of the specified categories has been revealed in the paper. It has been pointed out that the existence of several approaches to the scientific definition of the tax procedure, the difference in views on its essence and features, the scientists’ proposals regarding possible options for the legislative definition of the analyzed category also differ significantly. Distinct from the two existing main scientific approaches (model- program and activity-based), an alternative (synthesized) approach to a meaningful understanding of the tax procedure and terms derived from it has been suggested. The author’s vision of the system of tax procedures as a system of procedures for fulfilling tax obligations has been argued, the place of the procedure for paying taxes and fees as their component have been indicated. To arrive at the correct definition of the categories of ‘tax procedure’, ‘procedure for fulfilling the tax obligation’, and ‘procedure for paying taxes and fees’, we have recommended the effective steps. The amendments and supplements to both the Basic Law of our state and the Tax Code of Ukraine have been substantiated. The arguments for appropriateness of adopting the Tax Procedural Code of Ukraine in the future have been advanced.

The Role of Transformational Leadership in Building Teacher Commitment in Secondary Education

This study analyzes the principal's transformational leadership role in building teachers' commitment at SMA Labschool Jakarta. The research method used is a qualitative approach with descriptive methods. Researchers obtained primary data directly through observation, observation, and in-depth interviews with informants. The secondary data was obtained through documents, books, data, and transformational leadership activities of principals in building teacher commitment at SMA Labschool Jakarta. Data was collected through grandtour observations of teachers and principals, observations of schools, and teachers' and principals' interviews at SMA Labschool Jakarta. After the data were obtained, they were analyzed interactively and continuously until completion, which had several stages. The results of this study show that the principals serve as role models and influencers, motivating and inspiring their followers, encouraging innovation and reframing problems, and prioritizing the growth and achievement of their followers. Teachers' commitment is driven by their commitment to students, the workplace, teaching, and their profession. Thus, the principal of SMA Labschool Jakarta, who implements transformational leadership, can build teacher commitment. Moreover, principals should enhance personalized support for teachers by focusing on professional development and well-being and acknowledging their efforts. Regular assessments of the principal's leadership will allow teachers to give feedback on necessary adjustments within the school.

RESEARCH ON THE ISSUES OF DIGITAL TRANSFORMATION: BIBLIOMETRIC ANALYSIS

Due to the capabilities offered by automation of management processes, the scope of application for information systems and technologies (IST) as a research subject is expanding exponentially, covering a wide range of related topics, fields of knowledge, and areas of activity. This expansion highlights the importance of studying the conceptual framework and trends in digital transformation. The purpose of this article is to examine the quantitative and qualitative structure of scientific publications on digitalization, key research directions, and to identify prospects for further developments in digital transformation. The article presents results of a bibliometric analysis of scientific publications on digitalization issues indexed in the SCOPUS scientometric database. The embedded analytical tools in SCOPUS were used to analyze the selected publications sample. Bibliometric indicators included: annual publication dynamics and the structure of scientific fields associated with these publications. An important part of the study is an analysis of the content of the most-cited publications in the sample. Keyword analysis revealed that the most commonly used keywords by authors are "digitalization," "transformation," and "innovation." It was found that digital transformation in scholarly work generally focuses on two areas: (1) digitalization as a product and outcome of IST application, aimed at meeting the needs of various stakeholders, and (2) digitalization as the process of IST creation. This result confirms the close link between digital transformation and innovative activities, highlighting two types of innovations: product-innovation and process-innovation. It was found that the relevance and continuous development of IST research are influenced by highly cited publications from researchers primarily affiliated with universities in developed countries. Bibliometric analysis of publications related to digital transformation has demonstrated a growing interest among researchers in this topic. Over the past decade, there has been a steady increase in the number of scientific articles dedicated to this issue, and the context in which the topic of digitalization is considered has proven to be quite diverse. Researchers from various countries are studying the impact of digitalization on the economy and social processes as a whole. Conclusions are drawn regarding the identified trends, and the potential for future research topics is summarized.

Straw additive enhances manure compost quality by promoting diverse aerobic bacteria and unitary thermophilic fungi

Shortening the initial activation time and extending the duration of the thermophilic phase are key to improving compost product quality in cold-climate regions. This study set up three treatments that cattle manure (CM), manure with rice straw (MR), and manure with maize straw (MM) in the field with ambient temperature ranging from –6 to 7 ℃. Compared with traditional manure composting, composting with straw performed more effectively, and the effect of the addition of maize straw surpassed that of the addition of rice straw. Straw additives markedly increased the compost pile temperature and extended the thermophilic phase duration. In addition, straw addition improved compost product maturity, as indicated by the humic-like substance content, absorbance ratio, and germination index. To further illustrate this result, the microbial community structure during the composting process was studied. During the thermophilic phase, straw additives, especially maize straw, improved the formation of a diverse aerobic bacterial community and a unitary thermophilic fungal community, and promoted a stronger relationship between the bacterial and fungal communities, as revealed by co-inertia analysis. The abundance of functional genes indicated that straw addition increased the activities of organic carbon degradation and transformation. This study demonstrated the necessity of enhancing the interaction between thermophilic–aerobic bacteria and thermophilic fungi to improve compost product quality.

Calcium regulates nitrogen removal in constructed wetlands: The interactions between dissolved organic matter and microbial response

Limited carbon bioavailability in low C/N tailwater aggravated the difficulty of nitrogen (N) removal. Calcium (Ca) can regulate carbon transformation, but the effects of Ca on N removal in constructed wetlands (CWs) remain elusive. To fill the gap, this study constructed two types of Ca-based CWs, and the results revealed that the removal efficiencies of nitrate (NO3−-N) and total nitrogen (TN) in Ca-based CWs increased by 9.83–22.25 % and 8.59–18.72 %, respectively, compared to control group. The proportion of protein-like DOM and P/H index (represent bioavailability of DOC) increased in Ca-based CWs, supporting the growth of heterotrophic denitrifiers and facilitated NO3−-N and TN removal. In addition to directly enhancing complete denitrification, Ca-based CWs also optimize the N removal pathway. Moreover, Ca enhanced complexity and robust of the microbial network, increased microbial communication, thereby jointly facilitating N removal. This study highlighted Ca improved N removal by collaborating the interactions of DOM transformation and microbial activity, which provided an abundant and cheap substrate for the treatment of low C/N wastewater by CWs

Gas-Controlled Self-Assembly of Metallacycle-Cored Supramolecular Star Polymer with Tunable Antibacterial Activity.

Herein, a three-armed amphiphilic metallacycle-cored star supramolecular polymer (Por-MOM-PDMAEMA) has been designed and synthesized via highly efficient post-assembly polymerization. This star polymer is further self-assembled into nanoparticles of different sizes depending upon the experimental conditions. The gas-controlled morphology transformation and tunable antibacterial activities of Por-MOM-PDMAEMAis systematically investigated and compared with metallacycle (MOM). The superior antibacterial activity of Por-MOM-PDMAEMA against multidrug-resistant P. aeruginosa implies that the presence of photodynamic photosensitizer (Por) and cationic polymer chain will significantly enhance antibactericidal activity, which is mainly attributed to the synergistic effect of photosensitizer and polymer chain linked in one metallacycle core. By leveraging the unique properties of metallacycle and their dynamic response to gaseous stimuli, the antibacterial properties of the Por-MOM-PDMAEMA can be finely tuned in response to gas triggers.

تأثير التحول الرقمي على كفاءة الموارد البشرية في المملكة العربية السعودية

Digital transformation is one of the most significant modern mechanism concerned with restructuring the traditional labor market into digital work as a result of keeping pace with technical and technological progress. In the Kingdom of Saudi Arabia, Vision 2030 emphasized the activation and development of digital transformation in all government and private sectors, therefore, the aim of this study is to identify the impact of digital transformation on the efficiency of human resources, and determine the potential benefits of adopting digital transformation on the development of human resources. Furthermore, the study attempts to find whether there is link between the impact of demographic characteristics variables, such as (age, academic qualification, years of experience) on efficiency, identifying the concept and benefits of digital transformation. The questionnaire as a tool to suit the nature of the study, and the study population consisted of workers in Saudi banks, and it was distributed in a simple random way, and the number of responses reached (45) male and female employees, and the SPSS statistical analysis program was used to analyze the data. As one of the most important findings of the two researchers is the existence of a statistically significant positive correlation relationship between digital transformation and human resource efficiency, as the Pearson correlation coefficient reached (0.726), which is a statistically significant value at the level of significance (0.01), and there are no statistically significant differences in organizational efficiency. Referring to any of the demographic variables, the analysis showed that the level of organizational efficiency in the sample community is high by a percentage of 91.1%, in light of the findings of the study. The two researchers recommended expanding training centers on technological programs and activating them to develop human resources, and educate organizations and society about the advantages of Modern technology and its positive impact on the efficiency of employees, raising the spirit of competition and cooperation between organizations to create new digital growth that seeks to achieve the vision of 2030.

The Current Situation and Optimization Path of Enterprise Supply Chain Management Construction in the Context of Digitalization

Abstract: The advancement of information technology has resulted in a rapid rise of a new phase of technical and industrial revolution, propelling the global shift from an industrial economy to a digital economy at an accelerated rate. Digital transformation has become an irreversible and pervasive tendency in contemporary society. Despite the significant growth of China's economy, the industrial supply chain is not operating at its highest efficiency. To achieve sustainable cost reduction and efficiency, enterprises need to promote digital transformation and supply chain upgrading. By doing so, enterprises can optimize resource allocation among different links in the supply chain and enhance the quality of their development. This study conducted an investigation of the value benefits, problems, and difficulties of enterprise supply chain digital transformation, using Jingdong as an example. The following article aims to provide a credible reference for organizations by discussing the successful paths and measures of digitizing the supply chain, using Jingdong's experience and activities in supply chain digital transformation as a reference.

COVID-19's Effect on Practice Quality Improvement and Transformation Activities: Practice Survey Results.

The Transforming Clinical Practices Initiative (TCPI) was a 4-year, large-scale, collaborative, peer-based learning initiative for physician practices of all specialties with broad goals to improve the quality of patient care, spend health care dollars more wisely, and assist practices in being ready to succeed under value-based payment (VBP). We investigated whether the COVID-19 pandemic had erased or diminished practice transformation progress made during the TCPI program period, through a follow-up survey of participating practices fielded in October 2021. In October 2021 to April 2022, we surveyed a probability sample of 2207 primary care and specialty practices that participated in the TCPI, receiving 610 responses. We asked about practice characteristics, financial and ownership stability, clinical performance, and quality improvement efforts, both now and prior to COVID-19. The COVID-19 content was part of a larger survey. Responses were weighted to account for sample selection, unknown eligibility status, and nonresponse. We generated weighted univariate descriptive statistics representative of practices with clinicians enrolled in TCPI. These estimated percentages have a 95% confidence interval of about ±5%. Multivariate analysis of unweighted data examined associations between practice characteristics and other variables of interest. For all but one of 13 practice transformation activities engaged in prior to the COVID-19 public health emergency, a majority of practices (at least 52%) reported that the progress on these activities were either not hurt or were helped by their COVID-19 experience. Compared to January 2020, only about 7% of practices reported that their quality of care or clinical performance was worse due to COVID-19, and 32% reported that their quality of care was better. More rural than urban practices reported that half or more of their transformation activities were hurt by COVID-19 (29% and 14%, respectively). Physician-owned practices were more likely to report quality is better today than prior to COVID-19 relative to practices with other ownership types such as hospitals or health systems (43% vs 24%). Most practices have been able to recover from the deep stress of the COVID-19 pandemic and continue their efforts to improve patient care and performance to succeed under VBP. These results suggest a high perceived return on investment in value-readiness support along with emergency financial support in times of crisis, as well as room to continue preparation for any future pandemic and the national movement toward increased VBP, especially in rural settings.

KRAS-mediated upregulation of CIP2A promotes suppression of PP2A-B56α to initiate pancreatic cancer development.

Oncogenic mutations in KRAS are present in ~95% of patients diagnosed with pancreatic ductal adenocarcinoma (PDAC) and are considered the initiating event of pancreatic intraepithelial neoplasia (PanIN) precursor lesions. While it is well established that KRAS mutations drive the activation of oncogenic kinase cascades during pancreatic oncogenesis, the effects of oncogenic KRAS signaling on regulation of phosphatases during this process is not fully appreciated. Protein Phosphatase 2A (PP2A) has been implicated in suppressing KRAS-driven cellular transformation and low PP2A activity is observed in PDAC cells compared to non-transformed cells, suggesting that suppression of PP2A activity is an important step in the overall development of PDAC. In the current study, we demonstrate that KRASG12D induces the expression of an endogenous inhibitor of PP2A activity, Cancerous Inhibitor of PP2A (CIP2A), and phosphorylation of the PP2A substrate, c-MYC. Consistent with these findings, KRASG12D sequestered the specific PP2A subunit responsible for c-MYC degradation, B56α, away from the active PP2A holoenzyme in a CIP2A-dependent manner. During PDAC initiation in vivo, knockout of B56α promoted KRASG12D tumorigenesis by accelerating acinar-to-ductal metaplasia (ADM) and the formation of PanIN lesions. The process of ADM was attenuated ex vivo in response to pharmacological re-activation of PP2A utilizing direct small molecule activators of PP2A (SMAPs). Together, our results suggest that suppression of PP2A-B56α through KRAS signaling can promote the MYC-driven initiation of pancreatic tumorigenesis.

Mechanisms of Irrigation Water Levels on Nitrogen Transformation and Microbial Activity in Paddy Fields

Nitrogen is a vital nutrient for rice growth; however, its inefficient use often results in nutrient loss, environmental degradation, and the emission of greenhouse gases. In this study, a rice paddy simulation was conducted under different water levels (1–4 cm), incorporating a comprehensive analysis of nitrogen dynamics, environmental factors, and microbial communities to evaluate the impact of water levels on nitrogen concentrations and microbial composition. The results indicated that the water level had a greater impact on nitrogen concentrations in surface water than in soil water. Compared to low water level conditions (1 cm), the average concentrations of ammonium nitrogen, nitrate nitrogen, and nitrite nitrogen in surface water under 2–4 cm water levels decreased by approximately 53.8%, 36.7%, and 78.9%, respectively. Water levels also influenced the microbial composition and nitrogen cycling in paddy soil, with lower water levels promoting aerobic processes such as nitrification, while higher water levels facilitated anaerobic processes such as denitrification and dissimilatory nitrate reduction to ammonium. Correspondingly, microbial composition shifted, with aerobic bacteria predominating in shallow water conditions and anaerobic bacteria flourishing under deeper water. These findings suggest that optimized water management, particularly through shallow irrigation, may mitigate nitrogen loss and improve nitrogen use efficiency. Nevertheless, additional field studies are necessary to validate these results and explore their interaction with other agricultural practices.

Activist turns: The (in)compatibility of scholarship and transformative activism

Is memory studies experiencing an activist turn? What discourses and practices surround such a pronouncement, and what forms of forgetting might such an assertion usher in? This commentary explores recent claim-making around memory studies’ activist turn and seeks to understand its provocations and critiques. It anchors these discourses within a wider constellation of scholar-activism, paying particular attention to citational politics and memory, activist forms of knowledge making, resource distribution, and the politics and precarities of the contemporary university system.

Investigating Driving Factors of Digital Transformation in the Vietnam Shipping Companies: Applied for TOE Framework

In the context of the digital age, digital transformation provides direction for shipping enterprises in addressing new challenges, such as the breakout of the Covid 19 epidemic, changes in customer needs, and environmental pollution. However, there are many factors that affect the adoption of digital transformation in businesses. The goal of this study is to use the TOE (technology, organization, and environment) framework to investigate the factors that influence the implementation of digital transformation in shipping companies. This study used quantitative methods, including a survey sample of 436 managers from 2021 to 2023. Our findings show that digital technology development, digital skills, financial resource availability, top management, and competitive pressure all have positive effects on the implementation of digital transformation in maritime firms. These findings provide some insights for researchers and businesses into the key factors that support the adoption of digital transformation. The research may also assist the government design policies to boost digital transformation activities in the maritime sector.

EXPERIENCE-ORIENTED TRAINING CONTENT FOR ADVANCING THE QUALIFICATIONS OF UNIVERSITY LECTURERS

The article touches upon the eliminating contradictions between the potential of professional knowledge of young people, practical experiences of production specialists working in higher educational institutions and the empirical idea of professional and pedagogical competencies that contribute to the development of cognitive and personal skills and competencies of students in the educational process. In order to form and develop the above-mentioned personal qualities the authors have developed a level based professional development program for young and experienced university lecturers, the content of educational courses and the methodology of modern training. The level based educational program has been developed for three years. The content of the educational material of the second training module is aimed at developing innovative teaching methods and the final module allows them to study the methodology and monitoring of conducting pedagogical research. The practice of using active exercises as methodological methods at the beginning of classes allowed increasing motivation for educational and cognitive activity and improving the psychological state of students. Upon completion of the level training courses, students will be given the opportunity to perform project work on training modules and test themselves in readiness for transformative activities. The results of the work on the development of the content of the course program and the methods of teaching students at the courses can be useful for teachers, managers of advanced training courses at the university

Examining the impact of digital transformation on HRM practices in Morocco's IT sector

The main goal of this study is to explore the dynamic relationship between digital transformation and Human Resource Management (HRM) practices in Morocco’s growing information technology (IT) sector. This study scrutinizes the impact of digital transformation on key HRM dimensions including recruitment, learning, development and performance appraisal. Employing robust quantitative methods, particularly correlation analysis, this study aims to unravel the intricate connections between various facets of digital transformation and HRM practices. Structured surveys are the vehicles selected for data collection and dissemination among HR professionals and IT employees to provide valuable insights into the strength, direction and statistical significance of the relationships between digital transformation and HRM practices in the unique context of the Moroccan IT landscape. This research enriches academic discourse on the influence of digital transformation on HRM practices. It offers a comprehensive understanding of how digital advancements HR functions in Morocco’s IT sector. Beyond academia, this research provides useful guidance to HR professionals allowing them to improve their plans and optimize digital transformation activities within their organizations.

MecE, MecB, and MecC proteins orchestrate methyl group transfer during dichloromethane fermentation.

Dichloromethane (DCM), a common hazardous industrial chemical, is anaerobically metabolized by four bacterial genera: Dehalobacter, Dehalobacterium, Ca. Dichloromethanomonas, and Ca. Formimonas. However, the pivotal methyltransferases responsible for DCM transformation have remained elusive. In this study, we investigated the DCM catabolism of Dehalobacterium formicoaceticum strain EZ94, contained in an enriched culture, using a combination of biochemical approaches. Initially, enzymatic assays were conducted with cell-free protein extracts, after protein separation by blue native polyacrylamide gel electrophoresis. In the slices with the highest DCM transformation activity, a high absolute abundance of the methyltransferase MecC was revealed by mass spectrometry. Enzymatic activity assays with heterologously expressed MecB, MecC, and MecE from strain EZ94 showed complete DCM transformation only when all three enzymes were present. Our experimental results, coupled with the computational analysis of MecB, MecC, and MecE sequences, enabled us to assign specific roles in DCM transformation to each of the proteins. Our findings reveal that both MecE and MecC are zinc-dependent methyltransferases responsible for DCM demethylation and re-methylation of a product, respectively. MecB functions as a cobalamin-dependent shuttle protein transferring the methyl group between MecE and MecC. This study provides the first biochemical evidence of the enzymes involved in the anaerobic metabolism of DCM.IMPORTANCEDichloromethane (DCM) is a priority regulated pollutant frequently detected in groundwater. In this work, we identify the proteins responsible for the transformation of DCM fermentation in Dehalobacterium formicoaceticum strain EZ94 using a combination of biochemical approaches, heterologous expression of proteins, and computational analysis. These findings provide the basis to apply these proteins as biological markers to monitor bioremediation processes in the field.

The impact of single and combined amendment of elemental sulphur and graphene oxide on soil microbiome and nutrient transformation activities

BackgroundSulphur (S) deficiency has emerged in recent years in European soils due to the decreased occurrence of acid rains. Elemental sulphur (S0) is highly beneficial as a source of S in agriculture, but it must be oxidized to a plant-accessible form. Micro- or nano-formulated S0 may undergo accelerated transformation, as the oxidation rate of S0 indirectly depends on particle size. Graphene oxide (GO) is a 2D-carbon-based nanomaterial with benefits as soil amendment, which could modulate the processes of S0 oxidation. Micro-and nano-sized composites, comprised of S0 and GO, were tested as soil amendments in a pot experiment with unplanted soil to assess their effects on soil microbial biomass, activity, and transformation to sulphates. Fourteen different variants were tested, based on solely added GO, solely added micro- or nano-sized S0 (each in three different doses) and on a combination of all S0 doses with GO. ResultsCompared to unamended soil, nano-S0 and nano-S0+GO increased soil pH(CaCl2). Micro-S0 (at a dose 4 g kg−1) increased soil pH(CaCl2), whereas micro-S0+GO (at a dose 4 g kg−1) decreased soil pH(CaCl2). The total bacterial and ammonium oxidizer microbial abundance decreased due to micro-S0 and nano-S0 amendment, with an indirect dependence on the amended dose. This trend was alleviated by the co-application of GO. Urease activity showed a distinct response to micro-S0+GO (decreased value) and nano-S0+GO amendment (increased value). Arylsulfatase was enhanced by micro-S0+GO, while sulphur reducing bacteria (dsr) increased proliferation due to high micro-S0 and nano-S0, and co-amendment of both with GO. In comparison to nano-S0, the amendment of micro-S0+GO more increased soluble sulphur content more significantly. ConclusionsUnder the conditions of this soil experiment, graphene oxide exhibited a significant effect on the process of sulphur oxidation.

Reprint of: Fibroblast Growth Factor 6

Fibroblast Growth Factor 6 (FGF6), also referred to as HST2 or HBGF6, is a member of the Fibroblast Growth Factor (FGF), the Heparin Binding Growth Factor (HBGF) and the Heparin Binding Secretory Transforming Gene (HST) families. The genomic and protein structure of FGF6 is highly conserved among varied species, as is its expression in muscle and muscle progenitor cells. Like other members of the FGF family, FGF6 regulates cell proliferation, differentiation, and migration. Specifically, it plays key roles in myogenesis and muscular regeneration, angiogenesis, along with iron transport and lipid metabolism. Similar to others from the FGF family, FGF6 also possesses oncogenic transforming activity, and as such is implicated in a variety of cancers.

Transformative Activism and Feminist Solidarity: A Qualitative Study on the Personal Narratives of Polish Activist Women

Transformative Activism and Feminist Solidarity: A Qualitative Study on the Personal Narratives of Polish Activist Women