Interdisciplinary Collaboration Research Articles

Navigating the definition of urban flooding: a conceptual and systematic review of the literature

ABSTRACT Urban flooding is a significant global challenge, posing risks to urban planners, policymakers, and communities. This paper reviews the literature to analyze how urban flooding is defined across scientific disciplines. Our objectives are to uncover the elements used to define urban flooding and evaluate how these elements can impact future research and practice. A key difficulty is the lack of a consistent, comprehensive definition that captures both physical and social dimensions of urban flooding. Current definitions often focus solely on physical aspects (e.g., rainfall, infrastructure) or social impacts, rarely integrating both. This fragmentation hinders effective flood risk management and interdisciplinary collaboration. Our contribution is a multifaceted definition incorporating spatial and social concerns, including water origins, built environment characteristics, and local community aspects. We introduce the "Urban Water Transect" concept to illustrate the continuum of flood risk across urban zones, addressing a gap in the literature. The analysis reveals that many papers discuss flooding causes without providing an explicit definition. Urban flooding is predominantly defined based on water source, imperviousness, and drainage infrastructure. Future research should adopt an interdisciplinary perspective considering both physical and social aspects, potentially transforming urban flood risk management.

Environmental Health Attitudes, Practices, and Educational Preferences: A National Survey of Reproductive-Aged Women in Canada

Prenatal exposures to environmental toxicants can adversely affect fetal and child development and lead to increased risk of chronic disease. While regulatory action is essential to reduce sources of environmental toxicants, prenatal care presents an opportunity to educate, mobilize, and support prospective parents to reduce exposures to such hazards. As the first phase of an interdisciplinary research collaboration to inform the development of prenatal environmental health education strategy in Canada, we surveyed reproductive-aged female individuals. The online survey (July–September 2021) yielded a nationally representative sample of 1914 reproductive-aged females living in Canada. The questionnaire topics addressed the respondents’ knowledge and perceptions of environmental health risks, preventive actions and related facilitators and barriers, information sources and preferences, reproductive history, and demographics. The analysis included bivariate and multivariate techniques. Our results suggest broad awareness among reproductive-aged females that exposure to toxicants can be harmful, and that reducing prenatal exposures can benefit child health. However, fewer than half of respondents felt that they had enough knowledge to take protective measures. Despite high levels of preference for prenatal care as an ideal context for learning about environmental health risks and protective measures, fewer than one in four respondents had ever discussed environmental health concerns with a healthcare provider. Our findings reveal a knowledge–action gap and a corresponding opportunity to improve environmental health education and advocacy in prenatal care in the Canadian context.

Integrating health in urban planning curriculum across Indian planning institutes

Urban planning significantly influences the physical and health profile of urban environments. This paper explores the critical nexus between urban planning and public health, emphasizing the urgent need to integrate health considerations into the urban planning curriculum in India. Current urban planning courses often overlook public health aspects, resulting in a disconnect that could hinder the ability of urban environments to meet the health and well-being needs of their populations. Through a comprehensive review and analysis of curriculum data from selected Indian institutions of national importance—including the School of Planning and Architecture, Indian Institute of Technology Kharagpur, and National Institute of Technology, Bhopal—this study identifies significant gaps in the inclusion of health-related content in urban planning education. The analysis reveals a low occurrence of health-related themes within the planning curriculum, with essential topics like public health history, environmental health, and health impact assessments seldom addressed. To bridge these gaps, the paper suggests incorporating mandatory health-focused courses, such as Health Impact Assessments and public health fundamentals, into the curriculum. It also recommends interdisciplinary collaboration with public health professionals to enrich planning education. By restructuring the curriculum to include more comprehensive health-related education, future urban planners can be better equipped to create healthier and more sustainable urban environments, ultimately enhancing public health outcomes in rapidly urbanizing spaces. This research not only sheds light on current educational inadequacies but also proposes actionable steps towards a more holistic integration of health and urban planning disciplines.

Supporting Educators to Co-Design Interdisciplinary Projects Integrating Educational Robotics and Arts

The growing call to foster interdisciplinary learning has found educators struggling to co-design learning across disciplinary boundaries. Aiming to contribute to the area of interdisciplinary learning design, we explored how to support educators in co-designing interdisciplinary projects integrating Educational Robotics (ER) and Arts, hereafter called Artful ER projects. Our research included developing the "FERTILE" Learning Design methodology as a conceptual tool scaffolding the integration of discipline-oriented viewpoints while educators co-design. Acknowledging that one of the challenges in interdisciplinary collaboration derives from educators’ different intentions for students’ learning outcomes, the "FERTILE" methodology introduces Computational Thinking (CT) skills as an Artful ER project’s primary learning outcome. In this line, the “FERTILE” methodology adapts the Creative Computational problem-solving model, which has been reported to cultivate CT skills through its staged process. Furthermore, we developed the "FERTILE" Community Platform as an online environment providing two-fold support to educators as designers of interdisciplinary learning. The "FERTILE" Community Platform incorporates community functionalities that address collaboration practicalities while educators co-design. Additionally, it integrates authoring functionalities scaffolding educators in designing Artful ER projects based on the "FERTILE" Learning Design methodology. This paper explores how the authoring functionalities of the "FERTILE" Community Platform support educators in designing interdisciplinary learning. We report on a pilot study conducted with Greek and Spanish educators. In this study, we applied a mixed-method research design with a quantitative strand adopting indicators from the Usability Metric for User Experience (UMUX) model and a qualitative strand providing insights into participants’ perceptions. The findings indicate that scaffolding disciplinary elaboration (e.g., robot technical requirements and art forms) and systematising interdisciplinary context (e.g., through project categories) may trigger educators’ mutual understanding. The participants endorsed authoring functionalities that adopted high contextualisation levels for learning design representation to communicate their design ideas across disciplinary boundaries. Also, the participants valued CT skills as the primary outcome of interdisciplinary learning, indicating that CT skills’ cultivation may be the broker among disciplines and trigger educators to overcome disciplinary barriers. Finally, we discuss the findings and implications for refining the "FERTILE" Community Platform as an online environment for educators co-designing Artful ER projects.

Brokering responsible research and innovation in in silico medicine

ABSTRACT The implementation of Responsible Research and Innovation (RRI) in research projects has increased the need for interdisciplinary collaboration. This article presents our RRI approach within the Horizon 2020 ‘In Silico World' project, which aims to accelerate the adoption of in silico medicine through computer modeling and simulation tools in healthcare. To address the shortcomings of the ‘checklist approach' for integrating ethics and the risk of becoming checkboxes ourselves, we introduce the term ‘RRI brokers.’ It serves as a lens for evaluating the project's RRI activities and the dynamics that can be faced by Social Science and Humanities scholars (SSH), and as a means to acquire agency in our own positioning. We suggest that to strengthen RRI, more consideration is needed on how we present our expertise in these collaborations, and awareness of how we, as RRI brokers, move between translating, balancing, and shaping worlds, affecting what we broker and ourselves.

Transcutaneous stimulation as a niche theme in gastroparesis therapy

Introduction Gastroparesis, a global condition causing bile salt accumulation, is prevalent globally. Diagnosis techniques like bile salt titration and nitric oxide sulfate can improve patient care. However, simptomatic control is needed to reduce inflammation and control potential diseases. Neurological techniques like gyroscope stimulation and endoscopy can diagnose refractive gastroparesis. Interdisciplinary collaboration and bibliometric research are crucial for finding effective treatments. Gastroparesis, a motility issue affecting 0.9-1.3% of diabetics, can be improved by new diagnostic methods like osmotic pressure and gastric emptying, enhancing patient treatment. Methods This study uses a literature review methodology to gather data from the Scopus database on neuroaid, analyzing it using Biblioshiny and VOSviewer software. The focus is on dietary adjustments, glucose regulation, and transcutaneous stimulation’s role in gastroparesis treatment, using quantitative and qualitative analysis. Results The research trend found are documents by year, most relevant sources, factorial map of the most cited documents, factorial map of The documents with the highest contributes, documents by author, documents by country or territory, documents by subject area, documents by affiliation, network visualization, overlay visualization of scopus database using vosviewer, density visualization, thematic map, thematic evolution, cluster analysis, topic dendogram, and country collaboration map. According to our analysis, transcutaneous stimulation holds great promise for treating gastroparesis. We also found the necessity of multidisciplinary collaboration in the management of this illness. Conclusions The study on gastroparesis highlights key themes like diet modification, glucose control, medication therapy, Cajal’s role in smooth muscle concentration, common causes, transcutaneous stimulation, motorcycle themes, vagus nerve, and emerging devices and electronics. Basic themes include gastrointestinal disorders, neuromodulation, patients, diabetes, and gastric electrical stimulation. The management of gastroparesis involves multidisciplinary approaches, lifestyle changes, medication therapy, and bedtime interventions, with further investigation into transcutaneous stimulation being warranted.

From outdated to outstanding: an institution’s journey in reforming the dental materials science curriculum and lessons learned

BackgroundThe Dental Materials Science (DMS) course within Malaysian undergraduate dental education has traditionally been taught in isolation, with a relatively stagnant delivery mode. Recent shifts in national dental competency standards have necessitated substantial reform in the DMS curriculum. This study aims to outline the journey of a local dental institute in developing and implementing a competency-based DMS curriculum.MethodsA faculty curriculum task force was established to oversee the curriculum reform process. The reform was guided by a “bottom-up” approach using the five-step curriculum reform model: (1). Curriculum mapping, (2). Comprehensive needs assessment, (3). Clear learning objectives and outcomes, (4). Curriculum development and implementation, and (5). Continuous evaluation and improvement.ResultsStep 1 revealed the need to reduce content repetition and improve alignment with the new competency standards. Step 2 identified the need to include advanced materials, integrate theoretical and clinical aspects, and enhance teaching methods. The new curriculum included 25 relevant topics. Step 3 established three course learning outcomes, while Step 4 integrated DMS content horizontally and vertically across the curriculum, introduced innovative teaching methods, and diversified assessment methods. Step 5 ensured ongoing curriculum monitoring, with both short-term and long-term evaluations planned.ConclusionThe curriculum reform process represents a significant advancement in dental materials science while addressing challenges and aligning the curriculum with national standards. Ongoing evaluation, adaptability, interdisciplinary collaboration, and international engagement are essential for further improvements. This journey serves as a valuable reference for educators seeking to update their DMS curricula.

Art and Science of Reinforcing Ceramics with Graphene via Ultrasonication Mixing.

This work presents an interdisciplinary approach combining materials science, ultrasonication, artistic expression, and curatorial practice to develop and investigate novel composites. The focus of the approach is incorporating graphene oxide (GO) into kaolin and exploring its effects on material properties. The composites were prepared with varying GO concentrations and sonication times, and their mechanical, thermal, and morphological characteristics were evaluated. The results reveal that the addition of 0.5 wt % GO, combined with a sonication time of 10 min, leads to the highest storage modulus and improved thermal stability. Ultrasonication proved to be an effective method for dispersing and distributing GO particles within the kaolin matrix, resulting in an enhanced material performance. Furthermore, the application of novel composites provided by Prvački adds a unique dimension to the study. Through the artistic interpretation, the tactile qualities and aesthetic potential of the composites are explored, shedding light on the transformative power of materials and cultural significance organized as part of an artist-in-residence commission, introduced in conjunction with the NUS Public Art Initiative. This interdisciplinary collaboration accompanied by an exhibition at the NUS Museum demonstrates the value of merging scientific research, technological advancements, and artistic exploration.

Data visualisation for decision making under deep uncertainty: current challenges and opportunities

Abstract This perspective article explores the role of data visualisation in decision-making under deep uncertainty (DMDU), a growing discipline tackling complex socio-environmental challenges, such as climate impacts and adaptation, natural resource management, and preparedness for extreme events. We discuss the role of visualisation for both analysis (or exploratory) purposes, as well as communication (or explanatory) purposes, including to stakeholders and the public. We identify a lack of comprehensive guidelines on how visualisations are currently used and their potential in enhancing DMDU processes. Drawing on literature and insights from a recent workshop, we identify key challenges DMDU analysts face when visualising data: managing complexity and dimensionality, effectively communicating uncertainty, and ensuring user engagement and interpretability. We propose a research agenda to address these challenges, by taxonomising and evaluating the effectiveness of different visual forms in decision-making contexts, and fostering interdisciplinary collaboration. We argue that, through these efforts, we can improve the communication and usability of DMDU analyses, ultimately aiding in more informed and adaptive decision-making in the face of deep uncertainty.

Exploring ethical issues in the Chinese translation of medical terms: The convergence of translation ethics and medical ethics

This article explores the ethical aspects of translating medical terminology into English, with a particular emphasis on the joint influence of medical ethics and translation ethics. This study identified four key issues in current translation practice through the analysis of various cases from the perspective of Chestermans five kinds of translation ethics, including representation ethics, service ethics, communication ethics, norm-based ethics, and commitment ethics. The four issues involve discrimination, superstition, contempt, and overgeneralization. These issues may hinder the provision of appropriate medical services and social acceptance by fueling social stigma, public misunderstandings, and negative perceptions of diseases. This study suggests that medical translation is not only about language conversion, but also involves considerations of cultural, ethical, and social factors. This article attempts to provide practical advice for medical translators and healthcare workers by combining medical ethics with translation ethics. It suggests that future research should prioritize interdisciplinary collaboration to improve ethical standards in medical translation and promote more accurate and respectful descriptions of diseases in different cultures.

Holistic Patient Care: A Narrative Review on the Synergy of Internal Medicine, Anesthesiology, and Surgical Practices

Introduction: holistic patient care, which integrates the efforts of Internal Medicine, Anesthesiology, and Surgical Practices, has been shown to improve patient outcomes across the continuum of care. This review aimed to explore the synergy between these specialties and highlight how their collaboration contributes to comprehensive, patient-centered care.Method: a narrative review was conducted using peer-reviewed literature from databases such as PubMed, Scopus, and Google Scholar. The search focused on articles published in the last 15 years, using terms related to interdisciplinary collaboration in healthcare. Data from relevant studies were synthesized and grouped into preoperative, intraoperative, and postoperative phases, with emphasis on how each specialty contributes to holistic care.Results: the review demonstrated that collaboration between these specialties is essential for optimizing preoperative risk management, ensuring intraoperative stability, and enhancing postoperative recovery. Internal Medicine played a key role in managing chronic conditions preoperatively, while Anesthesiology tailored anesthesia plans and managed perioperative pain. Surgical Practices, guided by insights from the other specialties, executed patient-centered surgeries. Despite the benefits, challenges such as communication barriers and resource limitations were identified.Conclusion: this review highlighted the critical role of interdisciplinary collaboration in holistic patient care. While the synergy between Internal Medicine, Anesthesiology, and Surgical Practices improved patient outcomes, addressing communication challenges and resource constraints is essential for further enhancing care quality.

Enhancing Algorithmic Thinking Skills through Phygital Games: The Case of Space Codyssey

This paper presents an educational phygital game, Space Codyssey, aiming at cultivating the algorithmic thinking skills of young children. Space Codyssey is a phygital game, and its contains programming activities for the Sequence, Repetition, and Selection Structures, as well as Code Debugging activities (Debugging). The game utilizes Augmented Reality technology to present missions via QR cards. Additionally, digital storytelling is used as a means of assistance and teaching for preschool and early primary students. In the game, reading skills are not a prerequisite, and programming is accomplished using symbolic commands through a "Visual Programming Language." The participatory design methodology that was adopted, involving 28 educators from various specialties, reflects a holistic approach to the development of educational technologies. This interdisciplinary collaboration allowed for the integration of diverse pedagogical perspectives, ensuring that the game meets the multifaceted needs of modern education. The paper highlights the educational goals and learning outcomes for the designtated age group. It presents the scenario, the subject, the elements of the game, the rules, and the game mechanics. It also describes the implementation stages and the development of the application. Finally, it presents the results from a study, which involved 28 educators and aimed to improve the game before its use in educational settings.

Comparative Study on Catalysis Strategies: Friedel-Crafts Alkylation vs. Michael Addition of Indoles to Nitroalkenes

Indoles are critical in natural amalgamation for their flexible jobs in drugs, regular items, and material science, exhibiting huge pharmacological and compound reactivity. Due to their versatility and high reactivity, nitroalkenes are essential electrophilic partners in organic synthesis. While indoles and nitroalkenes are used in both Michael addition and Friedel-Crafts alkylation for producing carbon-carbon bonds, the catalyst types and reactions involved are different. Michael addition employs conjugate addition, whereas Friedel-Crafts alkylation employs electrophilic aromatic substitution. Each technique has a different level of selectivity and distinct synthetic applications. This review aims to examine the advancements and persistent challenges in catalysis, focusing on the comparative methodologies of Friedel-Crafts alkylation and Michael addition involving indoles and nitroalkenes. Emphasizing green chemistry principles, it discusses the potential for sustainable and efficient synthetic processes through the use of innovative catalysts, including photocatalysis and biocatalysis. The integration of computational studies and interdisciplinary collaboration is essential for developing economically viable and environmentally responsible chemical synthesis, ultimately contributing to the creation of advanced materials and pharmaceuticals.

The Synergy of Machine Learning and Epidemiology in Addressing Carbapenem Resistance: A Comprehensive Review.

Carbapenem resistance poses a significant threat to public health by undermining the efficacy of one of the last lines of antibiotic defense. Addressing this challenge requires innovative approaches that can enhance our understanding and ability to combat resistant pathogens. This review aims to explore the integration of machine learning (ML) and epidemiological approaches to understand, predict, and combat carbapenem-resistant pathogens. It examines how leveraging large datasets and advanced computational techniques can identify patterns, predict outbreaks, and inform targeted intervention strategies. The review synthesizes current knowledge on the mechanisms of carbapenem resistance, highlights the strengths and limitations of traditional epidemiological methods, and evaluates the transformative potential of ML. Real-world applications and case studies are used to demonstrate the practical benefits of combining ML and epidemiology. Technical and ethical challenges, such as data quality, model interpretability, and biases, are also addressed, with recommendations provided for overcoming these obstacles. By integrating ML with epidemiological analysis, significant improvements can be made in predictive accuracy, identifying novel patterns in disease transmission, and designing effective public health interventions. Case studies illustrate the benefits of interdisciplinary collaboration in tackling carbapenem resistance, though challenges such as model interpretability and data biases must be managed. The combination of ML and epidemiology holds great promise for enhancing our capacity to predict and prevent carbapenem-resistant infections. Future research should focus on overcoming technical and ethical challenges to fully realize the potential of these approaches. Interdisciplinary collaboration is key to developing sustainable strategies to combat antimicrobial resistance (AMR), ultimately improving patient outcomes and safeguarding public health.

Exploring Research Dynamics in Aggression and Violence

Background: From 1994 to 2023, the research landscape on the subjects of aggression and violence has grown considerably, influenced by a growth in concerns around mental health, the prevention of violence, and cross-disciplinary approaches in the study of human behavior. The rising complexity of such fields requires a bibliometric analysis for an understanding of the thematic trends, key research areas, and scholarly collaborations that have shaped this body of knowledge. Objective: This study attempts to conduct an inclusive bibliometric analysis representing important themes, research trends, and interdisciplinary relationships of scholarship on psychology, aggression, violence prevention, and other public health-related topics in the past three decades. This paper aims at identifying influential topics, authors, and emerging areas of interest as well as shedding light on potential gaps in this research area. Methods: A bibliometric approach has been applied using VOSviewer for network visualization and mapping. The dataset includes scholarly publications in the period between 1994 and 2023; co-authorship, citation analysis, and keyword co-occurrence are included. Major research clusters, prominent authors, and thematic trends identified in this paper represent the main findings in a visual manner. An overview of key topics and their interrelations is shown visually in word clouds and network visualizations. Findings: Results show that psychology is the most dominant discipline in the discourse of aggression, violence, and public health. Dominant topics include mental health, suicide prevention, poison control, and occupational safety. Other fast-growing topics deal with cyber-aggression and media-fueled violence, reflecting technological changes impinging on behavioral studies. There is considerable interdisciplinary interaction, especially between psychology and medicine and/or public health. These three issues do not cover the broadness of research; other areas, such as environmental health and substance abuse, are underrepresented in the scholarship. Conclusion: This bibliometric analysis underlines the role of psychology and public health as significant in addressing aggression, violence, and mental health. The research landscape is large and interdisciplinary, with future research needing to cover environmental, socio-economic, and systemic factors of public health even more. Enhanced interdisciplinary collaboration and embedding of hitherto less explored topics will play a decisive role in the further development of a comprehensive understanding of the complex issues at play. Novelty: The paper therefore carves out a distinctive bibliometric perspective on the evolution of research in psychology, aggression, and violence within the period 1994-2023, pointing not just toward the themes at the forefront, but also the emergent trends and lacunae in the literature. By identifying key areas of scholarly concentration and underrepresented areas, the analysis constructs a roadmap to future research and advances a more integrated approach toward resolving behavioral and public health problems.

Diversity and Antifungal Susceptibilities of Yeasts from Mangroves in Hong Kong, China-A One Health Aspect.

While mangrove ecosystems are rich in biodiversity, they are increasingly impacted by climate change and urban pollutants. The current study provides first insights into the emergence of potentially pathogenic yeasts in Hong Kong's mangroves. Sediment and water samples were collected from ten urban and rural mangroves sites. Initial CHROMagarTM Candida Plus screening, representing the first application of this differential medium for water and soil samples collected from a non-clinical environment, enabled the rapid, preliminary phenotypic identification of yeast isolates from mangroves. Subsequent molecular profiling (ITS and/or 28S nrDNA sequencing) and antifungal drug susceptibility tests were conducted to further elucidate yeast diversity and drug resistance. A diversity of yeasts, including 45 isolates of 18 distinct species across 13 genera/clades, was isolated from sediments and waters from Hong Kong mangroves. Molecular profiling revealed a dominance of the Candida/Lodderomyces clade (44.4%), a group of notorious opportunistic pathogens. The findings also reveal a rich biodiversity of non-Candida/Lodderomyces yeasts in mangroves, including the first reported presence of Apiotrichum domesticum and Crinitomyces flavificans. A potentially novel Yamadazyma species was also discovered. Remarkably, 14.3% of the ubiquitous Candida parapsilosis isolates displayed resistance to multiple antifungal drugs, suggesting that mangroves may be reservoirs of multi-drug resistance. Wildlife, especially migratory birds, may disseminate these hidden threats. With significant knowledge gaps regarding the environmental origins, drug resistance, and public health impacts of pathogenic yeasts, urgent surveillance is needed from a One Health perspective. This study provides an early warning that unrestrained urbanization can unleash resistant pathogens from coastal ecosystems globally. It underscores the necessity for enhanced surveillance studies and interdisciplinary collaboration between clinicians, ornithologists, and environmental microbiologists to effectively monitor and manage this environmental health risk, ensuring the maintenance of 'One Health'.

A Survey on Quantum Computing Architectures: Implications for Electrical Circuit Design and Optimization

Quantum computing, a paradigm shift with the potential to revolutionize fields ranging from cryptography to optimization, is rapidly evolving. This survey delves into the key quantum computing architectures—gate-based and quantum annealing—and their profound impact on circuit design and optimization. Gate-based systems, such as those utilizing superconducting qubits and trapped ions, offer versatile platforms capable of executing a broad array of quantum algorithms. However, they present unique challenges for circuit designers, including noise sensitivity, scalability, and the need for complex error correction circuits. Quantum annealing, exemplified by D-Wave systems, offers a more specialized approach to solving optimization problems, requiring distinct circuit design considerations focused on energy efficiency and coherence preservation.This paper reviews the foundational research on these architectures, compares their respective design challenges, and examines the optimization techniques that have emerged in response to these challenges. Gate count reduction, error correction, and hybrid quantum-classical methods are highlighted as key approaches for improving circuit efficiency and scalability in quantum systems. Furthermore, this survey emphasizes the importance of interdisciplinary collaboration between quantum physicists, electrical engineers, and computer scientists to address the complex challenges associated with quantum circuit design. By combining expertise from these fields, researchers can develop innovative solutions that bridge the gap between theoretical concepts and practical hardware implementations. Ultimately, this survey underscores the need for continued innovation at the intersection of quantum computing and electrical engineering, as researchers strive to overcome current limitations and develop practical, large-scale quantum systems that can harness the full potential of this revolutionary technology.

An examination of body disposal patterns in sexual and non-sexual homicides

ABSTRACT Body disposal methods complicate homicide investigations, obscuring links between both demographic factors and crime scene behaviors. This study is a comprehensive empirical assessment of offender and victim demographics, alongside crime scene behaviors, in relation to body disposal methods in homicides. This was done through the examination of 326 homicide cases involving 403 offenders and 334 victims through regression analyses. Key findings revealed significant associations between body disposal methods and factors such as victim gender, substance use by victims and offenders, and offenders’ prior sexual offense records. Additionally, the cause of death, location, and cleaning or destruction of evidence were predictive of disposal methods taking place. Notably, the presence of sexual elements appeared to influence only a small number of factors, being victim gender and crime scene cleaning. These results suggest enhanced investigative training on recognizing crime scene and victim characteristics may aid in refining investigative approaches and hypotheses. The findings also suggest that distinguishing between sexual and non-sexual homicides may not be crucial, allowing for more streamlined investigations and better resource allocation. This research advocates for interdisciplinary collaboration to improve investigative accuracy, highlighting the pivotal role of understanding the interconnectedness of behaviors in understanding body disposal.

Mapping Green Supply Chain Practices: An Extensive Bibliometric Review with the SPAR-4-SLR and TCCM Framework

Purpose: The growing global awareness of environmental sustainability and the threat of climate change has prompted organisations to embrace green supply chain practices (GSCP) to minimise their ecological footprint and improve their competitive edge. The primary objective of this study is to offer a comprehensive, insightful analysis of the GSCP utilising the TCCM (theory, context, characteristics, and methods) framework. Design/Methodology/Approach: This study conducts an extensive bibliometric analysis, incorporating the TCCM framework and SPAR-4-SLR (Scientific Procedures and Rationales for Systematic Literature Reviews) protocol, to delve into the dynamic field of GSCP spanning 2004 to 2023. Findings: This article offers a nuanced exploration of the intricacies of GSCP research dynamics, shedding light on influential articles, distinguished authors, prominent academic institutions, publication sources and nine key thematic research clusters that have had a substantial impact and propelled this pivotal domain forward. TCCM framework is used to construct an all-encompassing citation network, elucidating five significant domains guided by the theoretical framework. These domains include social and economic theories, resource and strategy theories, innovation and change theories, systems and interdisciplinary theories, and management and organisation theories. Every subcategory within the GSCP realm represents a distinct and unique facet and is supported by an individual theoretical framework and scholarly contribution. Practical Implications: The findings from the bibliometric review yield significant insights for researchers and green supply-chain practitioners. This article aims to guide future research endeavours and policy formulation by evaluating the existing knowledge base and pinpointing diverse research avenues. It underscores the importance of interdisciplinary collaboration among academics from different domains to address the complex aspects of sustainability in supply-chain operations, thus highlighting the multidisciplinary character of green supply-chain research. Originality/Value: To the best of our knowledge, this review study is the first to present a bibliometric analysis of GSCP using the TCCM framework and the SPAR-4-SLR protocol.

The CHIP-clinic as the catalyst of preventive medicine

Clonal Hematopoiesis of Indeterminate Potential (CHIP) is associated with an increased risk of cardiovascular diseases (CVD) and is a precursor stage to the BCR-ABL negative chronic myeloproliferative neoplasms (MPNs). These diseases are acquired stem cell neoplasms, arising due to mutations in the hematopoietic stem cell. The most prevalent is the JAK2V617F (JAK2) mutation, which potently generates reactive oxygen species (ROS), and accordingly contributes greatly to the chronic inflammatory state and the increased risk of thrombosis in MPNs. The MPNs are largely underdiagnosed blood cancers with a long pre-diagnostic phase of several years, when the elevated blood cell counts are considered reactive to smoking, blood clots, infections or chronic inflammatory diseases. Since the JAK2 mutation as CHIP-JAK2 associates with an increased risk of CVD and an increased risk of hematological and non-hematological cancers there is an urgent need to explore and validate the JAK2 mutation as a novel risk factor for CVD and to establish CHIP-clinics, which in an interdisciplinary collaboration between experts from several disciplines, and ensure timely diagnosis of the undiagnosed MPN patient and associated comorbidities. We envisage studies of the JAK2 mutation in large CVD cohorts to deliver the “Proof of Concept” for the JAK2 mutation to be implemented as a novel, highly important risk factor for CVD. These novel preventive strategies are considered to have the potential of reducing morbidity and mortality in a large population of citizens and patients, carrying the thrombosis- and CVD-promoting JAK2 mutation.