Industry Guidelines Research Articles

The Impact of Color in Healthcare Environments: A Systematic Review and Research Agenda

: Color plays a significant role in shaping the atmosphere and experience within healthcare environments. This systematic review examines the existing literature on the effects of color in healthcare settings, aiming to provide insights into its influence on patient outcomes, staff well-being, and overall healthcare experiences. By synthesizing findings from various studies, this review identifies key themes, explores methodological approaches, and proposes a comprehensive research agenda to better understand the complex relationship between color and health outcomes. The review involved a systematic search of databases such as PubMed, Scopus, and Web of Science, as well as internet search engines including Google and Yahoo. The search focused on empirical studies, theoretical papers, and industry guidelines related to color in healthcare settings. Over 3 000 titles were screened, and relevant studies were critically evaluated for their methodological rigor and findings. A PRISMA form was used to extract the necessary information. The synthesis of existing literature highlights the importance of considering color selection, application, and environmental context in healthcare design to optimize patient care and enhance the well-being of both patients and healthcare providers. Although the existing literature underscores the importance of color in healthcare design, empirical evidence remains limited. Future research should aim to address these gaps by exploring the nuanced ways in which color influences health outcomes and by developing evidence-based guidelines for the application of color in healthcare settings.

Copyright Law Regulatory Framework for NFT collections Transactions: Origins, Controversies and Approach Exploration

NFT collections are the result of the convergence of blockchain and smart contract technology with a specific digital content, comprising a technology layer and a content layer. The fundamental aspect of NFT collections is the usufructuary right to the digital content. The aforementioned digital content is copyrightable, which may in turn result in the trading of NFT collections being subject to copyright laws. The sale and transfer of collections can be considered to exist along three distinct appraoches of regulation: the right of distribution, the right of communication through information network, and non-infringement. It can be argued that collections are not objects of ownership. Thus, the nature of their usufruct does not unduly interfere with the proprietary style of copyright. Consequently, it could be proposed that the sale and transfer of collections cannot be subject to distribution rights regulation, either directly or by analogy. The approach of non-infringement presents significant systemic challenges in the context of legal application and fails to address the need for formalization of industry development. The sale and transfer are consistent with the constituent elements of the act communication through information network and can effectively overcome the inherent disadvantages of the aforementioned path. Therefore, it should be adopted. With regard to the additional burden of authorization created by the approach, the industry can achieve relief through the introduction of industry self-regulatory conventions or guidelines, and so on.

Study of the Framework and Attributes of Ethical Standards in Journalism

It has always been difficult to create fair evaluation criteria for journalists, especially when it comes to judging morality and ethical conduct in news reporting. These guidelines function as yardsticks for gauging the ethics of news topics and the objectivity of journalistic techniques. These criteria are becoming more and more difficult as journalism changes, especially in the digital age. Fostering ethical journalism requires an understanding of its categorization and internal structure. This analysis employs a conceptual framework to explore the evaluation standards of news ethics. The method involves: Literature Review: Examining existing academic literature, ethical codes, and industry guidelines to outline the prevailing evaluation standards in journalism. Thematic Analysis: Identifying and categorizing the components of evaluation standards into normative and quality standards, assessing their relevance to different aspects of journalistic practice. Case Studies: Analyzing specific instances where journalistic ethics were put to the test, allowing for a practical understanding of how these standards function in real-world scenarios. The primary objective of this study is to clarify the internal structure of journalistic ethics evaluation standards and highlight the distinctions between normative and quality standards. By doing so, the analysis aims to provide insights into how these standards can be effectively applied to evaluate news behaviors and moral character in journalism. What is deemed ethical in one context may not hold the same weight in another. This relativity underscores the importance of understanding the specific circumstances surrounding journalistic practices. Historical Context: The evolution of journalistic ethics is tied to historical events and societal changes. Standards that once sufficed may need reevaluation to address contemporary challenges, particularly with the rise of digital media and misinformation. Complex Internal Structure: The internal structure of evaluation standards can be multi-layered, with different levels of criteria applied depending on the context and specific ethical dilemmas faced by journalists. This complexity requires continuous dialogue and adjustment as new ethical challenges arise. Practical Implications: Journalists and media organizations must engage with these standards actively, incorporating them into training and policy development. By fostering an understanding of both normative and quality standards, the industry can promote a more ethical and accountable journalism practice.

Preparation of Imidazole Compounds as Latent Curing Agents and Their Application in RGB LED Packaging.

LED packaging miniaturization has raised more requirements for LED materials. As a material contacting the LED chip directly, the reliability of LED non-conductive adhesive has also garnered increasing attention. This study optimized the formula for non-conductive adhesives for an imidazole curing system. The optimized composition of the adhesive is 25%wt for the curing agent and 30%wt for the silica. The prepared non-conductive adhesive has a 7-day pot life and 9-month storage stability. The shear strength reached 87 g and 72 g at 25 °C and 160 °C, respectively. The reliability of the LED modules packaged with the non-conductive adhesive was researched. The green and blue light intensity change was 4.7%, 43.7%, respectively, indicating good anti-aging properties. The blue light decay was mainly due to adhesive aging. The non-conductive adhesive effectively prevented "caterpillar" growth. This provides useful and practical guidelines for industry for applications of adhesive in different packages.

LEGAL REGULATION OF DIGITISING AND OUTSOURCING MEDICAL RECORDS DEPARTMENT IN INDIA

The whole deal with digitizing and outsourcing medical records in India is complicated. You've got a bunch of laws, guidelines, and ethical considerations all playing a role in ensuring data privacy, security, and patient confidentiality are on point. As the healthcare sector embraces digital solutions more and more, moving from old-fashioned paper records to electronic health records (EHRs) has become a big part of managing healthcare. The Information Technology (IT) Act of 2000, along with its updates, lays the groundwork for all the legal stuff surrounding electronic data and how it's kept secure. Then there's the Personal Data Protection Bill of 2019, which hasn't been passed yet but has some pretty comprehensive measures in place to protect personal data, including health info. On top of all that, the Ministry of Health and Family Welfare (MoHFW) has introduced the National Digital Health Mission (NDHM). This aims to create a national digital health system and puts a lot of emphasis on making sure data privacy and security are top-notch. When it comes to outsourcing the management of medical records to outside parties, there's a need to stick to legal standards and international best practices, like the ones laid out by the Health Insurance Portability and Accountability Act (HIPAA) in the United States. Healthcare providers need to make sure that the folks they outsource to are following confidentiality agreements and data protection protocols. It's all about reducing the risks of data breaches and unauthorized access. The legal framework also requires regular audits, safe data storage solutions, and using fancy encryption technology. To wrap it up, digitizing and outsourcing medical records in India is all about blending existing IT laws, upcoming data protection rules, and specific guidelines for the healthcare industry. The goal is to keep patient data safe while making healthcare more efficient. As the world of digital health data keeps changing, ongoing legal reforms and clear regulatory standards will be important to keep everything in check.

Ransomware Reloaded: Re-examining Its Trend, Research and Mitigation in the Era of Data Exfiltration

Ransomware has grown to be a dominant cybersecurity threat by exfiltrating, encrypting, or destroying valuable user data and causing numerous disruptions to victims. The severity of the ransomware endemic has generated research interest from both the academia and the industry. However, many studies held stereotypical assumptions about ransomware, used unverified, outdated, and limited self-collected ransomware samples, and did not consider government strategies, industry guidelines, or cyber intelligence. We observed that ransomware no longer exists simply as an executable file or limits to encrypting files (data loss); data exfiltration (data breach) is the new norm, espionage is an emerging theme, and the industry is shifting focus from technical advancements to cyber governance and resilience. We created a ransomware innovation adoption curve, critically evaluated 212 academic studies published during 2020 and 2023, and cross-verified them against various government strategies, industry reports, and cyber intelligence on ransomware. We concluded that many studies were becoming irrelevant to the contemporary ransomware reality and called for the redirection of ransomware research to align with the continuous ransomware evolution in the industry. We proposed to address data exfiltration as priority over data encryption, to consider ransomware in a business-practical manner, and recommended research collaboration with the industry.

Institutional Support for Digital Transformation of Regions of the Russian Federation

Studying the issues of institutional support for the digital transformation of regions of the Russian Federation is important for understanding the current state and development prospects in the context of modern challenges and opportunities. A study was conducted on the regulatory framework for the digital transformation of the Russian economy. It also examined digital transformation strategies of various economic sectors, the social sphere, and public administration. The study identified that Russian regions differ in terms of the number of industries, planned projects, and the number of indicative indicators defined in their strategies. The gap between the leading region, the Republic of Tatarstan, and the Altai Republic, which closes the ranking of Russian regions in terms of the number of projects being implemented, was 8.4 times. It has been established that areas whose impact on the digital transformation process is extremely significant are very limited in regional projects. It is shown that the digital transformation strategies of all regions of the Russian Federation define a wider range of indicative indicators. The Chechen Republic, which has the smallest number of indicators among Russian regions, exceeds the approved threshold by 3 times, and the Perm Krai (the leader in the number of indicators) by 17.6 times. This allows regional authorities to take into account the industry and strategic guidelines of the region, identify problem areas, and take the necessary measures in the process of digital transformation.

The Effects of Different Thiol-Containing Compounds on the Degradation of Sulforaphene.

Sulforaphene (4-methylsufinyl-3-butenyl isothiocyanate, SFE), produced by myrosinase hydrolysis of glucoraphenin (4-methylsulfinyl-3-butenyl glucosinolate) found in radish seeds, is strongly associated with cancer prevention. In this study, we investigated the stability of SFE (purity above 98%) under various thiol-containing compounds at 25 °C, such as sodium hydrosulfide (NaHS), glutathione (GSH), and cysteine (Cys). We observed that the degradation of SFE was closely related to the presence and dissociation capacity of thiol-containing compounds in the solution, particularly the thiol group. We found that the degradation rate of SFE was influenced by incubation with NaHS, GSH, and Cys, with distinct degradation products detected for each of these thiol-containing compounds. Compared to GSH, sulfide and Cys played important roles in promoting the degradation of SFE. Furthermore, we found substantial quantities of hydrogen sulfide in conjunction with SFE during the hydrolysis process of seeds, and a heat treatment of the seeds resulted in increased production of SFE. However, the introduction of sulfide-oxidizing bacteria to the hydrolytic system did not exhibit any inhibitory effect on the degradation of SFE. These results provided a guideline for industries to improve the stability of SFE during preparation.

An asset management modelling framework for wind turbine blades considering monitoring system reliability

By incorporating information about asset condition from a monitoring system, engineers can utilize asset management models to manage maintenance activities on wind turbine blades throughout their lifespan. This can lower operating and maintenance costs and increase the life of the blades. The asset management model relies on the monitoring system as a source of information, however, commonly the reliability of the monitoring system is not considered. This paper presents a wind turbine blade asset management Petri net (PN) model that covers the blade asset management process, including degradation, inspection, condition monitoring (CM), and maintenance processes. The paper proposes two contributions. Firstly, while taking into account detailed industry guidelines, the developed model can forecast the future blade condition for a given asset management strategy. Secondly, it investigates the impact of the reliability of the monitoring system on the asset management modelling results. With the aid of the developed model, the number of repair actions and probability distributions of blade condition discovery time are obtained. In addition, the PN gives an indication of how misreporting (underestimation and overestimation) occurs and the extent of the misreporting. The simulation results illustrate the degree of uncertainty introduced into the monitoring results by the reliability of the monitoring system and, consequently, the extent to which this factor influences the maintenance strategies. The proposed model can be used to support asset management decisions when monitoring system performance degrades.

Sustainability Practices in Petroleum Refining

Industries have resurfaced on a global level, seeking to upgrade industrial guidelines and policies that align with sustainable industrial practices. The petrochemical industry heavily contributes to an increased annual carbon footprint. Therefore, the petrochemical industry is on a constant surge to develop sustainable practices regarding the utilization of innumerable resources available in the petroleum industry. These practices comply with the guidelines of sustainable development goals to refine petroleum products, thus helping countries overcome incompetency related to renewable resource utilization. These goals have thus helped to achieve sustainable, eco-friendly processes in the petrochemical industry. This research aims to analyze the sustainability level of the already-practiced processes in the petroleum industry. With relevance to petroleum engineering and adopting inferences from existing literature, this research develops a narrative on further enhancing the efficacy of eco-friendly processes used in the petroleum industry for sustainable refining of petroleum products. Moreover, this research discusses existing concepts, theories, and methodologies presented in previously published research studies that comply with sustainable ecosystems. It identifies gaps, controversies, and unresolved issues that become a barrier to propagating petroleum refining processes across nations.

Optimizing self-compacting concrete: formulation approach enhanced by entropy method

This study investigates the optimization of self-compacting concrete (SCC), which is crucial for modern construction due to its ability to create durable and high-performance structures. The research delves into various weighting methods utilized in SCC formulation, underscoring their pivotal role in determining the ideal combination of components. It explores objective weighting techniques and their application in enhancing SCC performance by assigning weights to individual elements. Additionally, the effectiveness of additives such as superplasticizer, limestone filler, silica fume, and viscosity modifiers in enhancing SCC properties is assessed. Utilizing the Taguchi-TOPSIS method, the study proposes a systematic approach to tailor SCC formulations to specific criteria. The key findings demonstrate that the integration of the entropy method significantly enhances the optimization process, leading to improved flowability and stability of SCC. These insights provide a comprehensive framework for optimizing SCC, offering practical guidelines for the construction industry to achieve superior concrete performance.

Meeting Increasing Demands for Upstream Scope 3 Reporting: A Framework for the Drilling Industry

Summary This paper details the scope and framework applied for quantifying upstream Scope 3 greenhouse gas (GHG) emissions of offshore drilling operations. A step-by-step methodological approach is presented, comprising environmental impact modeling of drilling and rig operational activities through the application of the life cycle assessment (LCA) methodology. The study aims to break down upstream Scope 3 emissions to a process level, demonstrating how upstream Scope 3 emissions can be quantified and evaluated to a greater detail level compared with what current Scope 3 reporting levels offer today. A North Sea drilling case study conducted in collaboration with a major drilling contractor is used for showcasing the impact burden levels, challenges, and prosperity of accounting, reporting, and tracking upstream Scope 3 emissions as a drilling contractor. A total of 141 drilling and rig operational activities were identified and prioritized for impact calculation, presenting a detailed breakdown of upstream Scope 3 emissions results for offshore well drilling. Impacts are quantified in tonnes of carbon dioxide equivalent (CO2eq.) emitted per day in operation. The study does not include downstream Scope 3 and reports limited to direct (Scope 1) emissions. Results show a total upstream Scope 3 emissions burden of 412 tCO2eq./d in operation. Of the eight assessed upstream Scope 3 categories, purchased goods account for the largest contribution of 32%. Activities related to the operation and maintenance of drilling equipment account for the largest impact contribution of 351 tCO2eq./d, corresponding to 86% of total upstream Scope 3 emissions. The reported outputs may serve as a benchmark for future Scope 3 accounting and reporting within the drilling industry, as well as for LCA inventories for oil and gas production. A set of system boundaries for assessing upstream Scope 3 emissions is suggested, along with recommended emission calculation methods. The presented framework may serve as an alternate supplement to the International Petroleum Industry Environmental Conservation Association (IPIECA) adapted version of the GHG Protocol’s Scope 3 Standard in terms of Scope 3 inventory boundary setting and data prioritization with relevance to drilling contractors, and finally to the International Association of Drilling Contractors (IADC) industry guideline for environmental, social, and governance (ESG) reporting.

Readiness in implementing green industry standard for SMEs: Case of Indonesia's batik industry

Green Industry Standard (GIS) acts as a guideline for industries, including the Small and Medium Enterprises (SMEs) to preserve the environment and economy in their production process. This study aims to assess the industry's readiness in the case of Indonesia's batik industry, to adopt the GIS and optimize its implementation. The method used in this study is survey and interviews. The survey and interviews involved 25 respondents, comprising owners or managers of the batik industry engaged in handcrafted, stamped, or combined batik production, from pattern-making to finishing stages. The analysis has been done using the Stages of Change Readiness and Treatment Eagerness Scale (SOCRATES) instrument to evaluate the industry's readiness and employing TOWS (Threats, Opportunities, Weaknesses, Strengths) analytical tool to formulate optimization strategies. The results of this study show that an assessment of the batik industries' compliance with Green Industry Standards revealed that they have not yet adopted sustainable practices in their production processes concerning materials, energy, water, products, and waste. The SOCRATES analysis also indicates that the batik industry's readiness to meet the technical requirements of the GIS is currently low. In conclusion, the primary approach in applying green industry principles should focus on rectifying existing weaknesses concerning craftsmen's awareness and understanding of green industry practices. After the industry's awareness emerges, utilizing GIS can boost production, improve raw material efficiency, and provide customers with greater "green" value.

Risk management for viral clearance: A case study on adoption of platform validation approach and risk management of process changes

Viral clearance (VC) studies are routinely required prior to entering clinical trials or for commercial launch of biopharmaceuticals. With increasing prior knowledge and experience, platform validation can be used to eliminate some VC studies and such strategy has been updated into industry guidelines, such as ICH Q5A (R2). In addition, process changes can happen during life-cycle management of a product. In these circumstances, high-risk process parameters need to be identified and corresponding control strategies need to be defined to ensure viral safety of the product. This work describes the design of a science-based risk management tool and how this tool is employed for platform validation and process change scenarios.

Method Development and Validation of an Aerosol Sampling Technique for the Analysis of Nicotine in Electronic Cigarette Aerosols.

Because of the increasing popularity of e-cigarettes, monitoring the e-cigarette market has become important for national health authorities to guarantee safety and quality. In the EU, the Tobacco Products Directive requires emission studies for e-cigarette products. The absence of industry guidelines for studying these emissions and the lack of proper validation in the literature led us to develop and validate a method using the total error approach for the determination of nicotine in e-cigarette aerosols. A commercial vaping device was used to generate aerosols, which were then collected on Cambridge filter pads and measured for nicotine concentration by UHPLC-DAD after extraction. The method was successfully validated by generating accuracy profiles, which show that the β-expectation tolerance intervals remained below the acceptance limits of ±20%. Within-run repeatability and intermediate precision were considered acceptable since the highest RSD value obtained was below 5%. The method was applied to 15 commercial e-liquids. A complete validation of a method for the analysis of e-cigarette emissions is presented, including several parameters that impact the accuracy and reproducibility. Similar systematic approaches for method development and validation could be used for other e-cigarette emission analysis methods to ensure the reliability of the measurements.

Role of Law in Combatting Air Pollution

Air pollution in urban areas arises from multiple sources, which may vary with location to location and activity to activity of development. Anthropogenic activities such as rampant industrialization, exploitation and over consumption of natural resources, population explosion are major contributors of air pollution. Regulations and legislations adopted are enumerated. The Clean Air Act envisaged guidelines for industries regarding emission. It has been seen and observed that in spite several rules and regulations, not much has been achieved in controlling air pollution particularly in countries like India. India needs to make tough legislations The present paper is an effort to discuss various aspects of air pollution and control legislation in India emphasizing on the history, present scenario, gaps and drawbacks. It also presents legislative controls with judicial response to certain landmark judgments related to air pollution. The down sides related to enforcement mechanism for the effective implementation of environmental laws for air pollution control have been highlighted.

Deconstructing corporate net-zero and climate neutrality targets in the German chemical industry

ABSTRACT Companies are becoming ever more present actors in climate change governance and increasing numbers of mostly multinational companies are pledging to become greenhouse gas neutral, climate neutral, or to reach for net-zero emissions. This article deconstructs net-zero, greenhouse gas and climate neutrality targets of 51 chemical companies in Germany. A brief contextualization of companies as actors in climate change governance and an overview of the German chemical sector as an emission-intensive industry are given. Evaluation criteria for corporate greenhouse gas and climate neutrality targets are developed by comparing seven existing or emerging industry and non-governmental standards and guidelines for (corporate) net-zero, climate and greenhouse gas neutrality. The criteria are then applied to the climate and sustainability targets of 51 companies in the German chemical sector. Results show that the targets vary greatly in terms of their actual definition, the target year and covered emissions, the timeline and planned implementation measures. Only some companies underpin their targets with strategic decarbonization approaches while others rely heavily on offsetting their emissions. This heterogeneity highlights the need for unified assessment criteria and in-depth analysis of corporate climate strategies to rule out greenwashing. Recommendations for target definitions and minimum criteria are given.

Gas well deliverability: backpressure, Forchheimer, and numerical models

The Forchheimer and backpressure models are commonly employed to describe gas well deliverability and interpret multipoint well tests. While the Forchheimer model is regarded as more robust, the backpressure equation remains widely used. However, both models’ have unaddressed limitations, and it is unclear when their predictions diverge. This study investigates both models’ validity against numerical solutions of the diffusivity equation. Results show that the models’ accuracy depends on two dimensionless groups: the turbulence intensity ratio and the highest drawdown tested in a multipoint test. Only the Forchheimer model consistently yields flow rate errors below 10% when 25% of the reservoir pressure is tested, following industry guidelines, while the backpressure equation exhibits an average error of 30%. The backpressure equation is accurate under laminar or highly turbulent conditions but deteriorates in the transition between the two, diverging from the Forchheimer model. To mitigate the inadequacy of the backpressure model, testing pressure drawdowns as high as 40% of reservoir pressure is recommended.

Clarifying Ethical Dilemmas in Sharpening Students’ Artificial Intelligence Proficiency: Dispelling Myths About Using AI Tools in Higher Education

Artificial intelligence has been talked about for over half a century now. Still, it became a fast-growing reality in 2023 through modern technologies, such as Meta AI, Open AI, or ChatGPT, and has created some ethical concerns. This research provides examples of how AI is being used in academia, how it can be used, and how to assess college students’ familiarity with such technologies, their perception of it, and level of usage. Using an AI-generated short survey to gather quantitative and qualitative data through a discussion exercise, 126 undergraduates with four different professors were asked to share their answers and views. The findings show that many of today’s college students in South Florida see the usage of AI as ethical and legal. However, a few respondents remain uncertain due to a lack of clear guidelines from professors and the institution. Thus, most respondents reported that they are familiar with AI as they use it multiple times weekly. Consequently, educators and administrators must sharpen their students’ AI skills so they can be ethical and competitive in the workplace. Implications for students, educators and administrators in the higher education arena are explored. Besides serving as a person’s second brain, using AI can be an excellent way for students to mitigate and overcome procrastination, enhance their productivity, and comprehensively complete academic projects on time. Furthermore, the proper use of AI tools can reduce errors, quickly assess large amounts of data, automate repetitive functions, lead to better decisions, and help learners move forward amid challenging obstacles. As such, academic institutions must do more to ensure they are “sharpening their students’ AI saw” before they graduate and embark on their professional endeavors. Artificial intelligence, when used properly, ethically, and legally following established industry norms and guidelines, offers many transformative benefits across diverse fields to benefit human beings and society. Students pursuing a healthcare career can use AI to aid in early disease detection, accelerate drug discovery, and improve patient care through precision medicine. Graduates in the engineering or transportation industries can use AI to optimize traffic flow, enhance safety with autonomous vehicles, and reduce emissions through predictive maintenance. Moreover, those who remain in the education field after graduation can use AI to facilitate personalized learning experiences tailored to individual student needs while fostering greater engagement and academic success for all learners. The latest advancements underscore AI’s potential to drive innovation, increase efficiency, and address complex challenges while ultimately shaping a more interconnected and prosperous future for everyone in society.

Ethical Games: Toward Evidence-Based Guidance for Safeguarding Players and Developers

As video games have moved to the mainstream of entertainment and popular culture, they also have given rise to new media fears. These span concerns for player welfare such as gaming addiction, negative effects of ‘screen time,’ gambling-like mechanics, dark patterns and questionable business practices, online toxicity, and extremism. Questions of game worker welfare are similarly making headlines, such as harassment, discrimination, or precarious and unhealthy working conditions. To sort warranted concerns from unwarranted moral panics, the first Ethical Games Conference, held in 2024, gathered the state-of-the-art of research on ethical issues in games to inform evidence-based guidelines for industry and regulators. The selected full papers and opinion pieces of the conference, collected in this special issue, showcase a wide range of issues and barriers, and aspirations to move from avoiding harm to using games for positive social impact.