Volume 12 | Issue 4 |

 Abstract

This feasibility study explores the design and development of a model library network tailored for the universities of Telangana. Libraries play a pivotal role in fostering academic excellence and research culture within educational institutions. However, the existing library infrastructure in many universities often faces challenges in meeting the evolving needs of students and faculty members. In this context, a comprehensive examination of the feasibility of establishing a model library network is essential. The study employs a mixed-methods approach, combining quantitative data analysis and qualitative assessments. Quantitative data includes surveys distributed among students, faculty, and library staff to gauge their perceptions, preferences, and requirements regarding library services and resources. Qualitative assessments involve interviews and focus group discussions with key stakeholders to gain deeper insights into the challenges and opportunities associated with developing a library network. Key considerations include infrastructure requirements, technological integration, resource allocation, governance structure, and sustainability measures. Additionally, the study explores potential collaborations with government agencies, educational institutions, and industry partners to leverage resources and expertise.The findings of the feasibility study are expected to provide valuable insights for policymakers, university administrators, and stakeholders involved in higher education planning and development in Telangana. By addressing the identified challenges and capitalizing on opportunities, the proposed model library network aims to enhance access to information, promote research and innovation, and contribute to the overall academic advancement of universities in the region.

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 Keywords

Model library network, Universities, Telangana, Feasibility study, Academic excellence, Research culture, Technological integration, Resource allocation, Governance structure, Information access

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Cardiotoxicity, the adverse effects of certain cancer drugs on the heart, is a significant concern in oncology.As advancements in cancer treatment continue to evolve, the focus on managing and mitigating adverse effects becomes increasingly imperative. One such area of concern is the potential cardiotoxicity associated with various cancer drugs. This review delves into the intricate relationship between cancer therapeutics and their impact on the heart, elucidating the mechanisms, risk factors, and clinical implications of cardiotoxicity. By comprehensively exploring current research and clinical insights, this article aims to enhance awareness among healthcare professionals, ultimately facilitating proactive strategies for monitoring and managing cardiotoxic side effects in cancer patients.

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 Keywords

doxorubicin,tyrosine kinase inhibitors (TKIs),Cardiotoxicity,Chemotherapy,Anthracyclines,Cardio-oncology

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In today's medical landscape, tumors are second ranked leading to cause of cancer and posing significant threat to patients' well-being. Detecting tumors, particularly brain tumors, swiftly and accurately is paramount in providing timely treatment and averting potential dangers. Traditional methods of manually analyzing MRI images for tumor detection are not only time-consuming but also prone to inaccuracies. To address these challenges, there's pressing need for automated, fast, and reliable techniques for medical field. Leveraging advanced image processing technologies, such as Convolutional Neural Networks and Transfer learning models like VGG 16, offers a promising solution. These sophisticated algorithms can analyze MRI images with precision, enhancing the efficiency of tumor detection processes. Brain tumors, characterized by uncontrolled cell growth, can jeopardize healthy tissues by depriving them of essential nutrients, leading to organ failure. Early detection of such tumors is critical for improving treatment outcomes and boosting patient survival rates. By implementing automated image segmentation techniques, we can streamline the identification and classification of brain tumors, significantly reducing the burden of manual analysis. These advancements enable healthcare professionals to promptly assess MRI scans, swiftly determining the presence or absence of tumors. This proactive approach not only accelerates diagnosis but also enhances treatment planning, ultimately saving lives. In summary, integrating cutting-edge technologies like CNNs and Transfer Learning into medical imaging processes revolutionizes tumor detection, facilitating quicker and more accurate diagnoses.

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 Keywords

Brain Tumor, Convolutional Neural Networks, Transfer Learning models, medical imaging processes

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Panchakarma is a set of five therapeutic treatments administered in the traditional indian medicine system of ayurveda. These treatments are designed to cleanse the body of toxins, allowing a balance of the three doshas: vata, pitta, and kapha. One uncommon fact about panchakarma is its connection to the seasons and specific environmental conditions. In ayurveda, different seasonal panchakarma treatments are considered most effective during certain times of the year. For example, virechana (purgation) is often recommended during the autumn season when the pitta dosha is believed to be more prominent. So this article is focusing on panchakarma procedure according to season.

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Season, Panchakarma.

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Controlled and targeted delivery of active pharmaceutical ingredients (APIs) has emerged as a promising therapeutic strategy. However, challenges such as low water solubility of most APIs and the need for efficient drug delivery systems persist. Traditional organic solvents used in drug formulation pose health and environmental concerns. Ionic liquids (ILs) have garnered attention as potential alternatives due to their unique properties. This review paper explores the diverse applications of ILs in drug delivery, ranging from solubilizing APIs and enhancing their bioavailability to serving as novel components in biopolymer-based delivery systems.We discuss the potential of ILs as solvents and co-solvents for low water-soluble APIs, showcasing significant improvements in solubility and stability. Furthermore, ILs enable the conversion of solid APIs into liquid forms (API-ILs), addressing challenges related to polymorphism and bioavailability. Their role as effective permeation enhancers and microemulsion components for drug delivery is also highlighted, along with their ability to dissolve biopolymers like cellulose and chitosan. ILs open avenues for customized drug delivery systems, allowing for controlled release profiles and responsive behaviors based on environmental stimuli.Through an in-depth analysis of recent research and advancements, this paper underscores the vast potential of ILs in revolutionizing drug delivery systems, offering safer, more efficient, and sustainable alternatives to traditional approaches.

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Controlled drug delivery, Ionic liquids (ILs), Liquid forms of APIs (API-ILs), Active pharmaceutical ingredients (APIs), Biopolymers

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Mosquito-borne diseases continue to pose a significant global health threat, necessitating effective and sustainable methods for vector control. In recent years, there has been a growing interest in herbal mosquito repellents as an alternative to conventional chemical-based products. This review aims to provide a comprehensive assessment of the efficacy, safety, and potential applications of herbal mosquito repellents. Various herbal extracts and essential oils with documented mosquito-repelling properties are discussed, along with the bioactive compounds responsible for their effectiveness. Emphasis is placed on the ecological sustainability of herbal repellents, as well as their potential role in integrated vector management strategies. The review critically analyzes the existing evidence on the duration of protection, repellent efficacy against different mosquito species, and potential adverse effects on human health. Moreover, considerations are given to the environmental impact, feasibility of production, and cultural acceptance of herbal repellents in diverse settings. this review provides valuable insights into the current state of knowledge regarding herbal mosquito repellents. It contributes to the ongoing discourse on sustainable and eco-friendly vector control strategies, fostering informed decision-making among policymakers, public health practitioners, and the general public.

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Efficacy, herbal mosquito repellents, sustainability, vector control

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Creative Commons Attribution 4.0 and The Open Definition

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ABSTRACT This studies paper describes a framework for studies in virtual advertising that highlights the techniques in the advertising and marketing manner in addition to the effectiveness of the advertising system and impact of different technological equipment and social media structures. Using the framework, we've got organized the studies techniques about the elements and evaluate the research literature in the widely defined virtual advertising and marketing space. The reason of the studies paper is to observe the effectiveness of virtual media marketing strategies and different social media options used for advertising. This paper specifically studies significance of digital advertising and variations among digital advertising and offline advertising and the effectiveness of technological equipment and social media structures on fulfilment of virtual marketing strategies .This research paper has been edited to help small business to integrate virtual advertising of their commercial enterprise fashions and to understand the usefulness of social media advertising over conventional advertising strategies.

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Keywords: Digital Marketing, Trends, Advantages.

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An information disclosure and spread convention for remote sensor organizations (WSNs) is liable for refreshing setup boundaries of, and disseminating the board orders to, the sensor hubs. All current information revelation and scattering conventions experience the ill effects of two disadvantages. To start with, they depend on the concentrated methodology; just the base station can appropriate information things. Such a methodology isn't reasonable for developing multi-proprietor multi-client WSNs. Second, those conventions were not planned in light of safety and consequently foes can without much of a stretch sendoff assaults to hurt the organization. This paper proposes the primary secure and dispersed information revelation and spread convention named DiDrip. It permits the organization proprietors to approve numerous organization clients with various honors to all the while and straightforwardly spread information things to the sensor hubs. Besides, as shown by our hypothetical investigation, it tends to various conceivable security weaknesses that we have recognized. Broad security investigation show DiDrip is provably secure. We likewise execute DiDrip in an exploratory organization of asset restricted sensor hubs to show its high productivity practically speaking.

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Authentication, Internet of Things (IOT), Sensor

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Present inhalers are vaporizers producing only local effect therefore there is a need of special aroma-inhalers which may promote better body mind and spiritual health. Aroma inhalers uses aromatic essential oil which improves mental and emotional wellbeing. This concept utilize principle of aroma therapy which is based on total wellbeing for taking care of related problem. Now-a-days there are lot off infectious out brakes therefore there is a need to strengthen our immune power and take care of different infectious out brake. Medicated aroma-inhaler may help in this regards and also take care of infection. To enhance health and wellbeing, aromatherapy uses natural organic extracts from natural sources. In this formulation we utilizes different types of ingredients like Pudina crystals, Camphor, Methyl salicylate, Eucalyptus oil, Tulsi oil, Garlic oil, Clove oil and Rose oil to create a beneficial synergistic mixture.

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Aromatherapy, essential oils, health, stress relief, Mood disorder

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In today's corporate life, there's stress and other life problems which are causing physical and mental health issues for the employees as well as the society as a whole. It is becoming necessary to protect the society from the negative effects of growing industrialization as well as corporate stress. There is cut throat competition everywhere which is making life difficult for employees and those who are living in the society. All this has supplemented the problems and also with the invention of AI, these obstacles are increasing due to its misuse and replacement of employees by AI tools. Now we need to find the ways to counter these problems which can only be possible through corporate spiritualism and sustainable development. To implement these changes, we need to go to our ancient ages which provide us guidance on how to manage all these changes in a proper and positive ways. Thus, we need to explore our Vedas and Puranas which serve us as a beacon light for the upcoming future generations and can be a leading light in the upcoming generations which will face more challenges than the present ones. This paper will provide a overview of these challenges and the ways that our Vedas and Puranas suggest to overcome it.

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 Keywords

corporate spiritualism

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Creative Commons Attribution 4.0 and The Open Definition