Volume 13 | Issue 7 |

 Abstract

Right to Die, also known as the right to death, raises questions about sanctity of life, individual autonomy and the role of the state in determining the fate of its citizens. Arguments in favor of the right to die often center on the principles of individual autonomy and bodily integrity whereas opponents of the right to die often argue that it is morally wrong to intentionally end a human life, regardless of the circumstances. The terminology surrounding this right is diverse, including physician assisted suicide, euthanasia, medical aid in dying, and death with dignity, each with specific legal and ethical implications. This research paper examines the ethical and legal complexities surrounding the "right to Die", specifically focusing on the concept of individual autonomy and the extent to which individuals should have the right to make end-of-life decisions, including physician assisted suicide and voluntary Euthanasia. It explores the arguments for and against these practices. It also analysis the legal and societal implications of recognizing a right to Die.

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 Keywords

Right to Die, Individual Autonomy, Euthanasia, Physician-Assisted Suicide, Medical Aid in Dying, Death with Dignity

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This review data suggests that type 2 diabetes mellitus (T2DM) can contribute significantly to the onset or progression of Alzheimer's disease (AD) either directly or as a cofactor. Clinical studies have provided evidence that T2DM is a major risk factor in the pathology of AD [1]. Insulin has multiple important functions in the brain. Some basic research, however, suggests that insulin accelerates Alzheimer-related pathology through its effects on the amyloid beta (A?) metabolism [2]. In this review, we give a brief introduction to T2D and AD and then describe the risk factors and molecules that are commonly associated with these diseases[4], several potential mechanisms underlying diabetes-induced cognitive impairment which include, abnormal insulin signaling, amyloid-? accumulation, oxidative stress, immuno-inflammation, mitochondrial dysfunction, advanced glycation end products, acetylcholinesterase and butyrylcholinesterase, advanced lipid peroxidation products, and apolipoprotein E. Also discussed diagnosis and treatment approach of Alzheimer's disease by controlling T2DM. All these interconnected mechanisms may act either individually or synergistically which eventually leads to neurodegeneration and AD [3].

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 Keywords

Alzheimer's disease, amyloid beta(A?), insulin resistance, oxidative stress, type 2 diabetes mellitus(T2DM).

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Kirti Narayan Mandal, often honored as Mahamana, is a towering figure in the educational history of Bihar, particularly the Kosi region. His unparalleled dedication to advancing higher education transformed one of India's most backward regions into a vibrant center of learning. Unlike many contemporaries, Kirti Narayan Mandal donated his personal land and wealth, establishing over three dozen educational institutions across seven districts. This research article explores his life, philosophical evolution, and monumental contribution to higher education. His legacy, comparable to national figures like Pandit Madan Mohan Malviya, remains foundational for contemporary educational discourse in rural India.

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 Keywords

Kirti Narayan Mandal, Kosi region, higher education, philanthropy, rural development, Bihar, Thakur Prasad College, educational reform, Indian philanthropists.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

DeepMalware is a deep learning-based system for automated malware classification using grayscale images generated from binary executable files. Leveraging advanced neural network architectures like Xception, it analyzes structural patterns in malware images to accurately identify and classify malware families. The system incorporates Focal Loss and Test-Time Augmentation (TTA) to address class imbalance and enhance prediction robustness. Designed for cybersecurity applications, DeepMalware provides a fast, scalable, and reliable method for malware detection, eliminating the need for manual feature extraction and enabling efficient threat analysis through visual data representation.

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 Keywords

Deep Learning, Convolutional Neural Networks (CNN), Xception Model, Malware Classification, Focal Loss, TensorFlow, Cybersecurity

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Creative Commons Attribution 4.0 and The Open Definition

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Aromatase inhibitors, bone mineral density, breast malignancy, postmenopausal women, T-score

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Abstract: Crop diversification refers to a shift from the regional dominance of one crop to the regional production of several crops. In Chamarajanagar district, the degree of diversification exhibits large disparities among different regions. In this context, this study is aimed at computing the growth rate in area, production, and productivity of selected crop groups in study area and analyzing crop diversification at the taluka level by computing the crop diversification index for all the taluks. The data used for the estimation of the taluk-wise food crop diversification index were collected from the land-use statistics, M.S. Building Bangalore. We estimated the crop diversification index using the triennium average of food crops area ending for the year 2020-21. The Gibbs and Martin Index of Diversification values as well as growth rate indicated that there is high crop diversification in the north east and central regions of Chamarajanagar district whereas, Southeast and west regions showed low diversification due to the system of Mono cropping and crop specialization prevailing in the same region.

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Keywords: - Crop Diversification, Gibbs and Martin Index of Diversification, Growth Rate, Chamarajanagar District.

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 Abstract

Covid -19 Mahamari Ke Pehele, Dauran Aur Mahamari Ke Bad Logo Me Kitchen Garden Ke Prati Gyan,Drushitikon Aur Abhiyash Ki Sthithi Ka Adhayan

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Covid -19 Mahamari Ke Pehele, Dauran Aur Mahamari Ke Bad Logo Me Kitchen Garden Ke Prati Gyan,Drushitikon Aur Abhiyash Ki Sthithi Ka Adhayan

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 Abstract

The increasing preference fo r herb al and natural produc ts in perso nal c are has driven interest in the develo pm ent of herb al alternatives to synthetic sham p oos, w hich o ften c ontain harsh chem ic als linked to sc alp irritatio n, hair d am age, and environm ental c oncerns. This study w as undertaken to prepare and evaluate a po lyherbal sham p oo po w d er using selec ted m edic inal plants traditionally kno w n fo r their hair c leansing , co nditioning , and antim icro bial p rop erties. The p rim ary aim w as to d evelop a safe, effective, and eco -friendly form ulation w ith m inim al or no side effec ts, catering to the gro w ing dem and for natural hair c are so lutions. In this form ulatio n, The D rug Includ es O live Leaves, H ib iscus Flow er, m ethi, Ritha, C urry Leaves, Po m egranate P eel, P epperm int, Shikakai. The herb s w ere selected based on their ind iv idual and synergistic benefits for scalp and hair health, suc h as natural c leansing ability, antifungal and antibac terial effec ts, preventio n of dand ruff, streng thening o f hair roo ts, and p rom o tio n of hair g row th. E ach ing redient w as d ried , pow dered , and sieved to ac hieve a fine and uniform co nsistenc y, fo llo w ed by blending in optim ized p rop ortions to ob tain the final po lyherbal sham p oo po w d er.The prepared fo rm ulation w as sub jected to co m prehensive phy sic ochem ical and perform anc e evaluatio ns, including organoleptic prop erties (c olour, o do ur, texture), pH determ ination, foam ing ability, fo am retentio n, w etting tim e, dirt dispersio n, and c leansing efficienc y. T hese param eters are c ritic al in assessing Results revealed that the p olyherbal sham po o p ow der p ossessed desirab le physical characteristics and produced adequate foam ing upon application with water. The pH of the form ulation w as w ithin the id eal rang e fo r scalp use (betw een 5.5 and 6.5), ind ic ating m ildness and com patib ility w ith hum an sk in. It show ed effic ient c leansing ability by effectively rem ov ing dirt and o il w ithout leaving resid ues. reflecting the form ulation ' s g ood spread ability and ease of app lication. N o m icro bial c ontam ination w as d etected , and the p ow der rem ained stab le o ver the ob servation p eriod w itho ut sig ns of physical or chem ic al deg radation. O verall, the polyherbal sham po o p ow der develop ed in this study offers a prom ising alternative to co nventional sham po os. It pro vid es a natural and safe app roac h to hair c leansing and c are w itho ut the risk s assoc iated w ith synthetic add itives such as sulfates, parabens, and artificial fragranc es. M oreo ver, its prep aratio n is sim ple, co st-effective, and sustainable, m ak ing it suitable fo r b oth household use and p otential co m m ercial develop m ent. T he results enco urage further research into stand ardizatio n, long-term stability, and user acc eptab ility , as w ell as clinic al studies to validate its therapeutic efficacy for various scalp and hair conditions.

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 Keywords

Polyherbal shampoo powder: O live leaves, H ibiscus, Fenug reek , Ritha, sikakai Pom eg ranate Pep perm int, Curry leaves, easy rinsing , No damage to hairs.

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 Abstract

Additive Manufacturing (AM) has rapidly evolved as a transformative technology, enabling the production of complex, high- performance materials that exhibit superior mechanical and tribological properties. Among the materials benefiting from this advancement is AlSi10Mg, an aluminium-silicon-magnesium alloy. AlSi10Mg has gained notable attention in industries like aerospace and automotive due to its excellent strength-to-weight ratio, high thermal conductivity, and robust wear resistance. These properties make it particularly suitable for lightweight, high-stress applications. This review consolidates state-of-the-art research on AlSi10Mg, specifically focusing on components produced through Direct metal laser sintering process (DMLS), a prominent AM technique. DMLS enables precise control over the materials microstructure and properties by melting and fusing powdered material layer-by-layer using a high-energy laser. The review delves into the influence of various DMLS processing parameters, play a crucial role in influencing the alloy's density, porosity, and internal stress, ultimately affecting its mechanical performance. Additionally, the review examines post-processing treatments enhancing AlSi10Mg's strength, ductility, and fatigue resistance. Furthermore, the impact of these treatments on the alloy's microstructure, particularly the distribution and morphology of silicon phases within the aluminium matrix, is critically discussed, as they influence wear resistance and hardness.

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 Keywords

DMLS, AlSi10Mg

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

Social media has become an integral part of modern childhood, offering both opportunities and challenges. While platforms like Instagram, YouTube, can promote creativity, learning, and social interaction, their excessive or unsupervised use may negatively impact children's mental health, academic performance, and social development. Studies have linked high social media usage with issues such as anxiety, , sleep disruption, and reduced attention spans. This abstract explores the dual-edged nature of social media, emphasizing the need for parental guidance, digital literacy, and balanced screen time to ensure a positive and safe online experience for children.

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 Keywords

120

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