Volume 13 | Issue 8 |

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Warts ,HPV,Ailments, Natrum Muriaticum, Homoeopathy.

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Physicochemical parameters are critical indicators for assessing water quality and play a key role in determining the suitability of water for various uses, such as drinking, agriculture, industry, and recreation. These parameters encompass both physical properties (e.g., temperature, turbidity) and chemical characteristics (e.g., pH, dissolved oxygen, nutrients, and heavy metals). Regular monitoring of these parameters is essential to detect pollution, ensure safe water for human consumption, and protect aquatic ecosystems. Parameters like pH and temperature influence the solubility of gases and the metabolic rates of aquatic organisms, while dissolved oxygen (DO) levels are vital for respiration in aquatic life. The presence of excess nutrients such as nitrates and phosphates can lead to eutrophication, causing harmful algal blooms that deplete oxygen and degrade water quality. Additionally, the concentration of heavy metals, such as mercury and lead, poses significant risks to both aquatic organisms and human health. Other parameters like electrical conductivity (EC), hardness, and Biological Oxygen Demand (BOD) provide valuable information on the ionic strength, organic content, and overall health of the water. By continuously monitoring these physicochemical parameters, we can effectively manage water resources, identify pollution sources, and implement strategies to safeguard water quality and ecosystem health. This review emphasizes the importance of physicochemical analysis in water quality management, highlighting its role in mitigating environmental pollution and ensuring sustainable water usage.

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Physicochemical Parameters, Water quality, dissolved oxygen, eutrophication, heavy metals, water management, environmental pollution, ecosystem health

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Hesperidin is a type of bioflavonoid that is found in large amounts in citrus fruits. Besides its famous advantages for heart health, type II diabetes management, and reducing inflammation, recent research has shown that hesperidin offers various benefits for skin health. These include helping with wound healing, protecting against UV damage, fighting inflammation, acting against harmful microbes, reducing the risk of skin cancer, and lightening the skin. Additionally, hesperidin improves the balance of the skin's protective barrier in both young and older skin. Hesperidin helps skin functions in several ways. It acts as an antioxidant, blocks certain signaling pathways, and promotes the growth, development, and production of lipids in the outer skin layer. Due to its affordability, easy accessibility, and excellent safety profile, hesperidin may be beneficial for treating various skin conditions.

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hespiridin melasma hyperpigmentation

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Beginning of the Modernity in India can be traced back to the date when the Indians, irrespective of sex, age and caste, gathered together alongside the railway route to watch the first railway running between Bombay to Thane. This is the time, approach or curiosity which compelled the Indians to forget their caste, age and gender for a while consciously to watch the train. Many writers have attacked the social evils prevalent as customs in Indian society in their writing but they were the social reformers. Mulk Raj Anand was basically a writer who from his childhood, was witnessing the practices and the conflict between the powerful and powerless. The short story, The Barber's Trade Union focuses on the revolt of a barber boy against the socially affluent people of his village who decline their shaving and hair cutting by his hands. The chief aim of the paper is to study the short story in the light of modernity. The revolt of the protagonist; writer's support to him in all his plans, lead to establishment of the barbers' union. In the end of the story, the protagonist forms a trade union so that the villagers come to the barbers for shaving and cutting their hair. Earlier the landlord, Panditji, and the jagirdar would ask Chandu to dance to their tune, now Chandu changed the situation in such a way that the prominent people in the village started to visit him or the other barbers for shaving or for cutting their hair.

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Mulk Raj Anand, Chandu, Modern India

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In Indian philosophy, Ny?ya philosophy is known as Mok?ha-oriented philosophy. In Ny?ya philosophy, the word Mok?ha is used in the sense of apavarga or nih?reyasa. According to Ny?ya, Mok?ha or liberation is the ultimate goal. The main purpose of Ny?ya philosophy is to guide the right path to attain this ultimate goal of Mok?ha through epistemological and theoretical discussions. A total of sixteen padarthas are mentioned in Ny?ya philosophy. According to Maharshi Gautama, only if one has the tattvajnana of these sixteen pad?rthas can attain the nih?reyasa or the supreme puru??rtha apavarga. The main obstacle to attaining apavarga is suffering. And this suffering comes from false knowledge. Therefore, when false knowledge is destroyed, suffering ends, and only when suffering ends is liberation possible. That is, to attain liberation, we first need to destroy false knowledge. Only through knowledge of truth can the destruction of false knowledge be possible. When the knowledge of the truth is attained, the previously accumulated karma of the living being is destroyed and new karma is no longer produced. That is, the enjoyment of destiny of the living being is inevitably destroyed. When the enjoyment of destiny of the living being is destroyed and the karma is not produced, the rebirth of the living being is naturally prevented. If there is no rebirth, the ultimate cessation of suffering occurs. And only when suffering is completely eliminated does one attain Mok?ha or apavarga.

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Mok?ha, Apabarga, Nih?reyasa Duhkha, Puru??rtha.

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Ramlala Adhikari Ka Chori Chori Bhayko Ghar Kosh Kavya Ko Naarivadi Adhyan

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Ramlala Adhikari Ka Chori Chori Bhayko Ghar Kosh Kavya Ko Naarivadi Adhyan

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Effective greenspace management in industrial areas hinges on systematic assessment and early risk identification, particularly concerning tree health. Tree health assessment is a key diagnostic tool that uses empirical indicators to detect signs of stress, damage, and structural weaknesses, factors critical to evaluating potential risks and estimating tree longevity. This study evaluates the condition of trees within the greenspaces of PT Pupuk Sriwidjaja Palembang, aiming to support informed decision-making for maintenance and risk mitigation. Field surveys employed the Visual Tree Assessment (VTA) method and applied criteria from the USDA Forest Health Monitoring (FHM) protocol, focusing on key indicators such as physical damage, crown condition, and site quality. esults showed that 57.7% of trees were healthy, while 42.3% exhibited varying levels of damage: 29.5% with light damage, 11.1% with moderate damage, and 1.7% with heavy damage. Common types of damage included broken or dead branches, brums, conks, and open wounds. Spatial analysis demonstrated that tree damage was predominantly concentrated in the northern zones, especially in road corridors, office areas, and parks, whereas minimal damage was observed in the green barrier. These findings highlight the importance of routine tree health monitoring, targeted maintenance strategies, and the integration of spatial risk mapping to ensure safer, healthier, and more resilient green infrastructure in industrial landscapes

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Greenspace, Tree Health Evaluation, Risk Assessment, PT. Pupuk Sriwidjaja Palembang

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Background - Lumbar spine disorders such as lumbar spondylosis, sciatica (Gridhrasi), intervertebral disc bulge, herniation, with ligamentum hypertrophy, etc are common causes of chronic lower back pain and disability worldwide. In Ayurveda, these conditions are primarily understood through the lens of Vata dosha imbalance, particularly affecting Asthi dhatu (bone tissue) and Majja dhatu (nervous tissue). This article explores the Ayurvedic perspective on the pathogenesis, classification, and management of lumbar spine diseases. Objective: This study evaluates the impact of the Ayurveda-based Scientific Reversal Detox Process (SRDP) in the patients of Lumbar spine pathologies in patients adviced spine surgeries and retrospective improvement with specific emphasis on the necessity of the SRDP prior to external therapies. Result: Statistical analysis demonstrated a significant reduction in pain, stiffness, and disability scores (ODI), along with an improvement in Straight Leg Raise (SLR) values following SRDP treatment in lumbar disorders.After 60 days of therapy 55.5% of patients showed excellent improvement, 30.15% exhibited moderate improvement, 14.28% experienced mild symptomatic relief Thus, nearly 85% of patients experienced notable relief from lumbar symptoms with SRDP treatment. Conclusion: The SRDP therapy, with its structured focus on detoxification followed by rejuvenation and functional restoration, led to significant relief in pain, stiffness, and improved mobility among patients with lumbar spine disorders. The initial phase of Shodhana (detox) may have enhanced the absorption and effectiveness of subsequent Ayurvedic therapies. This stepwise, integrative approach not only addresses symptomatic relief but also targets the underlying Vata-Kaphaja pathology.

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Spine disorders, SRDP therapy, Detoxification, Katigata vata, katigraha

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Hydrophobic encapsulation presents a versatile and effective strategy for modulating drug release profiles in pharmaceutical formulations. This review examines the design principles, mechanisms, materials, techniques, and applications of hydrophobic matrix systems, focusing on their ability to achieve sustained or controlled drug release. Hydrophobic matrices, composed of lipophilic polymers, waxes, or lipid-based compounds, form physical barriers around active pharmaceutical ingredients (APIs), impeding water penetration and slowing drug diffusion. Drug release from these systems typically follows diffusion-controlled or erosion-mediated mechanisms, governed by factors such as matrix composition, drug solubility, and particle morphology. Synthetic polymers like ethyl cellulose, polycaprolactone (PCL), and PLGA, alongside natural waxes and lipids, are widely used to construct these matrices due to their biocompatibility and chemical stability. Various encapsulation techniques--such as solvent evaporation, melt granulation, spray drying, and compression coating--enable the tailoring of drug release kinetics and improve drug stability. Hydrophobic matrices are particularly advantageous for delivering poorly water-soluble drugs and for applications requiring prolonged therapeutic action, such as in the management of chronic diseases, implantable systems, transdermal patches, and paediatric or geriatric formulations. Despite challenges such as initial burst release, low drug loading, and scalability limitations, recent advances in material science and nanotechnology continue to improve the efficiency and applicability of these systems. Mathematical modelling using Higuchi, Korsmeyer-Peppas, and zero-order kinetics supports the optimization of release behaviour. Overall, hydrophobic encapsulation strategies represent a robust platform for enhancing drug delivery, improving patient compliance, and achieving consistent therapeutic outcomes across diverse clinical and pharmaceutical scenarios.

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Hydrophobic encapsulation, Controlled drug release, Lipid-based matrices,

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Wireless devices have become essential for data transmission, but their security vulnerabilities pose significant risks. While wireless communication offers benefits like portability, flexibility, and cost-effectiveness, it also introduces threats such as identity theft, data breaches, and financial loss due to its dynamic and infrastructure-less nature. This paper examines security flaws in wireless networks, device-specific vulnerabilities, and challenges in data sharing. It discusses the consequences of security gaps and highlights mitigation strategies, including encryption, secure authentication, and robust communication methods. Given the rising importance of cybersecurity, regular updates, adherence to security standards, and proactive risk management are emphasized.

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Wireless Mobile Data Exchange, Security Vulnerabilities, Mitigation Strategies, Secure Communication Protocols, Encryption, Authentication Mechanisms.

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