Human being has some basic needs which include Food, Clothing & Shelter, in addition to above Healthcare, Education, Sanitation are also core part of basic necessities in modern society. In above mention basic necessities Healthcare facility was near to unavailable till independence for majority of citizens in country but this picture change dramatically with help of FDI allowed by Govt. of India. Foreign Direct Investment as a strategic element of funding is required in every develop & developing country. FDI inflows are long term in nature which causes source of non-debt finance, as well as bring modern & innovative technology in country by creating international network. In this paper, author attempted to discover how FDI is crucially impact on Indian Pharmaceutical Sectors progress by stimulating domestic investment & new employment opportunities, improving healthcare facilities to citizens in India. With the help of available relevant secondary data, a qualitative approach was followed for the study. It was found in study that the major factors responsible for attracting FDI in pharmaceutical sector are rise in outsourcing activities, demand in the generics market, demand from emerging segments, increase in domestic demand, large numbers of forthcoming patent expires. On the other hand Indian pharmaceutical industry is facing some challenges such as, low government expenditure on healthcare, poor healthcare infrastructure in rural areas, lack of proper Govt. policy to attract larger FDI in healthcare sector.

Anshuman vijay magar

The current study was conducted to explore the antiemetic activity of ten aromatic medicinal plants viz., Carissa carandus L. (fruits), Chichorium intybus L (flowers), Cinnamum tamala L (leaves), Curcuma caesia Roxb (rhizomes), Lallemantia royleana Benth (leaves), Matricaria chamomila L (flowers), Piper longum L (fruits), Piper methysticum G. Forst (fruits), Piper nigrum Linn. (fruits) and Syzygium aromaticum (Linn.) Merr. & Perry (flowering buds) was studied using a chick emetic model. The ethanol extracts of these plants were administered at 150 mg/kg body weight orally. Domperidone was given at 100 mg/kg as a reference drug. All the extracts decrease in retches induced by copper sulphate pentahydrate given orally at 50 mg/kg body weight and showed comparable antiemetic activity with domperidone. Compound targeted antiemetic activity is further suggested. Aromatic plants have tendency to relief from nausea. Alpinea offinarum,Zingiber officinale, Mentha piperita, Menthaspicata and Lavandula angustifola,are aromatic plants reported to possess antiemetic activity. So, presentinvestigation was done to evaluate more aromatic plantsregarding their antiemetic activity. Results of the antiemeticactivity of the ethanol extracts of Carissa carandus,Chichorium intybus, Cinnamum tamala, Curcuma caesia,Lallemantia royleana, Matricaria chamomila, Piper longum, Piper methysticum, Piper nigrum and Syzygium aromaticum are shown in the Table. All the extracts showed antiemeticactivity comparable with domperidone. The % inhibition was recorded as Carissa carandus (68.29), Chichorium intybus (73.86), Curcuma caesia (89.97), Cinnamum tamala (70.64), Lallemantia royleana (83.61), Matricaria chamomila (59.92), Piper longum (81.65), Piper methysticum (80.03), Piper nigrum (89.48) and Syzygium aromaticum (87.81). The highest % inhibition was shown by Curcuma caesia (89.97) and the lowest by Matricaria chamomila (59.92), whereas domperidone showed 80.18 % inhibition of emesis.

Dr. salman ahmed

Background:The systematic management of microbial bioburden in Class C healthcare cleanrooms is a critical factor in patient safety. Standard environmental monitoring often overlooks the complex spatial and statistical relationships of contamination. This study applies a rigorous statistical framework to a comprehensive environmental monitoring dataset to accurately map contamination risk.Methods:A cross-sectional analysis was performed on 318 microbial surface samples from 28 distinct operational locations in a Class C facility. Colony Forming Unit (CFU) data were analyzed using non-parametric statisticsdue to non-normal distribution, confirmed by Shapiro-Wilk tests on all locations with sufficient sample size (n=12). The Kruskal-Wallis test with Dunn's post-hoc analysis was used for group comparisons. Spearman's correlation was used to assess inter-location relationships.Results:Significant spatial heterogeneity in microbial contamination was confirmed (p<0.0001). Dunn's test identified CP C 11 W as the location with the highest contamination burden (mean CFU=12.17). The most statistically robust contrasts were observed when comparing high-burden sites against the cleanest location, CP C 32 WNme(mean CFU=0.67), which serves as a control benchmark. Multiple high-burden locations, including CP C 11 W and CP C 30 NCu, were found to be significantly more contaminated than this benchmark. No Spearman correlations survived the strict Bonferroni correction; however, the relationship between CP C 11 W and CP C 45 Wif (r=0.882, p<0.05) approached the significance threshold, suggesting a potential pathway requiring further investigation.Conclusions:Microbial contamination within the facility is spatially patterned, not random. The analysis provides a definitive hierarchy of risk, highlighting CP C 11 W as the primary target for enhanced sanitation. While correlational pathways could not be statistically confirmed, near-significant results provide a clear direction for future, more targeted sampling to validate operational links between zones.

Mostafa eissa

Libraries play a vital role in providing access to information and fostering lifelong learning in communities. With the rapid advancement of Information Communication Technology (ICT), libraries are embracing digital tools and services to enhance their offerings and extend their reach. In today's interconnected world, the utilization of Information Communication Technology (ICT) resources and services has become imperative for various sectors. This study examines the utilization of ICT-based resources and services by libraries, focusing on key technologies such as digital libraries, online databases, electronic resources, and library management systems. It explores how these technologies enable libraries to expand their collections, improve accessibility, and deliver personalized services to users. The present study is an attempt to examine uses of information communication technology based library resources and services at university of Tamil Nadu. In this paper, the majority of the users' use of ICT based resources and services are study purpose. The majority of the respondents that satisfaction of ICT based resources and services have developed academic skills.

V.murugapandi

The incorporation of lomustine, a hydrophobic anticancer drug into PLGA nanoparticles by interfacial deposition method was optimized. Based on the optimal parameters, it was found that lomustine-PLGA nanoparticles with acceptable properties could be obtained. Optimization of formulation variables to control the size and drug entrapment efficiency of the prepared nanoparticles seems to be based on the same scientific principles as drug-loaded nanoparticles prepared by nanoprecipitation, solvent evaporation method. The process was the most important factor to control the particle size, while both the drug-polymer interaction and the partition of drug in organic and aqueous phases were the crucial factors to govern the drug entrapment efficiency. PLGA concentration at lower level (100 mg), 1:5 organic phase: aqueous ratio, 1%w/v PVA concentration, 3%w/v pluronic F68 achieved smaller particle size. Additionally, L:G ratio of PLGA 75:25, lower volume of organic solvent (1:10 organic phase: aqueous phase), higher initial drug content (10 mg) enhanced the drug entrapment efficiency and maintained lomustine concentration in blood for an extended time period, elevated lomustine concentration in lungs and slowed the elimination of lomustine. The biodistribution profiles of prepared nanoparticles in albino mice showed higher plasma drug concentration for longer period of time, elevated drug concentration in lungs and slow elimination from kidney. No toxic effects of prepared nanoparticles were observed in histopathological examination of lungs and kidney. The systematic investigation reported here promises the development of PLGA nanoparticles loaded with lomustine when tested in Lung Cancer cell line L132 and toxicological/ histopathological studies in albino mice.

Archana mehrotra

The need for renewable energy sources in addressing global energy demands is growing, especially in Nigeria where electricity demand often exceeds supply. Solar photovoltaic (PV) systems have become a viable solution, with federal universities in Nigeria, as major electricity consumers, recognizing their potential. However, determining the right size of PV systems for individual faculties within these universities is a complex task. This study attempted to simplify this process by introducing an innovative approach to size PV systems in these faculties. The research method used the Extended Kalman Artificial Neural Network (EKF-ANN) and the Crow Search Algorithm (CSA) to enhance the accuracy of PV system sizing. Data was collected on the study site, load demand, weather conditions, system components, and operational control and systems models to establish sizing criteria. The study focused on the optimal size of a solar PV system at the Faculty of Law building, University of Port-Harcourt, and how to improve its accuracy. The results showed that using global solar insolation parameters, EKF-ANN predicted values for global temperature, flock size, and maximal iteration. This optimized system could generate surplus power for effective grid supply. The study found that the optimal size of the series-connected panels for the Faculty of Law building was 96, 83, 73, and 65 units, with corresponding insolation values ranging from 3.737 to 4.368 kW/m2. It was concluded that the combination of CSA and EKF-ANN in solar PV sizing is suitable for achieving optimal outcomes for energy storage and grid supply. Nonetheless, the study recommended additional investigation into real-time and grid-connected solutions to enhance the proposed approach's effectiveness.

Fxintegrity publishing

WSN is a low-power system and are often used in numerous monitoring uses, such as healthcare, environmental, and systemic health surveillance, in addition to military surveillance. It is important to reduce network resource usage since many of these applications need to be installed in locations that are virtually inaccessible to humans. Many protocols for WSN to extend the presence of the network have been established to solve this problem. In the energy efficiency of WSN networks, routing protocols play an important role since they help minimize power usage and response time and provide sensor networks with high data density and service quality. This study also employed a Hopfield neural network and the findings from this study are presented next to each other to enable comparison. This paper also discusses how to easily and accurately capture and handle WSN collisions. Future experiments that require the usage of neural networks and so many fuzzy structures will be able to prevent a crash in these respects.

Mohd haroon

Cet article porte sur l’ouvrage Le ventre, le pain ou la cendre de Tchicaya U Tam’si. À partir des approches linguistique, stylistique et sémiotique, nous avons tenté de montrer, dans notre analyse, en quoi l’écriture de ce recueil construit des stratégies discursives propres à retenir l’attention du récepteur. À cet effet, nous avons relevé deux principales figures de rhétoriques à savoir, l’emphase et l’hyperbole. Ces deux procédés de style produisent d’une part un effet d’insistance du procès poétique ; et de l’autre, un effet d’amplification du langage poétique.

Assanvo

In today’s ever-changing world with new advancements, Customer Experience or CX plays a critical role in a value proposition, thereby affecting customer loyalty, top-line metrics and business growth. Artificial Intelligence (AI) is becoming very important because AI provides adequate, rapid, and smooth Mass-Customized interactions. Self-checkout to virtual assistants, current innovation reveals how tools supported by Artificial Intelligence increase customer-centric experience, helping to decipher and estimate the customer’s wants and needs in real-time. Thus, this paper focuses on the revolutionary impact of AI in recasting customer experience management initiatives, which includes understanding AI applications in customer marketing, customer service, customer emotion analysis, and prediction of the probable behavior of customers. By means of AI, organizations can design and deliver unique experiences for their customers, fine-tune contacts, and improve satisfaction, loyalty, and customer retention. This article thus presents a critical discussion of prior and current literature on AI and customer experience and the research methodology adopted for assessing AI quality in improving CX innovations. It expounds on results from recent case studies on the value of integrating AI. It is not a matter of whether customer experience will be powered by AI, but when and by how much, as customer data drives decisions, interactions with customers, and learning in near-real time. Therefore, as AI technologies advance, companies adopting AI in customer experience approaches will close distance or gain ground on their competitors since they will efficiently offer superior, preemptive and personalized experiences.

Mohan krishna mannava

The adulteration and substitution of crude drugs is a burning problem. No doubt, substitution is helpful in places where the unavailability of particular oil drugs and or unwanted adverse effects of the desired crude drugs are there and have a choice of another drug with similar pharmacological effects and less unwanted aftereffects. However, in most cases, it is unacceptable because the conversion of authentic drugs into substandard medications may cause a variety of adverse effects, from mild and moderate to severe life-threatening reactions. So, understanding all the ways of adulteration and substitution is necessary to rectify this illegal act and maximize consumers' safety. At the end of this review, the Botanical Adulterant Program of the American Botanical Council is also highlighted.

Dr. salman ahmed

India is in the midst of a severe second wave of Covid-19. As per the Global Commission for Post-Pandemic Policy by mid-April of 2021, India had manufactured nearly 17 percent of all Covid-19 vaccine doses globally. It was the world’s fourth-largest producer, after China (about 36 percent), the United States (about 22 percent) and the European Union (more than 17 percent). Even so, following a shortage of vaccines and with insufficient local production, Government of India decided to import more foreign vaccines with quicker approval process for vaccines accepted in US/EU markets. India is currently using made-in-India vaccines, namely, Covishield manufactured by Serum Institute India and Covaxin of Bharat Biotech in its COVID-19 immunisation programme. The shortcoming in the production of vaccines and its dissemination within the country urges one to understand who the local producers are and how the market is playing out. This paper looks at the evolving market structure of vaccine production in India in the textbook framework of an oligopoly market. We use secondary data sources and daily newspaper briefs.

Nandini

Bank sector crisis across the globe is largely blamed on the joint effort of bank liquidity and bank credit risks. And so, the twin concepts of liquidity and credit risks have come under keen academic scrutiny, especially in investment finance. Contributing to the extant literature on these developments, secondary data were obtained from the websites of nine banks in Ghana, spanning 2008 to 2018, to determine how liquidity and credit risks separately and interactively impact bank stability in Ghana. Analysis of data was done using a panel regression through the fixed effects model after running the Hausman Test. The study confirms an inverse liquidity risk-bank stability relationship, emphasising the need to channel idle funds into interest-earning securities to consolidate bank profits. Although a further revelation suggests an insignificant negative relationship between credit risk and bank stability, it re-echoes the need to implement policy recommendations made by the Banks and Specialised Deposit-Taking Institutions’ ACT 2016 (ACT 930), section 62 of Ghana, on the threshold to lend funds to clients. The bank-size-stability relationship was positive. Increasing bank size through establishing more branches nationwide is encouraged but to a precautionary level since banks tend to suffer diseconomies of large scale operations due to unregulated expansion. There is the need to observe the Basel III provisions on maintenance of a 30-day optimum liquidity threshold of up to 100% and above. Besides, banks should tighten up their credit requirements and also ensure loan repayments history is monitored to benefit clients who are in good standing.

Juabin matey

The aim of the paper is to evaluate the association of organic farming to strengthen the sustainability of organic agriculture. Organic agriculture shows abundant benefits, as it reduces many of the environmental impacts of conventional agriculture, it can increase efficiency in small farmers’ fields, and it reduces reliance on costly external inputs, and guarantees price premiums for organic products. Organic farmers also profit from farmer cooperative and the formation of social networks, which enhances good access to instruction, credit and welfare services. This paper brings out how the function of organic farming contributes for the sustainable practices and improving environment conservation, animal welfare, and product quality.

Svedbergopen

The wind tunnel experimental study has been carried out on a double delta wing of different geometrical configurations such as 80°/45°, 75°/45° and 70°/45° sweep angles given as Model I, Model II and Model III with various freestream velocities from 10 to 40 m/s with a step of 10 m/s in Hindustan Institute of Technology and Science, Chennai, Low Speed Wind tunnel (HITSLSWT). The experiment is conducted for the measurement of lift and drag forces using single component force balance. The investigation was done to look into the effects of changing the double delta wing's leading edge sweep angles. Three differentmodels have been tested at various angles of attack ranging from0° to +16° and 0° to −16° with 4° and four different freestream velocities based on the delta wing’s chord. It is observed that the influence of variation of leading edge sweep angles affects the performance of aerodynamic characteristics of themodel. The increase in angle in attack with increased velocity gives better aerodynamic performance. This paper provides good insight into the aerodynamic force measurement of double delta wing and the low-speed performance of the models.

Boopathy govindarajan

Compliance with pharmacological therapy is the primary key to treating diabetes, but it has not received full attention from clinicians. Several systematic reviews of compliance factors have been conducted in several regions of the country. However, it does not feature studies from Indonesia. This study aims to systematically review the factors that can influence adherence to diabetes mellitus (DM) medication in Indonesia. A systematic literature review was conducted by searching the National (Garuda and Sinta) and International (PubMed and Science Direct) journal databases. Research that met the inclusion criteria was published from January 2011 to December 2020. The quality of the study was assessed using the SQAT guidelines. The research reporting method uses the PRISMA guidelines. Compliance factors are classified based on the domain of compliance factors, according to the World Health Organization (WHO). A total of 370 scientific research articles from the Garuda database (n=36); Science Direct (n = 108); PubMed (n = 18); Sinta (n= 208). Three hundred forty-one research articles were excluded, 29 full-text screening articles, and 16 research articles met the inclusion criteria for analysis. Factors that influence adherence to taking diabetes medication are social and economic (income, education level, and occupation), factors of personnel and health systems (health workers), factors of patient therapy (amount of diabetes medication, frequency of taking medication, and drug products), factors patient's disease (blood sugar levels, disease duration), patient factors (gender, emotional factors, social support, level of knowledge, and treatment satisfaction), and disease management factors (pharmacy counseling and education). Factors that influence adherence to taking DM medication in Indonesia are very diverse and are multi-factor. These factors can serve as relevant intervention targets. Clinicians must consider adjusting the frequency of taking medication and providing social support to DM patients.

Much ilham novalisa aji wibowo

Breast cancer is the most prevalent invasive form of cancer in females and poses a significant challenge to overcoming the disease burden. The growth in global cancer deaths mandates the discovery of new efficacious natural anti-tumor treatments. In this regard, aquatic species offer a rich supply of possible drugs. Studies have shown that several marine peptides damage cancer cells by a broad range of pathways, including apoptosis, microtubule balance disturbances, and suppression of angiogenesis. Many side effects, including immune response suppression, characterise traditional chemotherapeutic agents. The discovery of novel putative anti-cancer peptides with lesser toxicity is therefore necessary and timely, especially those able to thwart multi-drug resistance (MDR). This review addresses marine anti-cancer peptides for the treatment of breast cancer.

Dr. salman ahmed

Background: Shilajit is a historically valued natural substance with promising but still preliminary scientific support for urinary and diabetic health, yet its growing popularity risks exploitation and exaggerated claims without rigorous human clinical validation. This study investigates the therapeutic effects of Yemeni Shilajit sourced from Dhamar, Ma’rib, and Raymah on hemolytic anemia experimentally induced in rabbits using phenylhydrazine. Methods: Twelve male rabbits were divided into four groups: a control group and three treatment groups, each receiving Shilajit from one of the three regions. Anemia was induced via subcutaneous injection of phenylhydrazine hydrochloride, and treatment was administered orally at a dose of 125 to 250 mg/kg twice daily. Hematological parameters—including packed cell volume (PCV), hemoglobin concentration (Hb), red blood cell (RBC) count, and glucose-6- phosphate dehydrogenase (G-6-PD) activity—were evaluated at various intervals. Results: showed that Shilajit from Dhamar and Raymah significantly increased PCV, Hb, RBC count, and G-6-PD enzyme activity (p < 0.05), suggesting notable anti-anemic effects and potential for restoring hematological parameters to near-normal levels. In contrast, Ma’rib Shilajit exhibited limited efficacy, with significant improvement only in hemoglobin levels. Phytochemical analysis confirmed the presence of essential amino acids and bioactive compounds, such as fulvic acid and dibenzo-α-pyrones, which likely contribute to Shilajit’s therapeutic action. Conclusions: The study concludes that purified Shilajit from Dhamar and Raymah holds promise as a natural remedy for hemolytic anemia, supporting its traditional use and warranting further investigation for pharmacological applications.

Karishma

Abstract: Objective: To evaluate the Antiparkinson activity of Allium sativum in Haloperidol induced Parkinson‟s disease in mice. Method: Parkinson‟s disease was induced by administering haloperidol (2.0 mg/kg i.p.) Daily for a week. The mice were divided into 5 group (n=6). Group II received haloperidol (2mg/kg body weight).Group III received combination of levodopa and carbidopa (100mg+ 10mg/kg by i.p along with haloperidol) and Group IV and V received Allium sativum extract (200 and 400mg/kg by p.o), respectively for 7 days along with haloperidol. To evaluate the antiparkinson effect of Allium sativum, catalepsy bar test, rotarod test, hang test and horizontal bar test were used. One way ANOVA was used to test statistical significance followed by Bonferroni multiple comparison tests .Results: Allium sativum extract (200 and 400mg/kg by p.o) was found to decrease the duration of catalepsy significantly (P<0.001) in catalepsy bar test as compared to haloperidol group, and significantly increases (P<0.001) fall off time in, rotarod test, hang test and horizontal bar test respectively as compared to haloperidol group. Conclusion: The result of the present study conclusively shows the Antiparkinson‟s activity of Allium sativum in haloperidol induced Parkinson‟s disease in mice.

Zeenath banu

Background: Idiopathic Parkinson's disease (PD) is a central nervous system degenerative disorder with an unknown etiology. PD is the second leading cause of neurological impairments. Exercise therapy treatment is commonly used for PD to improve health and decrease the functional limitations. Exercise therapy includes Strengthening, aerobic, agility etc.. Objective: To investigate the evidence on efcacy and limits of strength training in rehabilitation of Parkinson's disease Method: A comprehensive search on pubmed, clinical keys database using keywords Parkinson's disease, physical therapy, strength training ,resistance training. The studies including Randomized controlled trails and systematic reviews published since 2005 are reviewed. Results: 36 studies identied through database searching. 25 studies are excluded due to duplicates, irrelevance, based on titles, outcome diversity. 5 systemic reviews and Meta analysis, 6 RCT are included. Review and analysis of articles is going on Conclusion : The result of this review suggests that strength training program can be effective in people with mild and moderate parkinson's disease. It can improve functional independency with increased muscle strength, gait parameters, posture and balance, all of these positive role on participation and quality of life.

Nagarjuna narayanasetti

Background: There is great promise for improving nutrition and health thanks to phytonutrients' antioxidant qualities and health advantages. Their capacity to combat oxidative stress and associated illnesses emphasizes the importance of precisely evaluating their antioxidant characteristics. Objective: This study concludes by providing a comprehensive and critical critique of the current approaches to measure the antioxidant activity of phytonutrients. It dives into the fundamentals, benefits, drawbacks, and most recent developments of commonly used antioxidant assays, giving the reader a comprehensive grasp of the topic. This recapitulation of the review's goal in the end reinforces the reader's primary takeaway. Methods: Research on several antioxidant tests, such as FRAP, ORAC, DPPH, and ABTS, is consolidated in this review. It looks at each assay's performance traits, technological advances, and techniques. The review also assesses the incorporation of many assays to thoroughly examine phytonutrient potency and its uses in the food industry and nutritional science. Results: The review shows how antioxidant tests have advanced significantly, improving sensitivity, accuracy, and physiological relevance. It demonstrates how these tests can be used practically to guarantee food quality, create supplements, and offer nutritional advice. The paper also lists the difficulties today, including the intricacy of antioxidant mechanisms, test variability, and the requirement for assay standardization. The practical value of the research is emphasized by highlighting the significance of antioxidant tests for quality assurance, adulteration detection, and shelf life extension in the food business. Discussion: Scientists, doctors, and business experts interested in evaluating and applying phytonutrients will find this review helpful. It emphasizes how crucial it is to improve antioxidant testing to ascertain the possible health advantages and therapeutic uses of phytonutrients. The review highlights the need for increased test sensitivity, accuracy, and relevance while discussing the benefits and drawbacks of the available techniques. It draws attention to the importance of strong and trustworthy antioxidant tests to maximize the use of phytonutrients in food quality control and pharmaceutical research. Prospects: Future directions seek to address the challenges discovered through the development of multidisciplinary research and testing technologies. Novel approaches will advance our knowledge of phytonutrient potency and aid in developing medicines and nutraceuticals. This study highlights the significance of trustworthy assays for understanding and utilizing phytonutrients, providing academics and professionals in the business with vital insights.

Dr. salman ahmed