India is a diverse land with a population of approximately 1.3 billion,1 placing India at the second position in the world in terms of population. Among these, Seventh-day Adventists' existence, as per the statistics of 2019, is 1.14 million.2 India is a richly diverse community, inclosing a diverse range of ethnic groups, each, not just different, but on occasion quite the opposite.
The purpose of this study is to explore the impacts of foreign cartoons programs on the social behavior and attitude of Pakistani Children. It is forecasting different cartoon programs 24/7; hence, children spend most of their leisure in front of the television. All these cartoon characters affect the social life and psyche of the children and induce positive and negative mannerism in their daily lifestyles. It has found that one of the most disturbing factor is that the ferocity in children today is increasing rapidly due to following their favorite violent cartoon characters which are even different from their culture and societal norms. The issue is violence is what they see in every cartoon program in one or the other way. Their Guardians are unaware that these cartoons they let their children watch are destroying their parenting as negative forces are attacking the innocent minds of this generation. The study gives the insight of why and what is happening with non-parametric statistics studied and used for thorough analysis. The behavioral outcome of the kids like, imitating their preferred animation character, utilizing various dialects, watching the TV as opposed to deciding on outdoor games and being difficult about getting precisely the same outfits and embellishments as their adored character. This contextual analysis features the disturbing circumstance that guardians are uninformed of. There is something other than mimicking the particular character. The only traits of watching these foreign cartoon characters is that it might damage their own customs and they wildly become to believe these characters as their role models.
OBJECTIVE Study was designed to assess sexual experience, thoughts, and problems of women who have been treated with pelvic radiotherapy for cervical cancer. METHODS Seventeen sexually active patients who received minimum 3-month course of pelvic radiotherapy between March 20, 2014 and June 20, 2014 gave consent to participate in the study. Sexual life before cancer diagnosis and effects of treatment on sexual life were assessed with semi-configured score scale created by research group. RESULTS Main diagnostic finding was post-coital and post-menopausal bleeding, and vaginal stricture, vaginal dryness, and decreased sexual desire in partner or patient were primary sexual problems reported. CONCLUSION Health professionals should be aware of these effects and should encourage patients to express their problems and provide effective, individual counsel to each patient.
The potential of endemic medicinal plants in Yemen for sustainable pharmaceutical applications is home to a diverse and unique flora, with a significant proportion of endemic and near-endemic species that are traditionally used in folk medicine. This study documents 16 medicinal plant species from Abyan Governorate, Southeastern Yemen, and analyzes their traditional therapeutic uses and the extent to which they have been phytochemically investigated. The majority of these species are used to treat skin diseases, wounds, and burns. However, the findings indicate that 56.3% of these plants have not yet been studied for their active compounds. The Asclepiadaceae family was the most represented among the studied taxa, yet remains largely chemically unexplored. The study emphasizes the importance of preserving ethnobotanical knowledge and recommends future phytochemical screening and pharmacological validation of under-researched species for sustainable use in pharmaceutical development.
Mediterranean journal of pharmacy and pharmaceutical sciences
Celiac disease (CeD) is a complex disorder characterized by gastrointestinal (GI) symptoms as well as extraintestinal manifestations, sometimes difficult to diagnose. Commonly referred to as a childhood disease, adult CeD is a well-known entity that should be included in the differential diagnosis of chronic diarrhea or malabsorption syndrome. The pathogenesis involves a genetically mediated autoimmune pathway. In individuals with genetic susceptibility, the mucosa of the small intestine is damaged in response to foods containing gluten. The clinical presentation is variable and ranges from typical GI symptoms to extra-intestinal and systemic manifestations. Clinical improvement and restoration of the intestinal mucosa occur simply by eliminating gluten from the diet. We reported a case of CeD in a young man after 6 years of iron deficiency anemia (IDA), without asserting a clear etiology during this time. In our country, the search for CeD in patients with IDA is usually forgotten and we hereby put it in the spotlight.
Newborn or neonate denotes to an infant in the first few days after birth. They are not small children when it comes to medicinal use and formulation development. Neonates include term, post-term and preterm babies. The neonatal period for preterm newborn infants is defined as the day of birth through to the expected date of delivery plus 27 days. The majority of drugs used in sick newborns receiving intensive care are unlicensed and off-label, exposing infants to a greater risk of adverse drug reactions (ADRs). This study is extremely important due to the presence of a variety of drug information sources if used together lead to medication errors. From this point of view, this approach is suggested to eliminate or minimize these varieties. Where the most important challenges in neonatal intensive care unit (NICU) is proper and correct calculations and administration. Drug-related events in a hospital setting are the highest cause of recorded errors such as in the USA and UK
Mediterranean journal of pharmacy and pharmaceutical sciences
The Internal Medicine Residency Program at Hamad Medical Corporation (HMC) is accredited by the Accreditation Council for Graduate Medical Education–International (ACGME-I). Upon completion, residents are awarded both the Arab Board and Qatari Board certifications. This four-year program involves rotations across general internal medicine and its subspecialties in both inpatient and outpatient settings. This article aims to analyze the teaching theories and methods observed during internal medicine residency training. An essential benefit of learning theories is the ability to articulate educational plans and objectives more precisely. Furthermore, integrating theory into practice strengthens improvement programs and facilitates their evaluation. [1] The following sections describe and analyze the educational process as experienced throughout the residency program from resident perspective.
With the expansion of human societies, extending up to almost every corner of the earth, transforming it to be as per their condition, humankind has proved their extraordinary dominance on the earth. The dominating attitude of humans has not resulted pleasantly every time. Poverty is one such curse that has shamed the progressing world community. Christianity has dedicated a large portion of its ministerial approach towards the underprivileged. This paper presents a missiological approach to uplift the slum dwellers in the city of Pune with education and health reforms. A similar project was experimented in 2014 among homeless people. The project did well and the results were significantly progressive and potential. It is assumed that this paper will bring an insightful approach that benefits the slums in Pune and enhance the “serving the humanity” aspect of the Christian mission.
This paper examines the utilisation pattern of e-resources by faculty of the Kempegowda Institute of Medical Sciences (KIMS) Bangalore. The purpose of the study is to understand the utilisation pattern of E-resources and frequency of access to the internet by the faculty members of KIMS. The faculty members of health science universities and/or medical colleges are engaged in teaching, research, and their information needs and expectations are diverse and varied. Realising the importance and usefulness of the E-resources, most of the colleges in India and elsewhere generously invested in procuring and create access to eresources to support information needs, teaching, learning, and research studies. The paper highlights the usage of different types of e-resources in health sciences, and also the application of web browsers and search engines in this context by the faculty members of KIMS. The levels of satisfaction among faculty members of KIMS towards the E-resources and barriers in using E-resources have been identified in this study.
Abstract: Recent studies on hydrogels have shown them as promising biomaterials for numerous applications involving tissue engineering, drug-screening, drug-delivery, and 3-D bioprinting because they show unique physicochemical properties. The ability of these structures to hold large amounts of water is because of their hydrophilic nature that provides a soft and hydrated environment like natural tissues. This makes them ideal for mimicking the extracellular matrix and supporting cell growth and proliferation. In tissue engineering, hydrogels might be used to create scaffolds that promote cell growth and facilitate tissue regeneration. Hydrogels can also be engineered in such a way that they intimate the mechanical and biochemical in vivo characteristics making them a versatile tool for applications in tissue engineering. Hydrogels are being used in drug screening, as they can be functionalized with different biochemicals in order to match the microenvironment of specific tissues. This allows researchers to study how drugs interact with cells and tissues in-vitro conditions, which can lead to more efficient strategies for drug development. For applications in drug delivery hydrogels are designed to release drugs in a sustainable and controlled way, improving the drug efficacy and reducing the toxicity of drugs. Designing can also be done in a way that they can target specific tissues and cells making them a promising tool for personalized medicine. Hydrogels are being used in 3-D bioprinting, where they serve as bio-inks that can be fabricated into complex structures with high precision. In comparison to conventional technologies, this is a promising technique that allows the construction of complex three-dimensional structures in a sequential manner by a computeraided system. One major challenge in bioprinting is finding such material that is suitable for printing and also satisfies the mechanical strength requisite for tissue engineering applications. That is where hydrogels serve as the most appropriate model and have encouraging or favorable operation potential as cell-affable materials. This technique has revolutionized tissue engineering by allowing researchers to create functional tissues and organoids and spheroids. Overall, hydrogel-based tissue engineering, drug screening, drug delivery, and 3D bioprinting are exciting areas of research with great potential to significantly impact different areas of medicine and biology.
The main purpose of the paper is to determine the correlation of consumers' demographic factors on the impulse buying behavior with respect to a number of single impulsivity indicators and one collective indicator. The paper consists of theoretical and research aspects. The first part encompasses theoretical insights into the secondary research regarding impulse buying while the practical part presents the methodology and primary research results. With respect to the subject matter, research goals as well as previous findings and primary research results, corresponding hypotheses were set and mainly confirmed. Inter variable correlation and regression analysis has been performed to test the hypothesis. The results showed that demographic factors, such as the disposable income and age, are related to most impulse buying indicators and to the impulsivity collective indicator. However, educational qualification and gender produced marginal association with impulsive buying behavior. The paper also summarizes research limitations as well as the work contribution and future research guidelines.
The experiments were conducted at CCS HAU, Hisar (Haryana) to study the morpho physico-chemical components of resistance to pod borer, Helicoverpa armigera in pigeonpea with different sowing dates. In different four sowing dates, the minimum pod infestation (1.70%) was recorded in (D4) 3rd week of July sown crop, whereas, it was observed maximum (4.54%) in (D2) 1st week of July sown crop. In different pigeonpea varieties, the minimum mean pod infestation (2.45%) was recorded in AL-201, whereas, the maximum mean pod infestation (3.72%) was recorded in Pusa-992. The glandular (type A) and non-glandular (type B) trichomes on pods of top and middle canopy of the plant and pod wall thickness were associated with resistance to H. armigera, whereas, the non-glandular lengthy (type C) trichomes and pod length were associated with susceptibility to this insect. The expression of resistance to H. armigera was also associated with the high amount of fat, phenol and tannin content. Crude protein and total soluble sugar content were responsible for higher pod infestation.
For the following report, the company identified is Maxcart. Maxcart is a new retail company operating in the retail industry in the United States (US). The company will have its chain of supermarket stores in different cities in the US. The company plans to deal in electronic goods, groceries, clothing, toys, non-prescription medicines, furniture, etc. The following report will provide an overview of the HRM system of Maxcart and the various HR policies and programs that will be effective at Maxcart.
Pada awal terjadinya pandemi COVID 19, telah terjadi banyak hal yang mengakibatkan perubahan di tengah masyarakat. Salah satunya adalah di kegiatan belajar mengajar. Berangkat dari hal tersebut maka pada pertengahan Agustus 2020 dimulailah satu kegiatan untuk membantu para guru yang ada di daerah untuk bisa beradaptasi dengan perubahan terkait kegiatan belajar mengajar pada masa pandemi. Kegiatan ini dilaksanakan dalam beberapa bulan dengan dua kegiatan utama dilaksanakan secara daring dan kegiatan pendampingan juga secara daring. Pada April 2021 didapatkanlah hasil dari kegiatan ini yang sebagian besar menilai kegiatan positif dan membantu dalam aplikasi kegiatan belajar mengajar. Hanya saja yang disayangkan kegiatan ini tidak menjangkau banyak peserta.
To report a case of neurogenic stress cardiomyopathy post-trauma, managed using Non-Invasive Cardiac Output Monitor (NICOM)-guided conservative therapy. A middle-aged patient with traumatic subdural and subarachnoid hemorrhages developed hemodynamic instability. ECG showed QT prolongation; echocardiography revealed apical ballooning. We used NICOM which indicated low cardiac output (3.5 L/min). Fluids and inotropes were adjusted based on NICOM trends. The patient showed gradual hemodynamic and cardiac recovery. NICOM guided safe de-escalation of inotropes. Echocardiography normalized, and the patient was discharged. NICOM can be used for precise, non-invasive hemodynamic monitoring, aiding recovery in stress cardiomyopathy. Keywords: Traumatic brain injury, Takotsubo cardiomyopathy, Stress cardiomyopathy, Non-invasive cardiac output monitoring, Hemodynamic instability, Apical ballooning, Neurocritical care.
Background: Ending open defecation has been identified as a top priority for reducing global inequalities in water and sanitation (WASH). It is explicitly referenced in sustainable development goals (SDGs) target 6.2 and closely associated with more comprehensive efforts to end extreme poverty by 2030. Since 2000, the global rate of open defecation has decreased from 21% to 9% (0.7 percentage points per year). However, the 673 million people still practicing open defecation in 2017 were increasingly concentrated in a small number of countries, and these will need to be the primary focus of efforts to end open defecation by 2030. Objectives: To study the socio-economic background of Adivasis, to study the status of sanitation in rural areas, to examine whether economic conditions affect open defecation, to examine whether better sanitation facilities improve health conditions and to examine whether improved sanitation facilities impact the quality of life and thereby dignity of tribal women. Methods: Essentially it is an empirical study and a multi-stage random sample design was adopted. Data were collected from 120 sample households from two villages, i.e., Bandarigudem and Nadikudi of Khammam districts in Telangana State through a structured questionnaire. Statistical tools like frequency distribution, percentages, cross-tabulation with Chi-Square test, and a case study method were used. Results & Discussion: This paper found that 35% of Adivasis have health problems, and 73% said that they are getting treatment with RMP. 87% have toilet facility and more than 12% still defecate openly. 18.3% said that they faced different problems at open defecation, and 50% of women not using sanitary napkins. Nearly 90% of respondents wash their hands after toilets and coming from outside of the home. Ten per cent of respondents said that they do not have an awareness of sanitation. Therefore, the study confirmed that the sanitation facilities considerably made the women's dignity and quality of life better in the study area. Moreover, four case studies also focused on open defecation problems in the study area.
Recently, novel materials like gas-sensing metal oxides, mixed metal oxides, and modified mixed metal oxides have attracted great attention owing to their key roles in monitoring environmental pollution, security in hospitals, homes, and public places, and hazardous emissions from industries and automobile exhaust. Initially, the mechanochemical (MCh) method was employed for the synthesis of the CuMnO3 catalyst and then the modification of CuMnO3 through the hydrothermal route. These synthesized catalysts were characterized by Ultraviolet Violet-Diffused Reflectance (UV-DRS) spectroscopy, Fourier Transform Infrared Spectroscopy (FTIR), and Scanning Electron Microscopy (SEM). The average particle size obtained for 3 % Fe/CuMnO3 was found to be 14–28 nm. The present work proclaimed that among all the synthesized 1,3,5 % Fe/CuMnO3 materials, the 3 % Fe modified CuMnO3 material shows significant gas sensing properties towards highly toxic H2S gas released from sewage plants, oil, and natural gas industries, among NH3, CO2, H2S, H2, CO2 and Cl2 with moderate temperature requirements and excellent selectivity.
The presented mathematical model is used to form machine cells, optimize costs of exceptional elements and design the shop floor layout for various demands of components. The complete similarity measure algorithm forms machine cells and part families in a refined form. Later, exceptional elements are eliminated in linear programming optimization model by using machine duplication and part subcontract. Then the shop floor layout is designed to have optimized material movements between cells and within a cell. The performance evaluation of cell formation algorithm is done on case studies of various batch sizes to give the process capability compared with other similar methods. The result from a linear programming optimization model is cost savings, machines duplicated, parts subcontracted, inter intra cellular movements. Finally, the output of inbound facility design is the floor layout which has machine cell clusters with optimized floor area.
To satisfy user expectations and resource needs, academic libraries are realizing more and more how important it is to integrate innovative technologies. Effective use of technology is essential to educational libraries' success. A thorough analysis finds new trends that university libraries are using to satisfy present demands. In the twenty-first century, libraries are becoming dynamic establishments that meet the changing demands of society. These consist of data literacy, digitization, and the incorporation of augmented and virtual reality technologies. Additionally, libraries are becoming community hubs for educational programs like seminars and lectures. Libraries are helping people navigate the immense ocean of information, and data literacy along with knowledge skills is essential. Services driven by AI are improving client experiences and expediting procedures. With libraries implementing eco-friendly architectural designs & community engagement tactics, sustainability projects are becoming more and more well-known. Libraries are responding to these shifts by creating creative solutions, including collaborations, environmental initiatives, and AI integration, all while overcoming financial limitations. To remain relevant, they are adopting cutting-edge strategies like AI-powered services, collaborations, sustainability, virtual and alternative reality technologies, open data initiatives, maker spaces, & creative labs. Libraries are implementing cutting-edge solutions to address a variety of community needs and encourage lifelong learning, despite obstacles such as limited financing, evolving librarian roles, privacy and security concerns, and adjusting to changing societal standards.
Communication is not always direct; it often involves nuanced elements like humor, irony, and sarcasm. This study introduces a novel two-level approach for sarcasm detection, leveraging Convolutional Neural Networks (CNNs). Convolutional neural networks (CNNs) are crucial for many deep learning applications, yet their deployment on IoT devices is challenged by resource constraints and the need for low latency, particularly in on-device training. Traditional methods of deploying large CNN models on these devices often lead to suboptimal performance and increased energy consumption. To address this, our paper proposes an energy-efficient CNN design by optimising batch normalisation operations. Batch normalisation is vital for deep learning, aiding in faster convergence and stabilising gradient flow, but there has been limited research on creating energy-efficient and lightweight CNNs with optimised batch normalisation. This study proposes a 3R (reduce, reuse, recycle) optimisation technique for batch normalization. This technique introduces an energy-efficient CNN architecture. We investigate the use of batch normalization optimization to streamline memory usage and computational complexity, aiming to uphold or improve model performance on CPU-based systems. Additionally, we evaluate its effectiveness across diverse datasets, focusing on energy efficiency and adaptability in different settings. Furthermore, we analyze how batch normalization influences the performance and effectiveness of activation functions and pooling layers in neural network designs. Our results highlight batch normalization's ability to enhance computational efficiency, particularly on devices with limited resources.