Volume 11 | Issue 12 |

 Abstract

Chromatography is a term used to describe a collection of techniques for separating mixture's constituent parts. This approach is divided into two parts: fixed and moveable phases. The division of components is according to the variations in the two phases' partition coefficients. The words "chromatography" come from the Greek words "chroma" (coloring) and "graphein" (to note). Chromatography is a commonly utilized technique mostly utilized in reasonable techniques. Thin-layer chromatography (TLC), ion exchange chromatography, paper chromatography, gas chromatography, liquid chromatography and more and finally high-pressure liquid chromatography (HPLC) are the various types of chromatographic procedures. The HPLC technique-its principles, kinds, apparatus, and applications are the primary subjects of this review.

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 Keywords

H.P.L.C, TLC, LC, Stationary phase(fixed), mobile phase, and chromatography

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 Abstract

AI in healthcare's capacity to analyze tremendous sums of clinical documentation rapidly makes a difference therapeutic expert distinguish malady markers and patterns that would something else be neglected. The potential applications of AI and healthcare are wide and far-reaching, from filtering radiological pictures for early location to anticipating results from electronic wellbeing records. Nowadays, nearby IBM, other tech monsters like Apple, Microsoft and Amazon are progressively contributing in AI advances for the healthcare segment. Machine learning is one of the foremost common illustrations of manufactured insights and healthcare working together. It could be a wide procedure at the center of numerous approaches to AI and healthcare innovation and there are numerous forms of it.AI can moreover foresee and track the spread of irresistible illnesses by analyzing information from a government, healthcare, and other sources. As a result, AI can play a significant part in worldwide open wellbeing as a device for combatting plagues and pandemics. Manufactured insights rearrange the lives of patients, specialists and clinic chairmen by performing assignments that are regularly done by people, but in less time and at a division of the taken a toll. Each year, generally 400,000 hospitalized patients suffer preventable hurt, with 100,000 passing's. In light of that, the guarantee of progressing the demonstrative prepare is one of AI's most energizing healthcare applications. As of late AI methods have sent endless waves over healthcare, indeed fueling an dynamic discourse of whether AI specialists will inevitably supplant human doctors within the future. Fake insights (AI) is changing the healthcare industry by empowering quicker, more precise, and more personalized determination, treatment, and anticipation of maladies.

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 Keywords

Artificial intelligence, Digital health, Patient data, Healthcare, Clinical trial, Diagnosis.

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 Abstract

Classifying harmful comments application allows users to submit a text comment through a web form. The system processes the comment by vectorizing it using a pre-trained TF-IDF Vectorizer (tfv) and then applies the Random Forest model used to predict the toxicity of the comment. The toxicity is classified into one of three categories: "Not Toxic," "Moderately Toxic," or "Highly Toxic," based on a predefined classification map. To enhance user understanding, the application calculates and presents the confidence level associated with the prediction. This confidence level is determined by comparing the top two probability scores for the predicted classes.

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Creative Commons Attribution 4.0 and The Open Definition

 Keywords

Random Forest Model, Confidence level, TF-IDF Vectorizer, Toxicity prediction.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

What if one day u wake up and your application starts getting a lot of unexpected traffic? This is amazing, isn't it? But is your application ready for it? Can it handle so much traffic? In this project we propose a Elastic load balancer. ELB (Elastic Load Balancer) is a service provided by AWS (Amazon Web Services) which is used to balance the incoming load (traffic) on multiple EC2 instances which can be in multiple availability zones. Load balancing distributes the network traffic in such a manner that increases speed and the performance of web applications. Modern ELB uses "Round robin algorithm". The real time applications of ELB are high traffic websites, E- commerce applications, Media streaming, Gaming applications, Mobile applications. ELB improves scalability, availability and fault tolerance of web applications and services.

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 Keywords

Elastic Load Balancer, Amazon Web Services, Elastic Compute Cloud, Round Robin, Scalability

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 Abstract

One of the quickest and most simple methods to make payments these days is through the internet. The Internet banking and electronic commerce (E-commerce) sectors face significant challenges due to the potential threat of cyber security incidents. In order to close the gap between banks and clients, we first thoroughly analyze the cyber security of online banking in three developing nations and then suggest a novel strategy to lower the risk associated with cyber security. The suggested approach is based on the findings of online banking studies that were carried out in Saudi Arabia, Pakistan, and India. The survey's primary focus was on customers' online banking habits. The questions were designed to test users' understanding of prevalent dangers in online banking as well as their expertise of cyber security. The findings of this research, which used 1044 Internet The questions were designed to test users' understanding of prevalent dangers in online banking as well as their expertise of cyber security. Based on 92 online banking websites and 1044 Internet banking users, the study's findings reflect an increasing gap between what banks want from their customers and what they actually do. The suggested approach closes the gap by giving banks more accountability for lowering user cyber security risks.

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 Keywords

Banking-Cyber security

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 Abstract

Numerous human-centric applications, including financial services, accounting, tax computation, and currency conversion, rely heavily on decimal computation. A large number of scholars are therefore interested in the development and use of radix-10 arithmetic units. Multiplication isn't only one of the most common but also one of the most complicated and power-hungry operations in fundamental decimal arithmetic. Consequently, this study delves into this matter and examines a generic design technique that minimizes power/energy consumption by localizing switching activity, all while maintaining goal performance. In the same way that Karatsuba's algorithm decomposes a digit multiplier into smaller ones, this approach also allows for varying sizes of the multiplicand and multiplier. Using symmetric and asymmetric divisions of varying sizes, we derive designs with unique properties. The suggested designs surpass prior options for decimal multiplication and provide intriguing area-delay numbers when tested with operands which have 16 digits long, in comparison to traditional binary multipliers. Verilog HDL will be used for its development. To carry out the simulation and synthesis, the Xilinx ISE tool is used.

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 Keywords

Karatsuba's algorithm, Decimal computation, digital arithmetic, low power design and parallel multiplier

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

Implantable medicine delivery systems( IDDSs) are a promising result for precise and safe medicine delivery. They can reduce systemic toxin and deliver remedial loads directly to target apkins, thereby avoiding multiple transport walls and unwanted side goods. IDDSs have been successfully applied in clinical settings, and their use is anticipated to grow in the coming times. Implantable medicine delivery systems offer controlled medicine release at the specific point of implantation, minimizing side goods and adding patient compliance. The periodic expenditure of treating diabetes exceeds$ 1 trillion encyclopedically and$ 327 billion in the United States alone. Although there have been some developments in the treatment of diabetes, similar as the use of Advances In Diabetes Care Including Insulin Pumps, the technology used to manage diabetes has substantially stayed same over the times. The implantable drug delivery bias, similar as an insulin pump, can be integrated with these wearable glucose detectors. The study of presently accessible implantable medicine delivery systems is the main focal point on this review. Also focus on evaluation parameter of implant, system of implant manufacture, bracket of implantable polymeric medicine delivery device system, unborn aspects of IDDS. The remedial operations Of IDDS, Ideal parcels of implantable medicine delivery systems, implantable insulin delivery technologies for diabetes operation( Advances In Diabetes Care Including Insulin Pumps), also bandied to motivate unborn technological development toward bettered patient care in diabetes operation.

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 Keywords

Implantable drug delivery, implants, Implantable pump, Insulin pump, Diabetes management.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

Ventilator-associated pneumonia (VAP) continues to be a significant problem in hospital environments due to its exceptionally high cost, morbidity, and mortality rates. Because of the significance of this medical conditions, it is critical to take preventative steps when providing care for patients on mechanical ventilation. As a common nosocomial illness, ventilator-associated pneumonia (VAP) need trained nursing staff who adhere to established guidelines to enhance patient outcomes. 350 critical care nurses working in various ICUs of an Indian tertiary care hospital participated in a descriptive survey. A self-structured questionnaire was utilized in conjunction with a basic random selection procedure. We looked into the relationship between oral care practices and demographic characteristics using Mann Whitney and ANNOVA. There were 219 (62.6%) critical care nurses with good practice scores, 122 (34.9%) with average practice scores, 5 (1.4%) with exceptional practice scores, and 4 (1.1%) with poor practice scores. The age range of 31 to 35 years old is represented by Critical Are nurses, who adhere to the best oral care practices. Higher professional qualification graduates were found to execute VAP preventive methods more effectively. There was no discernible effect of the nurse-to-patient ratio, hospital type, or critical care setting on promoting appropriate oral hygiene practices for ventilated patients. It has been demonstrated that oral health education, ICU training, and the availability of oral care protocols encourage improved preventative practices in critical care nurses. It is discovered that gender has little bearing on oral care procedures. When providing oral care to ventilated patients, married critical care nurses adhered to greater standards. Hindu critical care nurses have advanced care techniques. The primary nursing bottlenecks for giving oral care to ventilated patients are lack of doctors, concern of tube displacement, lack of time, lack of confidence, and inadequate supplies and equipment.

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 Keywords

Practice; Oral care; Critical care nurse; Ventilator associated pneumonia.

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 Abstract

Naturally occurring products are an important source of new compounds that lead to drugs in all major diseases. Mangifera indica (M.I.) commonly known as mango belongs to the family Anacardiaceae & genus Mangifera, which consists of about 30 species of tropical fruiting trees. Mangifera indica consists of active substances with high therapeutic potential. The ethnomedicinal parts of the plant viz roots, stem, bark, leaves, flowers, and fruits are widely used to treat various diseases and disorders. It has a wide range of medicinal uses, including anti-inflammatory anti-hyperglycemic, hepatoprotective, antibacterial, anticancer, immunomodulatory, antiulcer, and antioxidant, properties. The objective of the overview is to highlight the information on the plant's botanical description, pharmacological actions, and its traditional uses. The authors collect research and review articles for findings of other additional potential and therapeutic effects. The current overview emphasizes the phytochemical investigation, pharmacological actions, and nutritional value of Mangifera indica. By using this overview, the researcher finds future scope related to phytoconstituents that are responsible for therapeutic activity the overview.

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 Keywords

Mangifera indica, Mangiferin, Mango, Pharmacological activity

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Creative Commons Attribution 4.0 and The Open Definition

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ABSTRACT: The many oral traditions, folklore, and folktales that comprise each community and culture throughout the world may be utilized to determine the ideological beliefs that shape them. A specific race has made tremendous efforts, both intentionally and subconsciously, to generate, maintain, and pass them down from generation to generation. These legends and myths have grown in importance as a topic of study for academics in a variety of fields, including literature. Myths have always inspired authors throughout history. Myths impact the meaning of literature to the full depth and breadth of its collective meaning. Myths and legends give a literary artist with a wealth of inspiration and chances. If a writer believes the tale is accurate, he or she may opt to utilize portions of it. Amish Tripathi, a popular Indian author, writes in English and explains mythological tales so that modern audiences might accept them. The author's The Immortals of (2010), The Secret of Nagas (2012), and The Oath of Vayuputras (2013) comprise the Shiva Trilogy. This research paper focuses on Amish Tripathi's Shiva trilogy, in which he combines mythology with current concerns. It includes attentively reading the text and analysing the plots and settings that merge mythology with modernity.

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 Keywords

KEY WORDS: Modernity, Myths, Trilogy, Folklore, Folktales, Culture, Metamorphoses, Generation, Humanity, Civilization.

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