Vikas Yadav

Consumer Buying Behaviour and Brand Equity: Insights from the FMCG Industry delves into the intricate relationship between consumer preferences and the perception of brand value in one of the most dynamic sectors of the global economy. The Fast-Moving Consumer Goods (FMCG) industry, characterized by high competition and rapidly changing consumer trends, offers a compelling ground to understand how buying decisions are shaped by brand equity, marketing strategies, socio-economic factors, and evolving lifestyles. This book provides a comprehensive exploration of the factors influencing consumer purchasing behaviour-ranging from cultural, social, and psychological drivers to the impact of digitalization and influencer marketing. It also examines how strong brand equity-reflected through brand awareness, perceived quality, loyalty, and associations-plays a pivotal role in gaining and retaining consumer trust in a highly cluttered market. By combining theoretical frameworks with real-world case studies and industry insights, the book offers a balanced perspective for students, researchers, marketers, and business professionals. It highlights how FMCG brands can cultivate lasting relationships with consumers, enhance brand perception, and sustain market leadership in an era of rapid innovation and intense competition. Ultimately, this work serves as a valuable resource for understanding the ever-changing dynamics of consumer buying patterns and the strategic importance of building and maintaining brand equity in the FMCG industry.

Moringa oleifera ist eine reichhaltige Quelle f r verdauliches Protein, Mikron hrstoffe, Phyto-Chemikalien usw. und kann durch die Entwicklung verschiedener Nutrazeutika und funktioneller Lebensmittel f r Bed rftige Millionen von Leben retten. Die Keimlinge CHES D-34, CHES D-40 und CHES D-42 haben sich in semiariden kosystemen als vielversprechend erwiesen und weisen einen h heren Gehalt an Antioxidantien und Mineralien auf, die weiter entwickelt werden k nnen oder f r die Verbesserung von Pflanzen w nschenswert sind, um eine Sorte von M. oleifera mit hohem Antioxidantien- und N hrstoffgehalt zu z chten. Zusammenfassend l sst sich sagen, dass M. oleifera eine aufstrebende Nutzpflanze f r die Entwicklung funktioneller Lebensmittel ist, die den N hrstoffbedarf decken und die Gefahr von Mangelerscheinungen, insbesondere in Entwicklungsl ndern, mindern.

Moringa oleifera est une riche source de prot ines digestibles, de micro-nutriments, de produits phyto-chimiques, etc. et peut sauver des millions de vies en d veloppant diff rents produits nutraceutiques et aliments fonctionnels pour les personnes dans le besoin. Les germplasmes CHES D-34, CHES D-40 et CHES D-42 se sont r v l s prometteurs dans un cosyst me semi-aride, avec des teneurs plus lev es en antioxydants et en min raux, qui peuvent tre am lior s ou qui peuvent tre souhaitables pour l'am lioration des cultures afin de cr er une vari t de M. oleifera forte teneur en antioxydants et en nutriments. En r sum , M. oleifera est une culture d'avenir mergente pour le d veloppement d'aliments fonctionnels destin s r pondre aux besoins nutritionnels et r duire la menace des carences alimentaires, en particulier dans les pays en d veloppement.

La Moringa oleifera una ricca fonte di proteine digeribili, micronutrienti, fitochimici ecc. e pu salvare milioni di vite sviluppando diversi nutraceutici e alimenti funzionali per i pi bisognosi. Le germoplasma CHES D-34, CHES D-40 e CHES D-42 sono risultate promettenti in un ecosistema semi-arido, con contenuti di antiossidanti e minerali pi elevati, che possono essere ulteriormente sviluppati o desiderati per il miglioramento delle colture, al fine di allevare una variet di M. oleifera con elevati antiossidanti e nutrienti. In sintesi, la M. oleifera una coltura emergente per lo sviluppo di alimenti funzionali in grado di soddisfare il fabbisogno nutrizionale e di ridurre la minaccia della carenza alimentare, soprattutto nei Paesi in via di sviluppo.

A Moringa oleifera uma fonte rica de prote nas diger veis, micronutrientes, fitoqu micos, etc. e pode salvar milh es de vidas atrav s do desenvolvimento de diferentes nutrac uticos e alimentos funcionais para os mais necessitados. Os germoplasmas CHES D-34, CHES D-40 e CHES D-42 s o considerados promissores no ecossistema semi- rido, com teores mais elevados de antioxidantes e minerais, que podem ser melhorados ou podem ser desej veis para o melhoramento de culturas para criar uma variedade de M. oleifera com elevados antioxidantes e nutrientes. Em suma, a M. oleifera uma futura cultura emergente para o desenvolvimento de alimentos funcionais que satisfa am as necessidades nutricionais e diminuam a amea a de car ncias alimentares, especialmente nos pa ses em desenvolvimento.

Prepare to pass the ISACA CRISC exam with confidence, gain high-value skills, and propel yourself toward IT risk management mastery Key Features Gain end-to-end coverage of all the topics assessed in the ISACA CRISC exam Apply and embed your learning with the help of practice quizzes and self-assessment questions Have an in-depth guide handy as you progress in your enterprise IT risk management career Purchase of the print or Kindle book includes a free PDF eBook Book DescriptionFor beginners and experienced IT risk professionals alike, acing the ISACA CRISC exam is no mean feat, and the application of this advanced skillset in your daily work poses a challenge. The ISACA Certified in Risk and Information Systems Control (CRISC®) Certification Guide is a comprehensive guide to CRISC certification and beyond that’ll help you to approach these daunting challenges with its step-by-step coverage of all aspects of the exam content and develop a highly sought-after skillset in the process. This book is divided into six sections, with each section equipped with everything you need to get to grips with the domains covered in the exam. There’ll be no surprises on exam day – from GRC to ethical risk management, third-party security concerns to the ins and outs of control design, and IDS/IPS to the SDLC, no stone is left unturned in this book’s systematic design covering all the topics so that you can sit for the exam with confidence. What’s more, there are chapter-end self-assessment questions for you to test all that you’ve learned, as well as two book-end practice quizzes to really give you a leg up. By the end of this CRISC exam study guide, you’ll not just have what it takes to breeze through the certification process, but will also be equipped with an invaluable resource to accompany you on your career path.What you will learn Adopt the ISACA mindset and learn to apply it when attempting the CRISC exam Grasp the three lines of defense model and understand risk capacity Explore the threat landscape and figure out vulnerability management Familiarize yourself with the concepts of BIA, RPO, RTO, and more Get to grips with the four stages of risk response Manage third-party security risks and secure your systems with ease Use a full arsenal of InfoSec tools to protect your organization Test your knowledge with self-assessment questions and practice quizzes Who this book is forIf you are a GRC or a risk management professional with experience in the management of IT audits or in the design, implementation, monitoring, and maintenance of IS controls, or are gearing up to take the CRISC exam, then this CRISC book is for you. Security analysts, penetration testers, SOC analysts, PMs, and other security or management professionals and executives will also benefit from this book. The book assumes prior experience of security concepts.

Die Algorithmen der k nstlichen Intelligenz haben sich in der Praxis hervorragend bew hrt. Nach erfolgreicher Anwendung verschiedener Berechnungstechniken entstand ein starker Bedarf f r die Entwicklung intelligenter Systeme und damit begann eine neue ra des Soft Computing. Der Genetische Algorithmus ist eine solche Soft-Computing-Technik, die die Natur nachahmt und alle M glichkeiten einer Rechentechnik besitzt. Genetische Algorithmen sind Rechenalgorithmen, die in Analogie zum Prozess der Evolution konstruiert sind. Genetische Algorithmen sind eine Klasse von stochastischen Suchmethoden, die versuchen, gute L sungen f r schwierige Optimierungsprobleme zu finden, indem sie die nat rliche Evolution nachahmen. In den letzten drei Jahrzehnten haben sich genetische Algorithmen bei der L sung zahlreicher Probleme aus sehr unterschiedlichen Bereichen wie Optimierung, automatische Programmierung, Entwurf elektronischer Schaltungen, Telekommunikation, Netzwerke, Finanzen, Wirtschaft, Bildanalyse, Signalverarbeitung, Musik und Kunst bew hrt. Mit diesen Anwendungen genetischer Algorithmen ist es m glich, genetische Algorithmen in der Softwaretechnik einzusetzen.

Gli algoritmi di Intelligenza Artificiale erano ottimi nella vita pratica. Dopo il successo dell'applicazione di varie tecniche di calcolo, nata una forte esigenza di sviluppo di Sistemi Intelligenti e cos iniziata una nuova era di Soft Computing. L'algoritmo genetico una di queste tecniche di soft computing che imita la natura e ha tutto il potenziale di una tecnica di calcolo. Gli algoritmi genetici sono algoritmi di calcolo costruiti in analogia con il processo di evoluzione. Gli Algoritmi Genetici sono una classe di metodi di ricerca stocastica che cercano di trovare buone soluzioni a difficili problemi di ottimizzazione mimando l'evoluzione naturale. Nel corso degli ultimi tre decenni, gli algoritmi genetici si sono dimostrati efficaci nel risolvere molteplici problemi provenienti da domini molto diversi tra loro, tra cui l'ottimizzazione, la programmazione automatica, la progettazione di circuiti elettronici, le telecomunicazioni, le reti, la finanza, l'economia, l'analisi delle immagini, l'elaborazione dei segnali, la musica e l'arte.

Antimicrobial peptides have emerged as a novel class of therapeutic molecules in recent decades as they exhibit broad-spectrum activity against a variety of Gram-positive, Gram-negative bacteria, fungi and tumor cells. Antimicrobial peptides are nature's antibiotics that are conserved throughout the evolution. They have an advantage over conventional antibiotics as they target the cell membrane of the pathogen and disrupt its integrity which gives very little scope for the bacteria to develop resistance against these peptides. These peptides serve as the first line of defense against intruding pathogens. However, utilization of peptides as an antibiotic outside their natural host needs explicit understanding about the mechanism of action owing to their cytotoxicity against mammalian cells. Precise knowledge about the mechanism of action and structure-activity relationship will aid in designing novel antimicrobial peptide-based therapeutics. Therefore this book describes the basics of antimicrobial peptides and illustrates the experimental work done for identification of factors involved in their toxicity towards mammalian cells.