Academic

A Journey Through Computational Biology was born out of a realization that while many excellent texts exist on either biology or computer science, a truly integrated approach—one that speaks to both beginners and those with moderate knowledge—is exceedingly rare. The aim of this book is to demystify how algorithms extract meaning from the chaotic, vast realms of biological data. To do this, we structured the book progressively. Readers will begin with foundations, traverse sequence and structural biology, explore cutting-edge omics, and finally understand how machine learning and cloud infrastructures are redefining what it means to study life. Every chapter is designed not only to teach theoretical concepts but also to provide pragmatic, hands-on activities. Welcome to the intersection of code and life.

A Text Book of General Pharmacy is a comprehensive academic textbook developed in accordance with the Pharmacy Council of India (PCI) syllabus for BP-102T. Designed for Diploma in Pharmacy (D.Pharm) students, this book provides a strong foundation in the fundamental principles of pharmaceutical sciences through a clear, structured, and student-friendly approach. The book covers essential concepts of general pharmacy, including dosage forms, pharmaceutical calculations, prescription handling, routes of drug administration, pharmaceutical aids, incompatibilities, storage of medicines, and dispensing practices. Complex topics are explained in simple language with illustrations, tables, and practical examples to enhance understanding and classroom learning. Prepared by experienced academicians, this textbook serves as an ideal resource for regular coursework, laboratory sessions, internal assessments, and university examinations. It bridges theoretical knowledge with practical applications, helping students develop the essential skills required for a successful career in pharmacy.

Accounting for the Earth: A Sustainable Future Approach is a comprehensive academic volume that explores the evolving role of accounting in addressing environmental and sustainability challenges. The book examines how traditional financial accounting systems are transforming to incorporate environmental, social, and governance (ESG) dimensions, enabling organizations to measure not only financial performance but also ecological and social impact. It presents contemporary frameworks such as green accounting, carbon accounting, sustainability reporting, and integrated reporting, while highlighting regulatory developments and emerging global standards. The chapters also discuss the role of technology, including artificial intelligence, data analytics, and digital reporting, in enhancing transparency and accountability. By bridging theory and practical application, the book provides insights for academicians, researchers, policymakers, and industry professionals. Overall, this volume emphasizes responsible decision-making, sustainable development, and long-term value creation, making it a valuable resource for understanding sustainable accounting practices in a rapidly changing global economy

Optimization lies at the core of modern science, engineering, and decision-making, providing systematic methods to identify the best possible solutions under given constraints. This book presents a comprehensive and integrated treatment of optimization, beginning with foundational concepts and mathematical prerequisites and progressing through linear, nonlinear, combinatorial, dynamic, stochastic, and convex optimization frameworks. Emphasis is placed on both theoretical understanding and algorithmic implementation, ensuring that readers not only grasp underlying principles but also learn how to apply them to real-world problems. Historical developments are interwoven with contemporary methods to highlight the evolution of optimization as a discipline. Each chapter is structured to balance rigor with intuition, supported by classical examples, algorithms, and practical applications across engineering, economics, artificial intelligence, and the natural sciences. Designed for students, researchers, and practitioners, this book aims to build strong conceptual foundations while also introducing advanced topics and emerging frontiers. Ultimately, it seeks to cultivate analytical thinking and equip readers with versatile optimization tools for solving complex, real-world challenges.

Beyond Profit: Rethinking Value Creation in Modern Organisation is an insightful edited volume that explores how contemporary organizations are redefining success beyond traditional profit-oriented approaches. The book brings together scholarly contributions that examine value creation through human capital development, stakeholder engagement, digital transformation, sustainable finance, corporate governance, and purpose-driven leadership. It highlights the growing importance of integrating economic performance with social responsibility, environmental sustainability, and employee well-being in modern organizations. The chapters discuss emerging themes such as stakeholder capitalism, regenerative business models, ESG integration, hybrid work environments, Al-driven human capital, and sustainable financial strategies. By combining theoretical insights with practical perspectives, the book demonstrates how organizations can create long-term value while addressing global challenges such as inequality, climate change, and technological disruption. This volume serves as a valuable resource for academicians, researchers, business leaders, and students. seeking to understand responsible and sustainable value creation in the evolving business landscape.

Spinal Muscular Atrophy (SMA) is a story that brings together genetic discovery, neurological science, and rehabilitation innovation. For years, SMA was considered a relentlessly progressive neuromuscular disease with few available treatment options. Disorders that have traditionally been viewed as poor prognosis with limited meaningful life many now intersect at the interface of genetics and therapy, where advances in molecular genetics, early diagnosis via newborn screening, and disease-modifying therapies are transforming both prognosis and functional expectations. As such, these medical innovations and advancements provide an enormous challenge for rehabilitative professionals —especially physiotherapists —to evolve, grow and optimize clinical practice. SMA individuals now live longer, achieve developmental milestones once thought impossible, and enter adolescence and adulthood with changing functional requirements. Physiotherapy wan thus transformed from a predominantly passive and preventive health care delivery system to an active, dynamic, and life-long treatment oriented model. In light of this increasing gap, this book was created: a focused, evidence based and clinically relevant resource to aid physiotherapy management in SMA. It marries basic knowledge of genetics and pathophysiology with applied rehabilitation science to develop approaches that encompass:  Early neurodevelopmental intervention  Functional motor training and strengthening  Respiratory physiotherapy  Orthopedic management and deformity prevention  Assistive technology and mobility solutions  Fatigue and pain management  Psychosocial and vocational transition

Computer Organization and Architecture forms the foundation of computer science and information technology education. A clear understanding of how hardware components interact with software is essential for students pursuing careers in computing, system design, and advanced technologies. This book has been carefully designed with the objective of presenting core concepts in a clear, structured, and student-friendly manner. The content emphasizes both theoretical understanding and practical relevance, ensuring that learners develop a strong conceptual base while appreciating real-world system behavior. Each chapter is organized to progress logically from basic principles to advanced topics. Concepts such as data representation, CPU organization, instruction cycles, memory hierarchy, input/output organization, and performance evaluation are explained using simple language, illustrative examples, and well-structured explanations. Special attention has been given to clarity, accuracy, and alignment with examination requirements. This book is intended primarily for undergraduate and postgraduate students of Computer Science, Information Technology, and related disciplines, especially those enrolled in MCA and allied programs. It will also serve as a useful reference for faculty members and professionals seeking a concise yet comprehensive resource on Computer Organization and Architecture. We sincerely hope that this book will help students build confidence in the subject and develop a strong analytical understanding of computer systems. Mrs. Dipanjana Biswas Mr.Subhadip Goswami Dr. Sitanath Biswas Ms. Pratiksha Nandi

Cosmetics and Cosmeceuticals is a comprehensive academic book that explores the scientific principles, formulation, development, evaluation, and applications of modern cosmetic and cosmeceutical products. It covers essential topics such as cosmetic ingredients, skin and hair care products, active pharmaceutical and cosmetic agents, formulation techniques, product stability, quality control, safety evaluation, and regulatory considerations.

The book provides an understanding of how scientifically active ingredients are incorporated into cosmetic formulations to deliver enhanced benefits for skin, hair, and personal care. It also discusses emerging trends, innovative delivery systems, natural and herbal ingredients, product evaluation methods, and recent developments in the cosmeceutical industry.

Written as a useful reference for B.Pharm, M.Pharm, Pharm.D, cosmetology, pharmaceutical science, and related students, the book is also valuable for teachers, researchers, formulators, and professionals working in the cosmetics and personal-care industry.

Cucurbitaceous vegetables occupy a prominent position in horticulture due to their rich diversity, wide adaptability, high productivity, nutritional importance, and economic value. The family Cucurbitaceae comprises several commercially important crops, including gourds, squashes and pumpkin which contribute significantly to food and nutritional security across tropical, subtropical, and temperate regions. Besides being rich sources of vitamins, minerals, dietary fibre, antioxidants, and other bioactive compounds, these vegetables possess several medicinal and therapeutic properties, making them an important component of a balanced and healthy diet. Growing demand for high-quality vegetables, together with the challenges posed by climate change, diminishing natural resources, emerging pests and diseases, and changing consumer preferences, has underscored the need for sustainable production systems and improved cultivars. Advances in plant breeding, crop improvement, integrated crop management, and seed production have created new opportunities to enhance productivity while promoting environmental sustainability. A sound understanding of the biology, genetic resources, breeding strategies, production technologies, crop protection, and seed production of cucurbit crops is therefore essential for students, researchers, extension personnel, and growers. Cucurbits for Sustainable Horticulture: Diversity, Improvement and Production has been prepared as a comprehensive and up-to-date reference on major cucurbit vegetables. The chapters are systematically organised to provide complete coverage of each crop, beginning with botanical description, taxonomy, species diversity, and genetic resources, followed by breeding objectives, breeding methods, and improved varieties and hybrids. The book also presents scientific recommendations on climate and soil requirements, propagation, nursery management, nutrient management, irrigation, training and pruning, intercultural operations, harvesting, postharvest handling, and the economics of cultivation. Dedicated chapters on integrated pest and disease management highlight environmentally sustainable approaches for maintaining crop health, while detailed coverage of seed production technologies including isolation requirements, pollination biology, rouging, harvesting, processing, and seed quality standards, makes the book equally valuable for commercial seed producers and academic institutions. The volume includes comprehensive chapters on bitter gourd, cucumber, bottle gourd, watermelon, pointed gourd (parwal), pumpkin, summer squash (zucchini), ridge gourd, chowchow, and ivy gourd, incorporating recent scientific advances alongside practical recommendations for cultivation and crop improvement. This book is intended primarily for undergraduate and postgraduate students of horticulture and agriculture, researchers, teachers, extension professionals, seed producers, and progressive farmers. Every effort has been made to present the subject matter in a clear, systematic, and reader-friendly manner without compromising scientific accuracy. The contents have been compiled from standard references, recent research findings, and the authors' experience in teaching, research, and extension

Entrepreneurship and innovation have emerged as defining forces of the twenty-first-century global economy. In an era characterized by rapid technological disruptions, shifting consumer expectations, and the continual reconfiguration of markets, understanding these forces is no longer optional—it is essential. This book has been conceived as a comprehensive, conceptually rigorous, and pedagogically grounded text to support learners, educators, and practitioners in navigating the evolving landscape of entrepreneurial thought and practice. The chapters in this volume span the foundational to the frontier. Beginning with the conceptual roots of entrepreneurship and innovation, the book progressively unfolds into sophisticated theories, models, and real-world applications that shape contemporary entrepreneurial ecosystems. The content traverses classical, neo-classical, and modern economic perspectives; Schumpeterian innovation dynamics; effectuation and Lean Startup approaches; and emerging paradigms of digital transformation, sustainability, and social entrepreneurship. Each unit has been carefully structured to provide clarity, contextual depth, and analytical precision, supported by learning objectives, outcomes, and reflective exercises that strengthen comprehension and application. This text is deeply informed by the collective academic experience, research engagement, and industry exposure of its authors. Drawing on interdisciplinary insights and empirical realities, it places equal emphasis on theory and practice, ensuring that readers not only understand the evolution of entrepreneurial ideas but also gain the analytical tools to apply them in diverse environments. Our intention is to facilitate a holistic understanding—one that equips students to become opportunityseekers, innovators, problem-solvers, and ethically responsible leaders. We hope that this book serves as a valuable companion for undergraduate and postgraduate learners of management, commerce, and allied disciplines; for educators designing curricula and teaching entrepreneurship; and for aspiring entrepreneurs who seek structured guidance in their journey from idea to enterprise. The rapidly changing entrepreneurial landscape demands continuous learning, adaptability, and critical thinking—qualities that this text endeavours to cultivate. We express our sincere gratitude to JEC Publication for their support in bringing this work to life, and to all scholars, students, and professionals whose insights continue to enrich the field of entrepreneurship studies. It is our earnest belief that this book will inspire readers to reflect, explore, innovate, and contribute meaningfully to society through entrepreneurial action. Dr. Trilochan Nayak Dr. Jyoti Khurana Shubham Gaur Tanya Jolly

Healthcare is going through the rapid digital transformation leading to transformation in how configuring, managing, sharing, and analyzing patient information. With the adoption of electronic health records, data analytics, telehealth, and artificial intelligence around the world, Health Information Management (HIM) has branched out even further from its traditional domains. HIM professionals today play a pivotal role in some the most complex technologies, standards, policies, and ethics issues that need to be addressed while allowing the health information to flow accurately, securely, and accessible. Essentials of Health Information and Data Management has been created as a solid and up-to-date resource available for use by students, practitioners, and educators that will provide these individuals with necessary fundamentals in this changing field. It combines the essentials, with practical frameworks and emerging innovations in a structured, eyebrow-raising easy to digest format. This anthology of chapters covers the basic topics, such as health information systems, medical records and standards of the data, to the higher level topics, such as analytics, artificial intelligence, digital health transformation and national health information infrastructures. It captures the world and national issues like global or national updates on interoperability standards, cloud, cyber security and India Ayushman Bharat Digital Mission (ABDM). One of the most unique features of this book is its combination of technology, governance, and practice, so that readers understand not just what HIM is, but why it is important and how it is done in practice among healthcare sectors. Several chapters correlate technical elements and their actual influences on the institution of quality care and patient safety, administrative efficiency, and ethical decision-making. By using case examples, conceptual explanations, and forward-looking discussions, learners work respectively to prepare for the challenges they face in real-world healthcare environments.

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The modern world is characterized by complexity, ambiguity, and uncertainty—elements that traditional binary logic systems are ill-equipped to handle. As systems evolve and interact across diverse domains like artificial intelligence, engineering, medicine, finance, and social sciences, the need for flexible, human-centric, and uncertainty-resilient approaches becomes essential. Fuzzy Logic and Uncertainty Modelling: Foundations, Methods, and Applications emerges from this very need—to provide a comprehensive, structured, and accessible introduction to the field of fuzzy systems and their role in modelling uncertainty in real-world systems. This book is designed for a diverse audience: from undergraduate and postgraduate students to academic researchers and industry professionals. It begins with the theoretical underpinnings of uncertainty—exploring the limitations of classical logic and the emergence of fuzzy logic as proposed by Lotfi Zadeh in 1965. From there, it gradually advances to complex formulations such as type-2 fuzzy sets, fuzzy neural networks, fuzzy genetic algorithms, fuzzy cognitive maps, and hybrid models combining probability, rough sets, and fuzziness. Throughout the book, mathematical rigor is balanced with intuitive explanations. Every chapter is structured to build foundational knowledge first and then apply that understanding through equations, real-world examples, applications, and case studies. Key domains such as image processing, autonomous vehicles, smart grids, medical diagnosis, NLP, and decision support systems are explored in-depth to show how fuzzy logic enables better decisions in ambiguous and dynamic contexts. In the final sections, the book dives into cutting-edge research areas like quantum fuzzy logic, explainable AI (XAI), fuzzy logic in IoT, and ethical implications of fuzzy systems. Practical tools such as Python libraries, benchmark datasets, and open-source frameworks are also discussed to support hands-on implementation. By combining foundational theory, modern applications, and interdisciplinary reach, this book aspires to not only educate but also inspire. Readers will leave with a clear understanding of how to navigate and model uncertainty using fuzzy logic—not just as a theoretical tool, but as a robust framework for solving the world’s most intricate and uncertain problems.

Indian Knowledge Systems (IKS) reflect the knowledge, practices, values, and life experiences that have been passed down through generations in India. They include ideas found in literature, science, medicine, agriculture, art, education, architecture, philosophy, and everyday cultural practices. These knowledge traditions reflect India's long-standing intellectual heritage. They continue to offer practical insights into sustainable living, ethical values, community harmony, and holistic learning. Indian Knowledge Systems: Perspectives and Practices is an edited volume that brings together interdisciplinary scholarly contributions that explore the depth and relevance of indigenous knowledge traditions in present-day contexts. The chapters in this book examine how traditional knowledge systems interact with modern academic disciplines and contemporary social realities. The volume engages with diverse themes including mathematical reasoning in the Sulbasutras, traditional metallurgy and nanobiomedicine, ecological significance of the lotus, festive culinary traditions, Kolam and computational thinking, ethical practices, women as custodians of cultural knowledge, indigenous ecological systems, Tamil epic traditions, pedagogy in Indian Knowledge Systems, and heritage as sustainable industry. It will be useful for researchers, teachers, students, and general readers interested in Indian culture, knowledge traditions, and their significance in the modern world.

The field of Robotics—the exciting blend of Science, Technology, Engineering, and Mathematics (STEM)—is rapidly shaping our future, but for many young adults and students eager to begin their studies, the subject can seem overly complex and inaccessible. This book serves as your essential introduction, written specifically for beginners with no prior experience, aiming to transform your initial curiosity into genuine competence. You are standing at the edge of the next great technological revolution. Robotics is no longer science fiction; it is the powerful blend of Science, Technology, Engineering, and Mathematics (STEM) that is currently reshaping our daily lives. We will demystify the core components of any robot, focusing on the basics of mechanical design, the principles of sensing and perception, and the fundamentals of programming and control systems. By clearly explaining these foundations, this book provides the crucial first steps necessary to understand and eventually build your own intelligent machines, preparing you for a future where mastery of robotics is key to innovation and problem-solving.

This book, Introduction to Theory of Statistics, provides a foundational and advanced exploration of the core principles that govern statistical analysis. Beginning with Chapter 1: Theory of Probability, the text introduces the fundamental concepts of chance, randomness, and the axiomatic foundations of probability that serve as the bedrock of statistical reasoning. Chapter 2 delves into Random Variables and Distribution Functions, emphasizing both discrete and continuous variables and the rules governing their distributions. Chapter 3 builds on this by exploring Expectations and Moments, offering insight into key statistical measures such as the mean, variance, skewness, and kurtosis, which describe the central tendency and shape of data distributions. Moving forward, Chapter 4 focuses on Distribution Functions, presenting detailed studies of probability distributions and their real-world applications. Chapter 5 addresses Continuous Distributions, introducing vital continuous probability models such as the normal, exponential, and gamma distributions, which are instrumental in various fields of research and industry. The comprehensive nature of the text is further exemplified in Chapter 6, which covers Joint and Conditional Distributions, Stochastic Independence, and Advanced Expectations, facilitating a deeper understanding of how random variables interact and influence one another. Finally, Chapter 7 discusses Sampling Methods, Sample Mean, and Population Estimation, where the theory meets practical application. It examines different sampling techniques, the importance of sample statistics, and how these are used to estimate and infer characteristics of larger populations. This chapter bridges theoretical statistics and empirical analysis, highlighting estimation procedures and the significance of inferential statistics in research and decision-making. Overall, the book is structured to build statistical literacy progressively, supporting learners in developing both conceptual clarity and applied skills necessary for advanced study and real-world data analysis.

Data Structures form the backbone of computer science and software engineering, providing the fundamental mechanisms for organizing, managing, and processing data efficiently. A strong understanding of data structures is essential not only for academic excellence but also for solving realworld computational problems and designing scalable, high-performance systems. This book, Mastering Data Structures: Foundations, Implementation, and Applications, is written with the objective of offering a comprehensive, structured, and application-oriented treatment of data structures. It is designed to bridge the gap between theoretical concepts and practical implementation, enabling learners to develop both conceptual clarity and problem-solving proficiency. The content of this book progresses systematically from basic linear data structures such as arrays, stacks, queues, and linked lists to more advanced non-linear structures including trees, graphs, heaps, and hashing techniques. Each topic is presented with clear explanations, illustrative examples, and well-structured algorithms to facilitate ease of understanding. Emphasis has been placed on time and space complexity analysis to help readers evaluate the efficiency of various approaches. In addition to core concepts, this book integrates practical programming perspectives, primarily using Python, to demonstrate real-world applicability. Numerous examples, exercises, and case studies are included to reinforce learning and encourage hands-on experimentation. A dedicated section on capstone projects has been incorporated to guide students in applying data structure concepts to realistic problem scenarios, thereby fostering analytical thinking and design skills. This book is intended for undergraduate and postgraduate students of Computer Science, Information Technology, and related disciplines. It will also serve as a useful reference for educators, competitive programming aspirants, and professionals seeking to strengthen their foundational knowledge of data structures. The author sincerely hopes that this book will serve as a valuable learning resource, helping readers develop a strong and enduring understanding of data structures and their applications. Constructive feedback and suggestions from readers are warmly welcomed for the improvement of future editions.

Recovery is one of the most critical, yet often misunderstood pieces to health/movement/ performance/ rehabilitation. People these days are often so enamoured with productivity, exercise, competition and physical accomplishment that they forget to prioritise healing & restoration for sustainable health. Real physical wellness transcends strength or fitness—it includes your body capacity to bounce back, adjust quickly and work productively as you live. By the time you finish Move to Improve: The Science of Physical Recovery, you'll have an understanding of recovery through both a science and practice lens. It investigates the process of healing after injury, adapts our bodies to stressors as well as restoring physical function and long-term movement health. This book aims to translate modern rehabilitation science in an accessible manner so that students, healthcare professionals, ath- letes, fitness enthusiasts and the general readership can better understand recovery at every life stage. Rest is only a tiny part of recovery. To float the spoiler, contemporary data reveal that healing is not a series of techniques and processes performed with your hands; rather it happens through such input as movement (exercise), sleep, nutrition and breathing among more variables including mental health stress management posture evaluation lifestyle habits. Another area where recovery has a significant correlation is the nervous system, emotions are obviously related to suffering and stress on many levels including your environment or behaviour. The interplay between psychosocial factors, biology and health behaviours further down the line mediates much of what happens to people when they suffer from injury or disease – contributing towards recovery, long-term health outcomes and rehabilitation potential; grasping these relationships then empowers individuals as agents in driving their own health & rehab results. This covers a multitude of different areas in relation to physical recovery; Biology of healing Pain science Exercise and rehabilitation Stretching and mobility Strength training Posture and ergonomics

The practice of pharmacy is undergoing a profound transformation driven by rapid advancements in digital technology and evolving healthcare needs. Innovations such as electronic health records, telepharmacy, artificial intelligence, big data analytics, automation, blockchain, and digital therapeutics are reshaping how medicines are developed, dispensed, monitored, and optimized for patient care. In this context, “Pharmacy Practice in the Digital Era: Innovations, Challenges, and Future Trends” aims to provide a comprehensive and structured understanding of the changing landscape of pharmacy practice in a technology-enabled healthcare ecosystem. This book has been designed to bridge the gap between traditional pharmacy roles and emerging digital competencies required of modern pharmacists. It explores key technological innovations influencing pharmacy practice, examines regulatory, ethical, and operational challenges associated with digital transformation, and highlights the expanding role of pharmacists in clinical decision-making, data-driven care, and interdisciplinary collaboration. Special emphasis is placed on patient safety, data security, regulatory compliance, and equitable access to digital pharmacy services. The content of this book is intended for a wide audience, including undergraduate and postgraduate pharmacy students, practicing pharmacists, educators, researchers, and healthcare professionals seeking to adapt to the demands of digital health. By integrating theoretical concepts with practical insights, case-based discussions, and future-oriented perspectives, the book serves as both an academic reference and a practical guide for real-world application.

Business today operates in an era defined by data, where decisions are increasingly driven by analytical insights rather than intuition alone. This book, Quantitative Decision-Making: Statistical Modeling and Analytics, has been carefully structured to provide students, researchers, and practitioners with both the theoretical foundation and the practical applications of statistics in the business world. Beginning with the fundamentals of descriptive and inferential statistics, the text progresses through advanced topics such as regression analysis, predictive modeling, big data analytics, and strategic decision-making. Each chapter integrates conceptual clarity with practical illustrations, ensuring that readers not only understand statistical principles but also learn to apply them effectively in real-world contexts. Special emphasis has been placed on bridging statistical theory with business applications—ranging from hypothesis testing in market research to predictive modeling in risk assessment and customer behavior analysis. The inclusion of tools such as Tableau, Power BI, and Python-based visualizations reflects the growing importance of software-driven analytics in modern organizations. Furthermore, topics on ethics, transparency, and responsible reporting encourage critical thinking about the role of data in shaping strategies and policies. This book aims to serve as a comprehensive guide, equipping readers with the ability to interpret data, communicate findings, and make informed decisions that foster sustainable business growth.

Gain a comprehensive understanding of global pharmaceutical and cosmetic regulations with Regulatory Aspects of Drugs & Cosmetics, a practical guide designed for pharmacy students, researchers, educators, and regulatory affairs professionals. This book provides a systematic overview of the regulatory frameworks governing the development, approval, manufacturing, labeling, and marketing of drugs and cosmetics across major international markets.

Regulatory Aspects of Food & Nutraceuticals is a comprehensive postgraduate textbook designed for M.Pharm Regulatory Affairs (MRA 204T) students, researchers, and professionals. It provides a clear understanding of the global regulatory landscape governing food, dietary supplements, functional foods, nutraceuticals, and medical foods. The book covers FSSAI, FDA, EFSA, WHO, GMP, DSHEA, FSMA, Novel Foods, labeling requirements, health claims, and international regulatory frameworks, supported by real-world case studies, comparative analyses, and examination-oriented questions. Written in a student-friendly style, this book serves as an essential resource for academic excellence, regulatory compliance, and careers in the food and nutraceutical industry.

Research is the cornerstone of knowledge creation, academic inquiry, and evidence-based decisionmaking. In every discipline—whether social sciences, management, education, health, or applied sciences—the quality of research outcomes depends fundamentally on the soundness of the research design. A well-conceived design does not merely guide data collection and analysis; it shapes how questions are framed, how reality is interpreted, and how knowledge contributes to theory, practice, and society. This book, Research Design: Principles, Methods, and Applications — Tools and Techniques, has been conceived with the objective of enabling learners, scholars, and practitioners to approach research design with conceptual clarity, methodological rigor, and reflective understanding. The text offers a systematic and comprehensive exploration of research design beginning with its foundational concepts, philosophical underpinnings, and historical evolution. It highlights how ontology, epistemology, and methodology together inform the worldview of the researcher and influence the logic and structure of inquiry. The book further extends into diverse design traditions—quantitative, qualitative, mixed-methods, experimental, survey, correlational, ethnographic, phenomenological, and case study research—illustrating how each design addresses distinct research purposes and contexts. Special emphasis has been placed on helping readers recognize the alignment between research questions, methods, validity concerns, ethical responsibility, and practical feasibility. A distinguishing feature of this work is its balanced integration of theory and application. Each unit is designed not only to explain methodological principles but also to demonstrate how they operate in real-world research settings across disciplines. Discussions on sampling design, measurement and scaling, data collection tools, digital research techniques, software-supported analysis, reliability, trustworthiness, and ethics equip learners with both conceptual depth and practical skill. The book also guides emerging researchers through proposal development, report writing, academic publishing, and scholarly communication, thereby bridging the gap between methodological understanding and research practice. This book is intended for students, early-career researchers, faculty members, and professionals who seek to design studies that are methodologically coherent, ethically grounded, and socially relevant. It encourages reflective thinking, critical engagement, and informed methodological choice—qualities essential for responsible and impactful research in contemporary academic and professional environments. It is our hope that the text will serve not only as a reference resource but also as a companion in the intellectual journey of inquiry, discovery, and scholarly contribution. —The Authors Dr. Pratima Srivastava Dr. Jagriti Mishra Ms. Alamelu Duraisamy Dr. P. Sagar

Research has always been the cornerstone of intellectual progress, academic advancement, and evidence-based decision-making. In an era characterised by rapid technological transformation, evolving societal challenges, interdisciplinary inquiry, and data-driven governance, the importance of systematic and rigorous research has become more significant than ever before. Whether in social sciences, management, law, education, technology, or public policy, research serves as a powerful tool for generating knowledge, solving problems, developing theories, and guiding meaningful action. It is within this broader academic and societal context that the present book, Research Methodology: Quantitative & Qualitative Approaches, has been conceptualised and developed. This book is designed to provide students, scholars, academicians, and emerging researchers with a comprehensive understanding of both quantitative and qualitative research methodologies. The objective is not merely to introduce research as a technical procedure, but to cultivate a deeper appreciation of research as a disciplined intellectual process grounded in critical inquiry, systematic analysis, ethical integrity, and scholarly rigor. The book seeks to bridge the gap between theoretical understanding and practical application by presenting methodological concepts in a structured, learner-friendly, and academically enriched manner. The text systematically covers the major dimensions of research methodology, beginning with the conceptual foundations of research and progressing through research design, problem formulation, literature review, hypothesis development, sampling techniques, instrument design, data collection methods, statistical analysis, qualitative inquiry, mixed methods research, and research ethics. Special emphasis has been placed on integrating both quantitative and qualitative traditions, thereby enabling readers to appreciate the complementary nature of diverse research paradigms and methodological approaches. The inclusion of analytical tools and software applications such as SPSS, AMOS, Power BI, NVivo, ATLAS.ti, and Jamovi further enhances the practical orientation of the book and aligns it with contemporary research practices. One of the distinguishing strengths of this book lies in the interdisciplinary expertise of its authors, whose collective academic backgrounds bring together perspectives from law, management, research methodology, education, technology, and social sciences. This collaborative scholarly effort has enriched the text with diverse methodological insights and practical relevance across multiple disciplines. Shivansh Chouhan, Assistant Professor of Law and Ph.D. Research Scholar at Himachal Pradesh National Law University (HPNLU), Shimla, contributes a strong interdisciplinary perspective rooted in Constitutional Law, Human Rights, Artificial Intelligence, Cybersecurity, and empirical legal research. His expertise in research methodologies and qualitative analysis tools has significantly contributed to the analytical and contemporary dimensions of this book. Ms. Juilee Joshi brings valuable academic insight and scholarly engagement to this work through her commitment to teaching, research, and methodological learning. Her academic contributions and interest in systematic inquiry have enriched the learner-centric orientation and practical applicability of the text. Dr. Manabhanjan Sahu, an accomplished academician and researcher with extensive experience in both industry and higher education, contributes deep expertise in management research, innovation, digital transformation, and applied academic inquiry. His rich scholarly profile, research publications, patents, and administrative experience have strengthened the methodological rigor and applied research orientation of this book. Anjali Srivastav, educator, academic writer, and Ph.D. Research Scholar, contributes her academic interests in research methodology, scholarly studies, and critical inquiry. Her dedication to promoting systematic research practices and academic excellence has added depth to the pedagogical and conceptual framework of the text. Throughout the book, sincere efforts have been made to contextualise methodological discussions within contemporary academic, organisational, legal, and social realities. Illustrations, examples, and conceptual discussions have been presented in a manner that enables readers to connect theoretical foundations with practical research applications. The text is intended to support postgraduate students, doctoral researchers, faculty members, and professionals who seek to develop competence in designing, conducting, analysing, and presenting high-quality research. Research methodology is not merely a collection of techniques; it is the foundation of disciplined thinking and scientific inquiry. It teaches individuals how to ask meaningful questions, evaluate evidence critically, analyse information systematically, and contribute responsibly to knowledge creation. In today’s information-rich yet often misinformation-driven world, these abilities are essential not only for researchers but for all informed professionals and responsible citizens. We express our heartfelt gratitude to all teachers, scholars, mentors, colleagues, students, and institutions whose intellectual guidance, encouragement, and academic interactions have contributed to the completion of this work. We also acknowledge the contributions of pioneering researchers and methodologists whose scholarly works continue to inspire generations of learners and researchers across disciplines. While every effort has been made to ensure accuracy, clarity, and comprehensiveness, we recognise that research methodology is an evolving field, constantly shaped by new paradigms, technologies, and interdisciplinary developments. Constructive feedback and scholarly suggestions from readers will therefore always be welcomed for future refinement and improvement. It is our sincere hope that this book will serve as a valuable academic companion for students, researchers, academicians, and professionals engaged in the pursuit of rigorous, ethical, and impactful research. Shivansh Chouhan Ms. Juilee Joshi Dr. Manabhanjan Sahu Anjali Srivastav

Sterile Dosage Form and Novel Drug Delivery Systems is a comprehensive textbook designed for undergraduate and postgraduate pharmacy students, researchers, academicians, and pharmaceutical professionals. The book provides an in-depth understanding of sterile pharmaceutical formulations, aseptic processing, quality assurance, and the latest advancements in novel drug delivery technologies. Structured according to the latest pharmacy curriculum, this textbook bridges fundamental concepts with practical applications in modern pharmaceutical manufacturing. It covers the principles of sterile product development, formulation techniques, quality control, regulatory requirements, and emerging drug delivery approaches that enhance therapeutic efficacy and patient compliance. With clear explanations, illustrative diagrams, and industry-relevant examples, the book serves as an essential learning resource for students preparing for university examinations and competitive pharmacy exams while also acting as a valuable reference for professionals working in pharmaceutical research and manufacturing.