Bøger udgivet af Mjp Publishers

Molecular modelling is the scientific art of simulating chemical or biological systems, so that computational methods can be applied to understand the process concerned. Models using computers are generated using mathematical equations and are evolved based on experimental information that is taken into consideration during model building. This book is an introduction to the field of molecular modelling and drug design in which biological molecules effective in treating diseases are discovered using in silico methods.

Unlock the profound mysteries of life at its most fundamental level with "Biophysics: Exploring the Molecular Foundations of Life." Tailored specifically for graduate students in the life sciences, this comprehensive textbook offers an illuminating journey into the captivating realm where physics and biology converge.Delve deep into the heart of biological systems as you embark on a transformative exploration of molecular biophysics. Discover how physical principles underpin the inner workings of living organisms, from the behavior of individual molecules to the dynamics of complex cellular processes.Key Features:Conceptual Clarity: Master the intricacies of biophysical principles through clear and concise explanations.Cutting-Edge Insights: Stay on the forefront of biophysics with the latest research and breakthroughs.Real-Life Relevance: Connect theory to practice with real-world examples and case studies.Visual Learning: Enhance your understanding with engaging illustrations and diagrams.Problem-Solving Prowess: Hone your skills with thought-provoking exercises and problems.Comprehensive Coverage: Explore a wide range of topics, from molecular dynamics to membrane biophysics.Whether you're a biologist seeking to decipher the physical underpinnings of life or a physicist intrigued by the intricacies of biological systems, "Biophysics" is your indispensable guide. Bridging the gap between disciplines, this textbook equips you with the tools to illuminate the complexities of the living world.Prepare to embark on an enriching academic journey that will deepen your appreciation for the profound beauty and elegance of life's molecular machinery. "Biophysics: Exploring the Molecular Foundations of Life" is your passport to unlocking the secrets of existence and advancing your understanding of the life sciences.

Vermiculture refers to the artificial rearing or cultivation ofearthworms for the production of vermicompost to benefit humans.The utility and variability of research work in this field could be ofgreat use to the agricultural community. The book provides the basicconcepts of vermitechnology in a manner suited to a broad spectrumof graduates and researchers.

In this book, Part III "Aquatic Angiosperms", the author has described the flowering plants living in water, rooted in the soil and leaves and flowers present above the water level, or totally submerged in water. The parts of the plants have been examined and drawn by the author, who has travelled almost throughout Tamil Nadu. As a teacher of over 30 years in Botany, Annamalai University, he has the experience of 25 years as Botanic Garden in-charge, in Annamalai University. Besides guiding Ph.D and M.Phil Scholars in Cytotaxonomy and Cytogenetics (30 Ph.D and 46 M.Phil), he has also published research papers in most of the families of flowering plants in cytotaxonomy, cytogenetics and chemotaxonomy in Advanced Journals. This book is the continuation of the previous book of the author on Flowering plants of Tamil Nadu, Part I & II Mangrove Flora and Marine Angiosperms.More important plants, their uses, frequency of occurrence and the importance of taking conservation measures are provided in this book.

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This book is a valuable introduction to that important but much neglected study -Dravidian culture and its place in Hindu Civilisation

In preparing this book, the author had especially in mind classes in the upper grades of grammar schools, though the work will be found equally well adapted to the needs of any classes of beginners. The ideas which have guided in the treatment of the subject are the following: The study of algebra is a continuation of what the pupil has been doing for years, but it is expected that this new work will result in a knowledge of general truths about numbers, and an increased power of clear thinking. All the differences between this work and that pursued in arithmetic may be traced to the introduction of two new elements, namely, negative numbers and the representation of numbers by letters. The solution of problems is one of the most valuable portions of the work, in that it serves to develop the thought-power of the pupil at the same time that it broadens his knowledge of numbers and their relations. Powers are developed and habits formed only by persistent, long-continued practice. Accordingly, in this book, it is taken for granted that the pupil knows what he may be reasonably expected to have learned from his study of arithmetic; abundant practice is given in the representation of numbers by letters, and great care is taken to make clear the meaning of the minus sign as applied to a single number, together with the modes of operating upon negative numbers; problems are given in every exercise in the book; and, instead of making a statement of what the child is to see in the illustrative example, Questions are asked which shall lead him to second for himself that which he is to learn from the example.

India has a rich heritage of tradition and culture which dates back to the beginning of human existence. This book comprehensively deals with the historical heritage of the tamils including the lemurian theory. The chronological organization of tamil literature, history and the kingdoms provide a information of social life. The interpretations of the author on the various inscriptions leads the reader to and analyse the various factors of the ancient history of the tamils.

Introduction 1. CONDUCTOMETRY Electrolytic Conductance Ohm's Law Specific Conductance Equivalent Conductance Molar Conductance Determination of Electrolytic Conductance Types of Conductivity Cells Conductivity Measurements Immersed-Electrode Measurements Electrodeless Measurements Applications of Conductivity Measurements Determination of Ionic Product of Water (KW) Determination of Solubility of Sparingly Soluble Salts Conductometric Titrations Determination of Purity of Water Concentration Determination Ion Chromatography Problems References 2. POTENTIOMETRY Principle Instrumentation Reference Electrodes Indicator Electrodes Analytical Information Advantages Applications Potentiometric Titrations Other Applications Problems References 3. VOLTAMMETRY Polarography Dc Polarography (Conventional Polarography) Principle Faradaic and Non-Faradaic Processes Faradaic Current Non-Faradaic Current Polarographic Wave Charging Current Mass Transport Limiting Currents Polarographic Maxima Instrumentation Potentiostat Electrochemical Cell Two-electrode Polarograph Three-electrode Polarograph Inert Atmosphere Quantitative Techniques Wave Height-Concentration Plots Internal Standard (Pilot Ion) Method Method of Standard Addition Pulse Polarography Basic Principle Normal Pulse Polarography Differential Pulse Polarography Pulse Voltammetry at Stationary Electrode Applications Fundamental Harmonic AC Polarography Faradaic Electrode Processes Chronopotentiometry Linear Sweep Voltammetry and Related Techniques Theory for Faradaic Processes Coupled Chemical Reactions Stripping Voltammetry Anodic Stripping Voltammetry Electrodes Theory and Techniques Cathodic Stripping Voltammetry Adsorptive Stripping Voltammetry Problems References 4. AMPEROMETRY Principle Instrumentation Amperometric Detection and Biosensors Amperometric Titrations Titrations with DME Titrations with Rotating Pt Electrode Biamperometric Titrations Advantages of Amperometric Titrations Applications Problems References 5. COULOMETRY Controlled Potential Methods Coulometric Measurements Controlled Current Methods Coulometric Measurements Applications

Bioinstrumentation deals with the instrumentation techniques and principles used for measuring physical, physiological, biochemical and biological factors in man or other living organisms. This book provides a comprehensive knowledge about the basic principles and applications of the tools and techniques generally used in biology and also those used in the growing field of molecular biology. This book will prove to be a dependable reference book for students and teachers of biological sciences.

Food, Nutrition and Health Carbohydrates Proteins and Amino Acids Lipids Vitamins Minerals and Water Food Processing Food Additives Food Adulteration and Testing Food Products Energy Metabolism Review questions Glossary Index

Introduction Mushrooms Antiquity of Fungi Manner of Growth Odor Duration Uses Habitat Structure and Growth Mycelium The Stem The Gills The Spores The Volva and Veil The Tubes or Pores Classification of Fungi Distinctive Characteristics of Genera Hymenomycetes Class I Gasteromycetes, or Stomach Fungi Class II Ascomycetes, or Spore Sac Fungi General Helps to the Memory Descriptions of Fungi, Arranged according to Color of Cap only Mushrooms with Red or Pink Colored Cap Mushrooms with Yellow or Orange Colored Cap Mushrooms with Gray Colored Cap Mushrooms with a Green Colored Cap Mushrooms with White Colored Cap Mushrooms with the Cap Brown and Various Shades of Brown Mushrooms with Purple or Violet-Colored Cap Descriptions of Some Familiar Mushrooms without Regard to Color Directions for Using Keys Key to Hymenomycetes, Membrane Fungi Class II Key to Pore-Bearing Fungi (Polyporei) Class III Key to Spine-Bearing Fungi (Hydnei) Class IV Key to Smooth Surface Fungi (Thelephorei) Class I Key to Clavariei Key to Gasteromycetes and Ascomycetes Appendix Glossary Index

Beyond Good and Evil is a groundbreaking philosophical work by the influential Friedrich Nietzsche. In it, Nietzsche challenges traditional morality and values, arguing that they are subjective constructs that have been imposed upon society by those in power. He advocates for a new way of thinking that goes beyond the dichotomy of good and evil, and instead focuses on the individual's will to power and their ability to create their own values. Nietzsche's unique writing style and provocative ideas make Beyond Good and Evil a must-read for anyone interested in philosophy, psychology, and the nature of human existence. This book is a timeless masterpiece that continues to inspire and challenge readers to this day.

Theory of computation is the scientific discipline concerned with the study of general properties of computation and studies the inherent possibilities and limitations of efficient computation that makes machines more intelligent and enables them to carry out intellectual processes. This book deals with all those concepts by developing the standard mathematical models of computational devices, and by investigating the cognitive and generative capabilities of such machines. The book emphasizes on mathematical reasoning and problem-solving techniques that penetrate computer science. Each chapter gives a clear statement of definition and thoroughly discusses the concepts, principles and theorems with illustrative and other descriptive materials.

Introduction Water Carbohydrates Carbohydrate Metabolism Lipids Lipid Metabolism Proteins Protein Metabolism Nucleic Acids Enzymes High energy Compounds Vitamins Hormones Biological Detaxification Antibiotics Biochemical Techniques Appendix Glossary References Index

Recognizing the profound need for a standard text in pharmacognosy presented in an accessible manner, this book emerges as a vital resource for both educators and learners in the field of botany. The inspiration behind its creation stems from my extensive teaching experience spanning over three decades, which has fueled a commitment to demystify complex concepts for students. This text meticulously covers the classification, preparation, and storage of crude drugs, highlighting phytoconstituents with therapeutic significance through illustrative examples. It delves into critical issues such as drug adulteration, evaluation methods, systematic analysis of powdered drugs, as well as the study of different fibres, sutures, and surgical dressings. Furthermore, it explores pharmaceutical products derived from plant and animal origins.Each chapter is thoughtfully complemented with a variety of questions designed to reinforce learning and encourage deep engagement with the material. The book places a strong emphasis on histochemical tests for the precise identification of phytoconstituents and the gross anatomical features that are increasingly important in research settings. A comprehensive glossary of technical terms related to pharmacognosy is included for quick reference.Striving to be as informative as possible, this book presents detailed insights into medicinal plants used as drugs, articulated in straightforward language and supported by appropriate illustrations. It is intended to fulfill the educational requirements of students and act as a superior reference tool for faculty members, undergraduates, postgraduates, and research scholars across Indian universities and others with similar interests.

Genetics is the science of heredity that involves the study of structure and function of genes. Applied genetics refers to the study of the involvement of the structure and function of genes in various practical fields. This book provides a focused introduction to the basic genetic principles and presents the molecular aspects and latest applied areas in genetics in considerable detail. The simple and lucid presentation of complicated topics in basic genetics, molecular genetics, medical genetics and in the latest applied areas of genetics would prove to be very useful to students, researchers and teachers.

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