Technical Books

Authored by Elena Borisenko and Nikolai Kolesnikov, this huge PDF is a comprehensive package on crystallization, especially dealing with artificial and natural crystals. Important matters include analyses of thermal barrier coatings, nucleation and crystal growth in phase-separated glasses, and the development of novel metamaterials. The research paper has further examined the influence of amino acid additives on ammonium dihydrogen phosphate crystal growth. It further discusses the biomineralization process of biological systems such as the special types of crystal formations within an organism and then delves deeper into biomimetic crystallization techniques whereby macromolecular additives are used along with the implications of crystal growth for health protection. This resource is very useful for the researcher and practitioner in materials science, offering insights into the complexities of crystallization processes and their applications in high technology and biomaterials.

It's a free online resource from the University of Utah, that covers all the fundamental and advanced topics in computational chemistry-from Schr�dinger equation to time-dependent methods in spectroscopy. The material discusses molecular dynamics and quantum-based theories applicable to condensed matter, giving insight to the ways of behaviors of stressed out metals, so it covers all aspects: the students will come to a genuine understanding of modern electronic structure methods. By combining the theory with practical applications, this helps aspiring chemists shape their knowledge and skills.

Authored by Ryan J. Yoder, The Ohio State University; this is a PDF which explores applications of computational chemistry to challenging problems including chemical warfare and renewable energy. It outlines novel strategies which quinone methide precursors function as therapies and molecular baskets as bioscavengers of nerve agents. In addition, the book explores how to design iridium-based catalysts for the dehydrogenation of fatty acids and gives an overview of how computational chemistry intersects with more down-to-earth applications concerning health and environmental sustainability. To this end, it outlines the directions for future research; hence, it is a must-read for those interested in applied chemistry.

PDF This is an introductory overview of computational chemistry. Here, emphases are on applications and on the nature of the working environment. Some important topics covered here are: Molecular potential energy and a few techniques to build molecular structures graphically. The material is designed to familiarize students and researchers with a few of the foundational concepts of computational chemistry, showing how computational tools can model and predict molecular behaviors. This resource explains the theoretical underpinnings and practice of molecular simulations with a view to improving understanding about the application of computational methods in different contexts in chemistry.

Deeply based on Western Oregon University, this online resource explains foundational concepts of biochemistry such as protein structure, DNA, RNA, and the human genome in depth. The paper goes on to elucidate enzyme principles and catalytic mechanisms and regulatory aspects of proteins. The text then discusses DNA replication, transcription, RNA processing, and mechanisms of DNA repair and transcriptional control. In this chapter, the reader will achieve a broad overview which, for students, will empower them with a good basis of biochemical principles that underpin life at the molecular level; it forms a very important background study for students pursuing biochemistry and related disciplines.

This PDF by K.K. Wagh Agricultural College, Nashik, has focused the most critical topics in biochemistry related to the structure and function of organelles in a plant cell, biomolecules, carbohydrates, nucleic acids, and lipids. It includes discussion topics like proteins, amino acids, and biochemical energetics related to the functions of living organisms. Developing the molecular constituents considered significant for life, these notes have been prepared as a basic text that will help increase the understanding of biochemical processes together with their applications in agriculture and biological sciences.

This educational note from Annamalai University deals with the basic concepts in biochemistry: carbohydrates, proteins, amino acids, nucleic acids, lipoproteins, and lipid metabolism. It stresses biological properties of proteins, metabolic pathways by fats and proteins, and functions of enzymes. The material structured in understanding biomolecules will explain the significant principles of biochemistry and how the principles are applicable in biological systems. This book resource is apt for the beginner biochemistry student; it is simply so solid and foundational that once grasped, the concepts can take students further in the field.

This is a PDF designed by the College of Agriculture, Rajendranagar, Hyderabad, Department of Biochemistry: It serves as an elementary source in understanding the chemistry of living organisms as it covers major foundational topics like a history of biochemistry, plant cell structures, organelles, proteins, enzymes, fatty acids, and nucleic acids. By explaining life processes at a molecular level, it equips students with the required knowledge that will make them able to understand interactions at levels which govern biological systems. The material is tailored for the student studying biochemistry; therefore, it gives a comprehensive overview of the respective concepts and their significances in agriculture and biology.

This Boston University course teaches biochemical concepts online, covering the fundamentals of chemistry, biology, and related disciplines. Key areas include major molecular components of life, thermodynamics, proteins, enzymes, nucleic acids, lipids, and carbohydrates. The course also elucidates the functions of vitamins and coenzymes in metabolism. It interlinks various scientific fields with biochemical principles and their applications in medicine and research. Thus, this makes it an important resource for those aspiring to be professional biochemists.

Authored by Rodrigo Valenzuela Baez, this book gives a general view of contemporary research related to lipid metabolism. All international authors' contributions are collected to discuss the latest findings and trends in lipid biology. The text discusses various topics concerning the metabolic pathways, regulatory mechanisms, and implications of lipid biology for health and disease. Opening new avenues of research as well as encouraging new ways of understanding lipid function and metabolism, it is indeed a treasure trove for the researcher and student seeking to pursue in-depth knowledge of lipid biochemistry.

This extensive PDF by Charles University addresses pertinent questions with regard to clinical biochemistry, covering the influence of pre-analytical factors on the situation within laboratory examinations and the determination of reference values. It comprises analytical properties, quality control, and diagnostic sensitivity in a broad range of tests-from kidney function to plasma proteins and assays for electrolytes. The book deals with the metabolic functions of calcium, phosphorus, magnesium, and trace elements and emphasizes thyroid and adrenal hormones. Additional topics discussed include acid-base disorders, lipids in blood serum, and their significance for atherosclerosis and free radicals.

This book by KV Aleksandrova delves into the intricacies of hormone biochemistry, mechanisms, and types. The book covers peptide hormones, pancreas hormones, pituitary hormones, parathyroid secretions, derivatives of amino acids, thyroid hormones, hormones of adrenal medulla, and steroid hormones, focusing on biological importance and the regulatory function in the body. The text of the book is a rich source of knowledge on the influence of hormones on physiological processes and also their impact upon health and disease, so it is an essential resource for students as well as professionals in the fields of biochemistry and related disciplines.

It looks like the document is a course material for SBC3104, apparently associated with the Sathyabama Institute of Science and Technology academic program. The subject matter dealt with here imparts students with essential theoretical concepts, practical applications, and methodologies related to the particular subject. Definitions that are fundamental to understanding the subject and key principles coupled with illustrative examples form the content. It would aim to equip students with adequate knowledge and relevant skills according to their field of study, possibly emphasizing problem-solving methodologies and critical thinking capabilities. In fact, the material may also present problems or case studies that can be utilized in exercises to enhance further learning and serve as a guide in problem-solving situations in real life. It is a holistic tool that guides students through the throes of the subject and encourages active engagement with deeper knowledge.

Professor Nigel Mason discusses in his paper the chemical origins of life, covering the synthesis of nucleobases and DNA. Included in this also are the historical experiments, such as Urey-Miller, and examines the chemistry of prebiotic types in conditions similar to those prevailing on early Earth. This note covers important results with regard to the question of life on Mars: investigations about meteorites from Mars and ozone formation and depletion. It is an interesting overview of astrochemical processes that could well have led to the origin of life on Earth and elsewhere in the universe, founded on a blend of experimental data and theoretical insights.

This is a lecture note by Prof. Jesse Kroll, focusing on chemical transformations in trace species of Earth's atmosphere. The note highlighted how human activity impacts both air quality and climate-from covering major concepts such as photochemistry and ozone-depleting compounds to aerosol chemistry. The note provides a comprehensive summary of what drives atmospheric chemistry, from sources and sinks of greenhouse gases to names and processes. The paper is designed for better understanding of the atmospheric processes concerning anthropogenic influences and their implication in environmental science.