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The present publication is an up-to-date, authentic an illustrated multivolume dictionary of Biotechnology, which recognizes that biotechnology is a field in its own right, with its own language, and that terms and their definitions are important for professionals and students of biotechnology. It aims to provide clear, concise, and correct definitions and descriptions of the terms used in biotechnology. The terminology of all the branches of biotechnology are included in this work. This work is designed to be a comprehensive reference tool for biotechnology professionals, students and laymen interested in biotechnology. It is earnestly hoped that it will be an authoritative source to which one can turn with confidence for meaning and knowledge of the common, specialized and latest terms in biotechnology and allied fields.
The present publication is an up-to-date, authentic an illustrated multivolume dictionary of Biotechnology, which recognizes that biotechnology is a field in its own right, with its own language, and that terms and their definitions are important for professionals and students of biotechnology. It aims to provide clear, concise, and correct definitions and descriptions of the terms used in biotechnology. The terminology of all the branches of biotechnology are included in this work. This work is designed to be a comprehensive reference tool for biotechnology professionals, students and laymen interested in biotechnology. It is earnestly hoped that it will be an authoritative source to which one can turn with confidence for meaning and knowledge of the common, specialized and latest terms in biotechnology and allied fields.
The book covers solid waste domestic,agricultural, industrial, medical, plastic and hazardous waste generation anddisposal, and the technology used to convert it into eco-friendly material, suchas ecotechnology, rootzone technology (a low cost technology for effluenttreatment), and macrocosm technology. Looks at greenbelt development technologyas a viable programme to restore and regenerate vegetative cover.
The book reckons to the young aspirants willing to mke their careers in this upcoming area of science. A brief detail on different branches of biotechnology including. Plant, Animal, Medicine, Marine, Bioinformatics, Environemtn and industrial has been given. What are the job opportunities and where to look for them have been exhaustively listed. List of institutes offering different courses, the important reference book and the websites are the important appendices and the alongwith a glossary of technical terms make the book even more relevant and useful for students,their guardians, academicians, industry people as well. Written by two eminent persons in the field, the book also includes brief write-ups on some of the stalwarts who have made their marks in this field and are still going great and achieving greatness.
This book is based on recent views, ideas and contributionsof some of the world's leading ecologists, with special reference to comprehensiveinformation on water pollution, regarding their source, effects and control. Some of thecommon methods used for wastewater treatment, including sewage treatment anddrinking water purification, have also been discussed in this book.
A biosensor is a device for the detection of an analyte that combines a biological component with a physiochemical detector component. A typical biosensor consists of three parts: a sensitive biological element, a transducer in between and a detector element. The most widespread example of a commercial biosensor is the blood glucose biosensor, which uses an enzyme to break blood glucose down. In so doing it transfers an electron to an electrode and this is converted into a measure of blood glucose concentration. The high market demand for such sensors has fuelled development of associated sensor technologies. This book covers recent developments that combine the fields of biotechnology and electrical engineering with applications in the detection of very low levels of chemicals and biological agents in the body. It provides an authentic overview of a wide range of biosensing systems, discussing the elements of different transducers used in sensors and the selective elements that are employed. The style is relatively non-mathematical and informal in approach. The contents of the book will be ideal for graduate and postgraduate students of biotechnology, analytical and physical chemistry. It will also be invaluable to all those concerned with the environmental and biomedical applications of such biosensing systems.
In a world of rapid technological development, people are constantly falling behind and becoming technological illiterates. Technology companies are constantly struggling to find effective ways to help customers or potential customers understand the advantages or the operation of their new products. Technical writing is a specialized, structured way of writing, where information is presented in a format and manner that best suits the cognitive and psychological needs of the readers, so they can respond to a document. Thus, it is writing formatted and shaped to make reading as simple, poignant, unequivocal, and enjoyable as possible. It so happens that most technical writing positions are still primarily offered to those who can write effective end-user manuals, system design documents, Web sites, and the like for engineering and IT firms. This book aims to teach students the skill of technical writing. It is unique in that it gets to the point, uses practical outlines throughout, and actually shows students how to produce the most common technical documents step-by-step. It employs a laid-back approach that is focused on providing real-world information in a straightforward and easy-to-understand manner.