Although many books have been published on various aspects of human, animal, and plant parasitology, as well as the public health problems associated with parasites, none to date has offered a comprehensive glossary for those confronted with the discipline's exceptionally extensive terminology. To meet this need requires a dedicated text that can house the myriad entries that define all the basic principles and advanced nomenclature of parasitology. The Dictionary of Parasitology reflects current practice in all aspects of parasitology and includes spellings, punctuation, abbreviations, acronyms, symbols, nomenclature, prefixes, and suffixes. It covers the field of modern parasitology with concise, clear, and authoritative precision. The dictionary assigns entries of parasites to the primary divisions of parasitology: human, veterinary, plant, insect, or fish; although in many instances the area of interest may be wide-ranging. The dictionary provides the depth and breadth of knowledge that makes it both an informative and useful volume for beginners and experts in the field, as well as for writers and editors of scientific texts. Entries cover control measures, immunology, physiology, pharmacology, etc., and each are labeled according to the most appropriate area to which they relate. Attach tear sheet from text Providing more than 11,500 entries, the Dictionary of Parasitology, sets a standard that will allow those in the field to communicate with essential scientific accuracy.

Need to know what 'PCR' stands for?
Forgotten what a 'frozen section' is?
Can't remember how to spell 'actinomycetaceae'?
Want to know when to use the 'Baermann Technique'?
Heard of 'ACDP' but not sure what it is?
The Dictionary of Biomedical Sciences will answer all these questions and many, many more.
With over 8,000 entries, this new dictionary will prove an invaluable desk-aid for all undergraduates worldwide encountering biomedical terms and jargon for the first time. It will also serve as a comprehensive reference guide for postgraduates, researchers in academia and industry, science writers, journalists, and editors.

Do you want to know what inherited defect causes thalassaemia? Do you understand the significance of "resistance" when applied to microbiology? Can you say what a "frozen section" really is? This book will answer all these questions, and many more.
This dictionary contains over 8000 entries that define all the basic principles of biomedical sciences, together with a wealth of other information. It reflects current practice in all aspects of biomedical science and includes variant spellings, punctuation, abbreviations, acronyms, symbols, nomenclature, prefixes and suffixes. It covers the field in a concise, clear and authoritative manner and its lively style makes it a frequently consulted, informative, practical guide to the subject.

This book provides unique step-by-step guidance to producing a high quality, effective poster for display at a scientific meeting. It aims to give young or inexperienced scientists the extra confidence and encouragement to start contributing poster presentations to scientific meetings, and enthuse experienced poster presenters to continue to improve upon their presentations, and benefit more from the overall experience. Chapters 1-4 are concerned with the purpose of posters: the pros and cons of poster presentations and how to take advantage of the opportunities they present. Chapters 5-9 cover aspects of what to include: how best to present text and data, and the use of colour in the overall format and design of the poster. Chapters 10-11 deal with actual construction: how to produce posters in a variety of styles and formats, as well as general advice on paper characteristics, drawing aids, adhesives, and cutting equipment. Chapters 12-13 are a guide to transporting the poster to the meeting, and presenting it at the poster session, and should take some of the mystique out of creating the 'right' image to the people that matter.Chapter 14 gives guidance on hosting poster sessions and avoiding the various pitfalls. Chapter 15 provides an opportunity to critically review some examples of posters presented at international scientific meetings. This book provides concise, practical guidance on all aspects of production and presentation of scientific posters. It alerts the poster presenter to the various pitfalls and how best to avoid them, and to the many opportunities that may be capitalised upon.

This book provides unique step-by-step guidance to producing a high quality, effective poster for display at a scientific meeting. It aims to give young or inexperienced scientists the extra confidence and encouragement to start contributing poster presentations to scientific meetings, and enthuse experienced poster presenters to continue to improve upon their presentations, and benefit more from the overall experience. Chapters 1-4 are concerned with the purpose of posters: the pros and cons of poster presentations and how to take advantage of the opportunities they present. Chapters 5-9 cover aspects of what to include: how best to present text and data, and the use of colour in the overall format and design of the poster. Chapters 10-11 deal with actual construction: how to produce posters in a variety of styles and formats, as well as general advice on paper characteristics, drawing aids, adhesives, and cutting equipment. Chapters 12-13 are a guide to transporting the poster to the meeting, and presenting it at the poster session, and should take some of the mystique out of creating the right' image to the people that matter. Chapter 14 gives guidance on hosting poster sessions and avoiding the various pitfalls. Chapter 15 provides an opportunity to critically review some examples of posters presented at international scientific meetings. This book provides concise, practical guidance on all aspects of production and presentation of scientific posters. It alerts the poster presenter to the various pitfalls and how best to avoid them, and to the many opportunities that may be capitalised upon.

Do you want to know what inherited defect causes thalassaemia? Do you understand the significance of resistance when applied to microbiology? Can you say what a frozen section really is? Dictionary of Biomedical Sciences answers all these questions, and many more. This informative, practical guide contains over 8000 entries that define all the basic principles of biomedical sciences, together with a wealth of other information. It reflects current practice in all aspects of biomedical science and includes variant spellings, punctuation, abbreviations, acronyms, symbols, nomenclature, prefixes and suffixes and covers the field in a concise, clear and authoritative manner.