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Titlebook: Bacteriophages; John Douglas Book 1975 John Douglas 1975 behavior.biology.development.molecular biology.nucleic acids

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發(fā)表于 2025-3-21 18:22:07 | 只看該作者 |倒序?yàn)g覽 |閱讀模式
期刊全稱(chēng)Bacteriophages
影響因子2023John Douglas
視頻videohttp://file.papertrans.cn/181/180350/180350.mp4
圖書(shū)封面Titlebook: Bacteriophages;  John Douglas Book 1975 John Douglas 1975 behavior.biology.development.molecular biology.nucleic acids
影響因子The contribution of bacteriophages to the development of modern biology cannot be overestimated yet, sixty years after their discovery, they are as remote and mysterious to many scientists as they are to most laymen. This book endeavours to remedy the situation: an attempt has been made to provide, in readily comprehensible form, a nucleus of information essential to anyone embarking on the study of bacteriophages or using them in their work for the first time. It shows the range of bacteriophage structure and behaviour; it illustrates the role of bacteriophage in molecular biology; it surveys the current state of the art; it presents the medical and industrial aspects. Some simple experimental procedures are given in sufficient detail for the beginner to attempt them successfully. Other, more sophisticated pro- cedures are presented so as to impart a feeling of intimate reality without dazzling the reader with technical complexity. I hope that young readers will forgive me for assuming that they have some knowledge of bacteria, nucleic acids, antibodies and isotopes. Likewise I would ask mature workers to excuse the omission of cherished specialities. To have included all these, v
Pindex Book 1975
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沙發(fā)
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Peter Kriwy,Monika Jungbauer-GansWhereas phages are viruses of minor importance compared to those that infect Man and his domestic plants and animals, there are certain industries where bacteriophage infection is a nuisance, if not economically disastrous. These are industries that depend at some stage in their processes on changes brought about by specific bacteria.
地板
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Lisa Mlekus,Sonja K. ?tting,Günter W. Maier 1915. He had noticed that some colonies of a bacterium, ., had undergone what he termed a ‘glassy transformation’ in that, instead of their normal, opaque creamy-white appearance, they had become clear, like glass. When he transferred a minute speck of material from such a glassy colony to a normal
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Jochen J. Steil,Günter W. Maierimply leak out of the cell over a period without killing it; certain defective phages multiply in the infected cell but cannot lyse it; some phages termed ‘temperate’ may integrate themselves into the bacterial cell and lyse it only when induced to do so by special treatments. In such cases phage is
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Lisa Mlekus,Sonja K. ?tting,Günter W. Maier of . (‘coliphages’), illustrating the diversity in size and shape of the virions of phages of a single bacterial species. On analysis, practically all phage virions are found to consist of protein and nucleic acid only. The nucleic acid is commonly said to be exclusively either DNA or RNA but this
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Alexandra Michel,Annekatrin Hoppeen it bursts, yet, if the cell is broken open, no phage can be extracted from it. What becomes of the phage during this ‘eclipse phase’? The answer to this question has been obtained from three main lines of investigation. Again, the T-even phages predominate.
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Alexandra Michel,Annekatrin Hoppecompletely one-sided in that, within minutes of their first encounter, the phage has multiplied about one hundredfold while the host is utterly destroyed. Any parasite that continues to behave in this fashion will very quickly render itself extinct, along with its host. It is not surprising, therefo
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