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Abstract Given the number of exciting developments across the whole spectrum of receptor research in recent years, the editors have not restricted themselves to one particular approach or class of receptors. Thus the studies within range from G protein-coupled surface receptors, to the delivery of antisense DNA inside living cell systems. A distinguished team of contributors cover these diverse areas, identifying any difficulties likely to be encountered and appropriate steps to overcome them. Wherever appropriate, the theoretical basis of each topic is explained first so that the results emerging from the practical procedures can be fully understood. Anyone with an interest in receptor structure and function will find this book an invaluable resource.
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Mark F. Wiser · Garland Science eBooks · 2023
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Jonathan Owens · 1988
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Grilli Caiola, Rome · 1997
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Gary S. Stein, Ronald Berezney · Journal of Cellular Biochemistry · 1996
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2021
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Kengo Kinoshita, Akinori Kidera · Seibutsu Butsuri · 2000
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Christiane Dalton‐Puffer, Kastovsky, Dieter, Ritt, Nikolaus · 2000
The thematic connections between articles assembled in this volume mirror central and integrating role of the in almost all matters linguistic. With formal and descriptive aspects of word (in inflection and derivation) at centre, contributions branch out into phonology, syntax, pragmatics and, most importantly, semantics. In terms of languages focus is mainly on English (synchronically and diachronically) but Hungarian, Polish and German are also considered among others. The theoretical focus lies on various aspects of language change on one hand, and on morphological concepts such as productivity, or morphological status of items on other.
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Michael Fassino · Behavioral and Brain Sciences · 1982
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IMPERIAL COLLEGE PRESS eBooks · 2013
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2006
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Herbert Y. Reynolds · Goldman's Cecil Medicine · 2012
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Claudio Nicolini · 1997
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Nicholas J. Russell, Georgina Powell, Jerry G. Jones et al. · 1982
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Vladimir I. Gelfand · Cell Biology International Reports · 1990
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Jörg J. Sauter · Progress in botany · 1986
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Lung biology in health and disease · 2005
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M. Ould-Rouis, R. A. Antonia, Yonggang Zhu et al. · Physical Review Letters · 1996
For isotropic turbulence, the pressure structure function ${D}_{p}$ can be simply related to ${D}_{1111}$, the fourth-order longitudinal velocity structure function. Using measurements of ${D}_{1111}$ in different flows and Reynolds numbers, plausible distributions of ${D}_{p}$ are obtained for separations in both the viscous and inertial ranges.
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勝 船津 · Medical Entomology and Zoology · 1971
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