The Physiology and Pathology of the Cerebellum was first published in 1958. Minnesota Archive Editions uses digital technology to make long-unavailable books once again accessible, and are published unaltered from the original University of Minnesota Press editions. The development of electrical methods of recording activity in the nervous system has greatly augmented our knowledge of cerebellar physiology. Now, for the first time in a single volume, this new information has been related to facts derived from older methods of investigation. Previously unpublished reports of experiments conducted at the Institute of Physiology, University of Pisa, Italy, also are included. The authors, an American clinical neurologist and an Italian neuro-physiologist, have collaborated to provide a comprehensive review of cerebellar physiology and a survey of the clinical symptomatology of cerebellar disorders and the pathology of the cerebellum. In Part I, devoted to the physiology, the authors review the literature completely and place it in proper relation to the latest developments in this field. There are chapters on this history of cerebellar physiology, ablation experiments, stimulation experiments, electro-physiological experiments, the relations between the cerebellum and other central nervous structures, developmental physiology, and the functions of the cerebellum, considered generally. Part II is devoted to the human cerebellum as studied in the clinic. Where anatomical and physiological observation may shed light upon obscure clinical findings, the laboratory data are related to the clinical investigations. The disorders and diseases affecting the cerebellum are systemically reviewed. The book is illustrated with 61 halftones and 124 line drawings.
The results from this research affirmed the fact that inactivation of microorganisms by chemical disinfectants is influenced by disinfection, microbial, and water quality factors and the various interactions between these factors. The results showed that for all disinfectants, temperature is a key parameter that influences disinfection efficiency. The effect of turbidity was generally of less importance than pH and temperature. The safety factors (1.5 to 2.0) that are applied in the USEPA Ct tables should be satisfactory to account for these effects, not to mention the additional safety factors that are employed during Ct calculations (Cresidual and t10). Research Partner: USEPA Originally published by AwwaRF for its subscribers in 2003
New economic thinking is in demand in the light of the recent economic crisis. This book equips the reader with a better understanding of current ways of thinking as well as an awareness of other possibilities, providing the foundations for debate in theory and methodology alongside practical implications for policy.
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