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Book is in Used-VeryGood condition. Pages and cover are clean and intact. Used items may not include supplementary materials such as CDs or access codes. May show signs of minor shelf wear and contain very limited notes and highlighting. 1

136 pages. 8.50x0.39x11.00 inches. In Stock. This item is printed on demand.

For the Battlestar Galactica and its fleet, which is the greater threat: what lies ahead, or what snaps at their heels? Driven into an uncharted storm zone by the pursuing Cylons, the last survivors of the Twelve Colonies discover a vast, mysterious artifact. With half of the crew haunted by chilling dreams of lost Earth, Commander Adama and Captain Apollo find themselves at odds over their course of action — a conflict that leads the leader of humankind to question if the time has come to pass the torch. Will Adama entrust the sanctity of the fleet to the next generation... and if so, would they survive the coming massive Cylon attack without his tactical genius? And finally — the origin of the traitorous Baltar is finally revealed! What kind of man could betray his own species, and how did the Cylons foster his sinister ambition?

The brain stem and cerebellum are structures that have fascinated and puzzled physicians, anatomists, and physio­ logists for centuries. Relatively small in volume compared to the much larger and more majestic human cerebrum, and hidden away in relative obscurity in the back of the head under the protection of the bony posterior fossa and the firm dural envelope, the tentorium cerebelli, these critical neural structures defied precise study during life until very recently. Recent advances in brain and vascular imaging and improved understanding of brain-stem reflex and tract functions and their measurement by electrophysiological techniques have presented an opportunity for clinicians and researchers to better study, during life, patients with stroke and other conditions that involve the brain stem and cere­ bellum. A congress was held at the Neurology Clinic of the University in Mainz, April 4-5, 1992, during which clinicians and researchers reported and discussed modern topical diagnosis of diseases of the brain stem and cere­ bellum. This volume represents the edited proceedings of that congress. Early information about brain stem anatomy and func­ tions came from anatomical studies by Ludwig Turk, Paul Flechsig, Rudolph von K6lliker, Karl Burdach, Vladimir Bekterew, and Benedikt Stilling, among others, all working in Germany during the middle years of the nineteenth century. Johann Reil, a German anatomist, in the begin­ ning of the nineteenth century had described the structure and some functions of the cerebellum which he called the little brain ("Kleinhirn").

[Accessories]Hard case[Features]The body top is made of carbon graphite, which creates a rich sense of volume from the deep bowl body with deep aco...

The avidin-biotin complex has been used for isolation (affinity chromatography), localization (affinity cytochemistry, cell cytometry, and blotting technology), and diagnostics (immunoassay, histopathology, and gene probes). Recently, usage of the system has been extended to include other areas. This volume covers these new applications and methodologies including hybridoma technology, bioaffinity sensors, affinity targeting, and drug delivery, as well as cross-linking, immobilization, and fusogenic studies.

This book focuses on three main themes. Theme one - advances in basic science. Point defects, dislocations, doping, the properties of nitride alloys with a special emphasis on localization phenomena and GaAsN alloys (which are very promising for long-wavelength emitters), transport and optical properties are also featured. Theme two - growth and growth-related issues. Significant advances have been made in understanding/improving all major nitride growth techniques (MBE, MOCVD, HVPE). Techniques such as ELOG and the development of bulk-like substrates are receiving attention as methods to reduce the number of dislocations. Theme three - devices. Tremendous progress has been reported in device design and optimization, and also in understanding device processing issues such as p-contacts, laser lift-off, and etching. Overall, the book offers a broad exchange of scientific knowledge and technical expertise. Topics include: molecular beam epitaxy and growth kinetics; point defects and doping; light emitters; nitride alloys and lateral epitaxy; quantum wells; transport and optical properties; vapor phase epitaxy; extended defects; electronic devices and processing.

This book focuses on three main themes. Theme one - advances in basic science. Point defects, dislocations, doping, the properties of nitride alloys with a special emphasis on localization phenomena and GaAsN alloys (which are very promising for long-wavelength emitters), transport and optical properties are also featured. Theme two - growth and growth-related issues. Significant advances have been made in understanding/improving all major nitride growth techniques (MBE, MOCVD, HVPE). Techniques such as ELOG and the development of bulk-like substrates are receiving attention as methods to reduce the number of dislocations. Theme three - devices. Tremendous progress has been reported in device design and optimization, and also in understanding device processing issues such as p-contacts, laser lift-off, and etching. Overall, the book offers a broad exchange of scientific knowledge and technical expertise. Topics include: molecular beam epitaxy and growth kinetics; point defects and doping; light emitters; nitride alloys and lateral epitaxy; quantum wells; transport and optical properties; vapor phase epitaxy; extended defects; electronic devices and processing.

This two-volume text is geared to students and EEG technologists at all levels of training. Volume 1--Basic Concepts and Methods--covers fundamentals of instrumentation; use of numbers in EEG; principles of electricity and electronics; electrode placement; polarity and localization; design and use of montages; and classification of EEG activity. More than 300 illustrations accompany the text, including full-sized reproductions of EEG samples. A thorough discussion of the concepts of normal and abnormal in adult, pediatric, and neonatal EEGs prepares the reader for the clinical material in Volume 2 of this text. Volume 2--Clinical Correlates--focuses on the application of EEG to problems in clinical neurology and details specific EEG procedures that have proven most useful for particular diagnostic problems. Chapters cover seizure disorders; brain tumors; cerebrovascular disorders; metabolic and toxic encephalopathies; infections of the central nervous system; degenerative diseases; head trauma; headache; and brain death and electrocerebral inactivity. The authors' clinical-technical commentaries include guidelines published by the American Electroencephalographic Society and the International Federation of Societies for Electroencephalography and Clinical Neurophysiology, as well as diagnostic criteria proposed by the International League Against Epilepsy. More than 200 illustrations--including computed tomography scans and full-sized reproductions of EEG tracings--accompany the text.

This two-volume text is geared to students and EEG technologists at all levels of training. Volume 1--Basic Concepts and Methods--covers fundamentals of instrumentation; use of numbers in EEG; principles of electricity and electronics; electrode placement; polarity and localization; design and use of montages; and classification of EEG activity. More than 300 illustrations accompany the text, including full-sized reproductions of EEG samples. A thorough discussion of the concepts of normal and abnormal in adult, pediatric, and neonatal EEGs prepares the reader for the clinical material in Volume 2 of this text. Volume 2--Clinical Correlates--focuses on the application of EEG to problems in clinical neurology and details specific EEG procedures that have proven most useful for particular diagnostic problems. Chapters cover seizure disorders; brain tumors; cerebrovascular disorders; metabolic and toxic encephalopathies; infections of the central nervous system; degenerative diseases; head trauma; headache; and brain death and electrocerebral inactivity. The authors' clinical-technical commentaries include guidelines published by the American Electroencephalographic Society and the International Federation of Societies for Electroencephalography and Clinical Neurophysiology, as well as diagnostic criteria proposed by the International League Against Epilepsy. More than 200 illustrations--including computed tomography scans and full-sized reproductions of EEG tracings--accompany the text.