A child with developmental dyslexia or an adult with a reading disorder following brain damage might read the word shoe as 'show', why does this happen? Most current information processing models of reading distinguish between two alternative procedures for the pronunciation of a printed word. The difference between these concerns the level at which orthography is translated to phonology in one, the word-level procedure, a word is read aloud with reference to knowledge specific to that whole word. In the other, the sub-word-level procedure, a printed word is pronounced with reference to knowledge about smaller segments which occur in many different words. Both procedures contribute to normal skilled reading and its acquisition. But if one of the procedures is disrupted, then oral reading will be forced to rely on the alternative routine. Surface dyslexia is a general label for any disorder of reading which results from inadequate functioning of the word-level procedure and in consequence abnormal reliance on sub-word level translation from orthography to phonology. Originally published in 1985, this book provides new evidence about the diverse manifestations of surface dyslexia in adult neurological patients and in children with developmental disorders of reading. The data are drawn from speakers of a range of languages with distinct orthographies. Process models for the pronunciation of print are elaborated, and an appendix gives neurological information on the patients reported.

A child with developmental dyslexia or an adult with a reading disorder following brain damage might read the word shoe as 'show', why does this happen? Most current information processing models of reading distinguish between two alternative procedures for the pronunciation of a printed word. The difference between these concerns the level at which orthography is translated to phonology in one, the word-level procedure, a word is read aloud with reference to knowledge specific to that whole word. In the other, the sub-word-level procedure, a printed word is pronounced with reference to knowledge about smaller segments which occur in many different words. Both procedures contribute to normal skilled reading and its acquisition. But if one of the procedures is disrupted, then oral reading will be forced to rely on the alternative routine. Surface dyslexia is a general label for any disorder of reading which results from inadequate functioning of the word-level procedure and in consequence abnormal reliance on sub-word level translation from orthography to phonology. Originally published in 1985, this book provides new evidence about the diverse manifestations of surface dyslexia in adult neurological patients and in children with developmental disorders of reading. The data are drawn from speakers of a range of languages with distinct orthographies. Process models for the pronunciation of print are elaborated, and an appendix gives neurological information on the patients reported.

The molecular basis of disease is the driving force in biomedical reserach. Gene detection, quantification, and localization are required to determine disease pathogenesis. In as much as DNA is the genetic potential in a particular organism, RNA and protein expression are the functional result of our genetic program. Techniques in Localization of Gene Expression describes in great detail the methods used to quantify and localize gene expression. Sensitive detection of gene expression is hindered by poor recovery or preservation of target sequences. Techniques emphasizes optimized methods to ensure full recovery and preservaiton of targets from specimen acquisition through detection of specific targets and final analysis. Situ Analyses of cells and tissues are also discussed. One of the weaknesses in biomedical research has been the use of in vitro model systems consisting of cell lines that may or may not mimic the in vivo conditions. These model systems are necessary to ask several questions on cell s and tissues with controllled variables int he absense of strategies to ask many questions at the same time.Multiparameter analysis can cirmcumvent the necessity fo in vitro model systems by allowing many quesitons to be answered on a cell or tissue at a single point in time. Using fluorescent dyes, on can answer many questions about a particular cell or tissue. One color, one question is an overriding theme of this book. The limitations of this approach are the number of colors in the spectrum and our ability to resolve them. Readers will find working protocols that have been developed and used routinely in the author's laboratory. Representative applications will be described using the various gene quantification and localization protocols to illustrate the utility of the techniques.

Testing for a unit root is now an essential part of time series analysis. Indeed no time series study in economics, and other disciplines that use time series observations, can ignore the crucial issue of nonstationarity caused by a unit root. However, the literature on the topic is large and often technical, making it difficult to understand the key practical issues.
This volume provides an accessible introduction and a critical overview of tests for a unit root in time series, with extensive practical examples and illustrations using simulation analysis. It presents the concepts that enable the reader to understand the theoretical background, and importance of random walks and Brownian motion, to the development of unit root tests. The book also examines the latest developments and practical concerns in unit root testing.
This book is indispensable reading for all interested in econometrics, time series econometrics, applied econometrics and applied statistics. It will also be of interest to other disciplines, such as geography, climate change and meteorology, which use time series data.

Testing for a Unit Root is now an essential part of time series analysis but the literature on the topic is so large that knowing where to start is difficult even for the specialist. This book provides a way into the techniques of unit root testing, explaining the pitfalls and nonstandard cases, using practical examples and simulation analysis.

Testing for a unit root is now an essential part of time series analysis. Indeed no time series study in economics, and other disciplines that use time series observations, can ignore the crucial issue of nonstationarity caused by a unit root. However, the literature on the topic is large and often technical, making it difficult to understand the key practical issues. This volume provides an accessible introduction and a critical overview of tests for a unit root in time series, with extensive practical examples and illustrations using simulation analysis. It presents the concepts that enable the reader to understand the theoretical background, and importance of ranA--dom walks and Brownian motion, to the development of unit root tests. The book also examines the latest developments and practical concerns in unit root testing. This book is indispensable reading for all interested in econometrics, time series econometrics, applied econometrics and applied statistics. It will also be of interest to other disciplines, such as geography, climate change and meteorology, which use time series of data.

This book provides an introduction to the technical background of unit root testing, one of the most heavily researched areas in econometrics over the last twenty years. Starting from an elementary understanding of probability and time series, it develops the key concepts necessary to understand the structure of random walks and brownian motion, and their role in tests for a unit root. The techniques are illustrated with worked examples, data and programs available on the book's website, which includes more numerical and theoretical examples
This book is indispensable reading for all interested in Time Series Econometrics, Econometrics and Applied Econometrics

This book provides an introduction to the technical background of unit root testing, one of the most heavily researched areas in econometrics over the last twenty years. Starting from an elementary understanding of probability and time series, it develops the key concepts necessary to understand the structure of random walks and brownian motion, and their role in tests for a unit root. The techniques are illustrated with worked examples, data and programs available on the book's website, which includes more numerical and theoretical examples
This book is indispensable reading for all interested in Time Series Econometrics, Econometrics and Applied Econometrics

The molecular basis of disease is the driving force in biomedical reserach. Gene detection, quantification, and localization are required to determine disease pathogenesis. In as much as DNA is the genetic potential in a particular organism, RNA and protein expression are the functional result of our genetic program. "Techniques in Localization of Gene Expression" describes in great detail the methods used to quantify and localize gene expression. Sensitive detection of gene expression is hindered by poor recovery or preservation of target sequences. "Techniques" emphasizes optimized methods to ensure full recovery and preservaiton of targets from specimen acquisition through detection of specific targets and final analysis. Situ Analyses of cells and tissues are also discussed. One of the weaknesses in biomedical research has been the use of in vitro model systems consisting of cell lines that may or may not mimic the in vivo conditions. These model systems are necessary to ask several questions on cell s and tissues with controllled variables int he absense of strategies to ask many questions at the same time. Multiparameter analysis can cirmcumvent the necessity fo in vitro model systems by allowing many quesitons to be answered on a cell or tissue at a single point in time. Using fluorescent dyes, on can answer many questions about a particular cell or tissue. One color, one question is an overriding theme of this book. The limitations of this approach are the number of colors in the spectrum and our ability to resolve them. Readers will find working protocols that have been developed and used routinely in the author's laboratory. Representative applications will be described using the various gene quantification and localization protocols to illustrate the utility of the techniques.

This is a delightful Valentines gift to warm your relationship. This " how to" book teaches ways to explore fantasy play with your lover. It is hard to talk about fantasy even with person you are closest too. This book has short scenarios (nothing too risque) and boxes you can check off that say "Not in this life time," "Maybe ask me later," "Sure let's try it" You never have to say a thing, simply find a fantasy that excites you, check off the box. Hand the book to your lover and let them see how reserved or totally wicked you would like to be. It is reusable over and over there is room for comments and a hotness meter. This is a great gift for anniversaries, bachelor or bachelorette parties. Everybody likes getting this book. It is definitely a fun way to plan a date night.

This is a new release of the original 1934 edition.

Kessinger Publishing is the place to find hundreds of thousands of rare and hard-to-find books with something of interest for everyone

In a world of chaos you never know who you can trust, and when reality finally becomes lucid, insanity sets in. Spanning the globe from South Carolina to Greece, New York to Peru, The Kaleidoscope Project will draw you into its plot. But just when you think you've figured it out, you'll be left disoriented. Be-trayed(v): Delivered into the hands of an enemy. Av-a-tar(n): A temporary manifestation of a continuing entity. Ka-lei-do-scope(n): A series of changing phases or events.

REALITY CAN ONLY BE REAL, IF IT IS TRUE.
Finally, Science, Evolution, Creationism and Intelligent Design combine to form a coherent, comprehensive and logical reality without going into Religion or Politics. This book proves the theory of the "Big Bang" and its ramifications that supposedly led to the existence of the human race and the universe are not real and could never be real. Regardless of which line of thought you have an affinity for, you will be amazed at how they seem to fit together to form a mosaic of reality that the scientist cannot deny, evolutionists cannot invent, the creationists can accept and the intelligent designers' will revel in. This book demonstrates that Truth is stranger and more fantastic than fiction.

Kessinger Publishing is the place to find hundreds of thousands of rare and hard-to-find books with something of interest for everyone!