Genetics of Sex Differentiation intends to help readers understand the genetic basis of sex differentiation. The book focuses on explaining how the sex chromosomes affect the process of sex differentiation by influencing the rates at which cells divide. The book is composed of seven chapters. It provides overviews of classical genetics and structure of cells. It also explains the chromosomal basis of sex determination and sex determination using Drosophila. Polygenetics and continuous and quasicontinuous variations are also discussed. The book also discusses sex factors, determination, and disorders. Moreover, it explains the heterochromatin, embryological basis of sex differentiation, and triploidy and autosomal effects. In addition, it discusses the relationship of genes, chromosomes, growth, and sex. The book is an excellent ""bedside book"" for students in biology, specifically in genetics and developmental biology. Lecturers and professionals in biology and genetics will also find this book invaluable for their practice.
Sex Chromosomes focuses on the study of sex chromosomes, including human chromosomal abnormalities, behavior and characteristics of chromosomes, and cell division. The book first offers information on the chromosomal basis of sex determination, as well as development of the cell theory, mitosis, fertilization, meiosis, and discovery of sex chromosomes. The publication also ponders on the mitosis, meiosis, and formation of gametes. Discussions focus on the special characteristics of sex chromosomes, abnormalities of cell division, and sexual differentiation. The manuscript reviews sex chromosomes in plants, Drosophila, and Lepidoptera. The book also examines sex-chromosome mechanisms that differ the classic type; sex chromosomes in fishes, amphibia, reptiles, and birds; and sex chromosomes in man. Discussions focus on normal human sex chromosomes, Turner's syndrome, Klinefelter's syndrome, true hermaphrodites, testicular feminization, and pseudohermaphrodites. Sex chromosomes in mammals other than man, including monotremata, marsupialia, insectivora, rodentia, and carnivora, are discussed. The publication is a dependable reference for readers interested in the study of sex chromosomes.
During the nineteenth century and the first half of the twentieth, German universities were at the forefront of scholarship in Oriental studies. Drawing upon a comprehensive survey of thousands of German publications on the Middle East from this period, this book presents a detailed history of the development of Orientalism. Offering an alternative to the view of Orientalism as a purely intellectual pursuit or solely as a function of politics, this book traces the development of the discipline as a profession. The author discusses the interrelation between research choices and employment opportunities at German universities, examining the history of the discipline within the framework of the humanities. On that basis, topics such as the establishment of Oriental philology; the process of institutional differentiation between the study of Semitic languages and the study of Sanskrit and comparative linguistics; the emergence of Assyriology; and the partial establishment of Islamic studies are explored. This unique perspective on the history of Oriental studies in the German tradition contributes to the understanding of the wider history of the field, and will be of great interest to scholars and students of Middle East studies, history, and German history in particular.
This monograph deals with the locative alternation in German, a change in the argument structure of verbs like spray and load. Like most argument structure changes, the alternation is both productive and constrained: new forms may be derived, but not from all candidate verbs. This raises a learnability problem: how can children determine, in the absence of negative evidence, which verbs participate in the alternation? The Locative Alternation in German tries to answer this question by providing an in-depth analysis of the conditions that verbs must meet in order to participate in the alternation. Most importantly, transitive verbs must allow speakers to presuppose the existence of their theme argument. This condition requires the theme to be incremental so that it can be conceived of as nonindividuated (or unbounded) when the verb is used in the alternative syntactic frame. The Nonindividuation Hypothesis splits locative verbs into two types, mass verbs (like spray) and count verbs (like load), and it predicts that children acquire the alternation first for mass verbs, whose theme must be a substance and so is nonindividuated by default. Support for this hypothesis is provided in the empirical part of the book, which also provides evidence against claims in the literature that children acquire the alternation by drawing on an innate Affectness Linking Rule.
Sex Chromosomes focuses on the study of sex chromosomes, including human chromosomal abnormalities, behavior and characteristics of chromosomes, and cell division. The book first offers information on the chromosomal basis of sex determination, as well as development of the cell theory, mitosis, fertilization, meiosis, and discovery of sex chromosomes. The publication also ponders on the mitosis, meiosis, and formation of gametes. Discussions focus on the special characteristics of sex chromosomes, abnormalities of cell division, and sexual differentiation. The manuscript reviews sex chromosomes in plants, Drosophila, and Lepidoptera. The book also examines sex-chromosome mechanisms that differ the classic type; sex chromosomes in fishes, amphibia, reptiles, and birds; and sex chromosomes in man. Discussions focus on normal human sex chromosomes, Turner's syndrome, Klinefelter's syndrome, true hermaphrodites, testicular feminization, and pseudohermaphrodites. Sex chromosomes in mammals other than man, including monotremata, marsupialia, insectivora, rodentia, and carnivora, are discussed. The publication is a dependable reference for readers interested in the study of sex chromosomes.
Genetics of Sex Differentiation intends to help readers understand the genetic basis of sex differentiation. The book focuses on explaining how the sex chromosomes affect the process of sex differentiation by influencing the rates at which cells divide. The book is composed of seven chapters. It provides overviews of classical genetics and structure of cells. It also explains the chromosomal basis of sex determination and sex determination using Drosophila. Polygenetics and continuous and quasicontinuous variations are also discussed. The book also discusses sex factors, determination, and disorders. Moreover, it explains the heterochromatin, embryological basis of sex differentiation, and triploidy and autosomal effects. In addition, it discusses the relationship of genes, chromosomes, growth, and sex. The book is an excellent ""bedside book"" for students in biology, specifically in genetics and developmental biology. Lecturers and professionals in biology and genetics will also find this book invaluable for their practice.
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