Articles liés à Paramecium: Genetics and Epigenetics

Paramecium: Genetics and Epigenetics - Couverture rigide

Beale, G. H.; Preer, John R., Jr.

 
9780415257855: Paramecium: Genetics and Epigenetics

Synopsis

The techniques used to decipher the genetic makeup of species as well as epigenetic mechanisms are essential for explaining life forms and studying their DNA. As a eukaryotic model, Paramecium is well suited for genetic analysis. Taking a rather unconventional view of genetics, Paramecium: Genetics and Epigenetics explores how to use this protozoan as a basis for studying complex cells.

The book discusses various aspects of Paramecium, including the cortex, the cytoplasm, nuclei, asexual fission, conjugation, autogamy,macronuclear regeneration, cytogamy, life cycle phases, and behavior. It examines the assorted mating types of the genus and how these mating types are determined. It also elucidates some techniques that identify genetically defined genes with the DNA from a library that comprises those genes and details the genetic, epigenetic, chemical, and molecular facets of several different traits. In addition, the authors chronicle the history and reemergence of investigating RNA and DNA in Paramecium.

With many powerful tools now available, Paramecium research is entering a new frontier in molecular biology. A full account of Paramecium genetics, this book presents a wealth of time-consuming observations and remarkable phenomena that will lead to a better understanding of complex cells.

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À propos de l'auteur

Geoffrey Beale, John R. Preer Jr.,

À propos de la quatrième de couverture

Taking a rather unconventional view of genetics, this book explores how to use paramecium as a basis for studying complex cells. It describes the morphology, reproduction, and life cycle stages of paramecium and outlines methods for studying genetic processes, such as Mendelian, caryonidal, and cytoplasmic transmissions. The authors offer detailed accounts of bygone hypotheses, such as the plasmagene and metagon hypotheses, and examine epigenetic mechanisms in antigenic expression and cortical inheritances. They also explore interesting new work on ciliate genetics, including a gene cloning method via functional complementation and homology-dependent inheritance.

Les informations fournies dans la section « A propos du livre » peuvent faire référence à une autre édition de ce titre.