David Evans

John A. Bryant

Katja Graumann

This timely volume brings together expert reviews of the recentsignificant advances in our knowledge and understanding of theorganisation of the higher plant nucleus, and in particular in therelationship between nuclear organisation and the regulation ofgene expression. Rapid progress has been made in a number of keyareas over the last five years, including description andcharacterization of proteins of the nuclear envelope and nuclearpore complex, novel insights into nucleoskeletal structures, aswell as developments related to chromatin organization, functionand gene expression. These advances open the way for new researchinto areas such as stress tolerance, plant-pathogen interactionsand ultimately crop improvement and food security. Continuedresearch into plant nuclear structure, genome architecture and generegulation also enriches our understanding of the origin andevolution of the nucleus and its envelope. Edited by world-class researchers in plant cell biology, andcomprising contributions from internationally-renowned academics,this latest volume in the prestigious Annual Plant Reviews seriesbrings together a wealth of knowledge in the burgeoning field ofplant nuclear structure and genetics. Annual Plant Reviews, Volume 46: Plant Nuclear Structure,Genome Architecture and Gene Regulation is a vitalresource for advanced students, researchers and professionals inplant science and related disciplines. Libraries in all researchestablishments where plant science, biochemistry, molecularbiology, genetics and genomics and agricultural science are taughtand studied will find this excellent volume an essential additionto their shelf.

Annual Plant Reviews, Plant Nuclear Structure, Genome Architecture and Gene Regulation

Linda Baggott la Velle

Provides comprehensive, yet concise coverage of the broad field of bioethics, dealing with the scientific, medical, social, religious, political and international concerns This book offers complete information about all aspects of bioethics and its role in our world. It tackles the concerns of bioethicists, dealing with the ethical questions that arise in the relationships among life sciences, biotechnology, medicine, politics, law, and philosophy. The book introduces the various modes of ethical thinking and then helps the reader to apply that thinking to issues relating to the environment, to plants and animals, and to humans. Written in an accessible manner, Introduction to Bioethics, Second Edition focuses on key issues directly relevant to those studying courses ranging from medicine through to biology and agriculture. Ethical analysis is threaded throughout each chapter and supplementary examples are included to stimulate further thought. In addition there are numerous mini-case studies to aid understanding, together with key references and further reading. Topics covered include genetic modification; GM crops, human genetics and genomics; cloning and stem cells; assisted reproduction; end of life issues; human enhancement; transhumanism and more. A concise introduction covering the whole field of bioethics Ethical analysis included throughout Mini case-studies in each chapter place ethics into specific contexts Includes exercises and commentary to further clarify ethical discussions Now fully revised, updated and re-ordered, with new chapters on Biofuels and on Synthetic Biology Introduction to Bioethics, Second Edition is primarily aimed at undergraduate students taking courses in biomedical sciences, biological sciences, and medicine. It will also be useful to anyone with an interested in the ethics of biological and biomedical science, including science journalists and reporters, who want to inform themselves about current developments.

Introduction to Bioethics

This texts discusses DNA replication in plants including chapters on; functional chromosomal structure, the biochemistry of DNA replication, Control of DNA replication, Replication of plant organelle DNA, replication of DNA viruses in plants, and DNA damage, repair, and mutagenesis.

John A. Bryant

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