Genetics and related subjects: Books

Completely revised and small enough to fit in a lab coat pocket, these reviews for subjects tested on the USMLE Step 1 feature 500 board-style questions, including many in clinical vignette format, with answers and explanations. All questions are reviewed by recent USMLE Step 1 test-takers.

The advance of genetic sciences has led to a 'blue revolution' in the way we use aquatic biodiversity. By 2020, the world will be eating almost as much farmed as wild fish, marine bacteria could yield the cure for cancer and deep-sea bacteria may be exploited to gobble up oil spills. Science is moving ahead at a staggering speed, and the demand for genetic resources is growing rapidly - yet governance and policy lag far behind.This groundbreaking work is the first to look at the ownership, governance and trade in aquatic genetic resources. Blue Genes describes the growing demand for aquatic genetic resources and the desperate need to fill the policy vacuum about the management and conservation of aquatic biodiversity, which would help create a foundation for rules dictating access to, and use of, aquatic genetic resources. Special attention is paid to indigenous and local people having the right to access these resources and their role in managing and conserving aquatic biodiversity. The book concludes with policy recommendations specifically tailored to aquatic resources, with the use of six case studies from four continents to illustrate key issues.

The clash between evolution and creationism is one of the most hotly contested topics in education today. This book, written by one of America's most distinguished science educators, provides essential background information on this difficult and important controversy. Giving a sweeping and balanced historical look at both schools of thought, John A. Moore shows that faith can exist alongside science, that both are essential to human happiness and fulfillment, but that we must support the teaching of science and the scientific method in our nation's schools. This highly informative book will be an invaluable aid for parents, teachers, and lawmakers, as well as for anyone who wants a better understanding of this debate. From Genesis to Genetics shows us why we must free both science and religion to do the good work for which each is uniquely qualified. Using accessible language, Moore describes in depth these two schools of thought. He begins with an analysis of the Genesis story, examines other ancient creation myths, and provides a nuanced discussion of the history of biblical interpretation. After looking at the tenets and historical context of creationism, he presents the history of evolutionary thought, explaining how it was developed, what it means, and why it is such a powerful theory. Moore goes on to discuss the relationship of nineteenth-century religion to Darwinism, examine the historic Scopes trial, and take us up to the current controversy over what to teach in schools. Most important, this book also explores options for avoiding confrontations over this issue in the future. Thoughtfully and powerfully advocating that the teaching of science be kept separate from the teaching of religion, Moore asks us to recognize that a vigorous and effective scientific community is essential to our nation's health, to our leadership role in the world, and to the preservation of a healthy environment.

Genetic Engineering: A Primer presents the growing field of biotechnology to non-science majors and other general interest readers. The author examines the natural forces that change genetic information and the ways in which scientists have learned to engineer these genetic changes. With a wealth of information flooding the popular press, including news and controversy surrounding cloning, Genetic Engineering is a timely volume that provides background information to the reader intent on understanding this fascinating development.

This book provides an overview of the rapidly-developing field of quantitative genetics and genomics, and their application to plant breeding. Chapters have been developed from a symposium held in Baton Rouge, Louisiana, in March 2001. Authors include international authorities from around the world. Contents include quantitative trait loci (QTL) mapping, genomics and marker-assisted selection; tissue culture and alien introgression for crop improvement; and advances in genotype by environment interaction/stability analysis.

Are there parallels between the "moment of insight" in science and the emergence of the "unknowable" in religious faith? Where does scientific insight come from? Award-winning biologist Robert Pollack argues that an alliance between religious faith and science is not necessarily an argument in favor of irrationality: the two can inform each other's visions of the world. Pollack begins by reflecting on the large questions of meaning and purpose--and the difficulty of finding either in the orderly world described by the data of science. He considers the obligation to find meaning and purpose despite natural selection's claim to be a complete explanation of our presence as a species--a claim that calls upon neither natural intention, nor design, nor Designer. Next, the book focuses on matters of free will, from the choice of a scientist to accept evidence, to the choice of a religious person to accept a revelation, to a patient's loss of free will in medical treatment. Here Pollack addresses questions of ethics and offers a provocative comparison of two difficult texts whose contents remain incompletely understood: the DNA "text" of the human genome and the Hebrew record of Jewish written and oral law. In closing, Pollack considers the promise of genetic medicine in enabling us to glimpse our own future and offers a reconsideration of the possible utility of the so-called placebo effect in curing illness. Whether refuting a DNA-based biological model of Judaism or discussing the Darwinian concept of the species, Pollack, under the banner of free inquiry, presents a genuine, vital, and well-argued assay of the intersection of science and religion.

In the mid-nineteenth century, a Moravian friar made a discovery that was to shape not only the future of science but also that of the human race. With his deceptively simple experiments on peas in a monastery garden in Brno, Gregor Mendel was the first to establish the basic laws of heredity, laws from which the principles of modern genetics can be drawn. In this fascinating account, acclaimed science writer Colin Tudge traces the influence on science of Mendel's extraordinary ideas, from the 1850s to the present day, and goes on to ask what might happen in the coming century and beyond. A comprehensive and entertaining work that combines scientific history with a compelling discussion on the future trends of genetic technologies, The Impact of the Gene examines how the ideas that underpin the spectrum of all genetic issues are interrelated, and proposes that with a basic understanding of Gregor Mendel's theories and discoveries, all modern genetics falls easily into place. From a monasterygarden to the laboratories of the twenty-first century, The Impact of the Gene provides a vital overview of the science of genetics, at once "enjoyable and informative . . . readable and entertaining" (The New York Times Book Review).