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Presents the life and career of the geneticist who spent many years studying the cells of maize and in 1983 was awarded the Nobel Prize in Physiology or Medicine.
This biographical study illuminates the important yet misunderstood figure of Barbara McClintock, the Nobel Prize winning geneticist. Comfort replaces the myth with a new story, rich with new understandings of women in science.
The introduction was written by Barbara McClintock to show how the concept of transposable elements evolved, and to comment on subsequent investigations of these elements. The papers in this volume were selected because of their relevance to this topic. For the discovery of "Mobile genetic elements" she received the Nobel Prize for Physiology or Medicine in 1983.
From beloved author and artist Barbara McClintock comes Vroom!, a playful picture book following a little girl's imaginative journey in a race car. Join a little girl as she zooms— past fields and forests, up mountains, over rivers, through deserts, home again, and into bed in this playful picture book about the power of imagination, from award-winning author and artist Barbara McClintock.
A Selected Title of the National Book Foundation and the Alfred B. Sloan Foundation's Science + Literature Program Brilliant, terribly stubborn, and ill-suited to the expectations of the period, Kate Croft has shattered her widowed mother's traditional hopes for her in favor of higher education. Rejecting domestic pressures, she has cleaved out an alternative channel for herself, one that deprioritizes marriage and children. More subversive still are the complexities of her sexuality, her pursuit of queer relationships in an intensely heteronormative era. Most notably, though, she has taken a hammer to her field, making debris of its governing premises and challenging the very fundamentals of evolutionary theory. Spanning nearly sixty years, we follow Kate from her first introductory biology course at Cornell to her receipt of the Prize, a journey ridden with obstacles. Kate's scientific medium, maize, is unglamorous and undervalued in academia. Her research is so visionary that it alienates her peers, who are unable to grasp its complex implications. Subject to both implicit and explicit sexism, Kate finds herself perpetually on the defensive, struggling to distinguish between those who care for her and those who wish to oppress her, a dynamic that traps even her longtime friendships in a state of precarity. She struggles to straddle the chasm between the physical field where her corn grows, her oasis, and the corresponding professional field, beleaguered by bias and petty politics.
Barbara McClintock was a celebrated geneticist whose 70 years of meticulous experiments in the genetics of maize, or Indian corn, have been lauded for their contributions to today's most cutting-edge technology and science, including genetic engineering a
Barbara McClintock won the Nobel Prize for her groundbreaking work in maize genetics. Her research demystified heredity by showing that genetic elements could move from one chromosome to another—movement now referred to as transposition. Learn more about this determined scientist who faced many obstacles while performing her important work.
Throughout history, science has evolved and changed the way we live our lives and perceive the world around us. Many scientists in the last few centuries have made their mark on the field with groundbreaking discoveries and innovations. One such woman was Barbara McClintock. This book explores McClintock’s life and her contributions to the scientific study of genetics.
Presents the life and career of the geneticist who in 1983 was awarded the Nobel Prize for her study of maize cells.
Originally published in 1997 Evolutionary Change addresses the somatic mechanism of change. Although astounding advances in molecular biology have opened up new engineering possibilities to shape our future in terms of "improving" the human species as well as eradicating all kinds of pathological characteristics of biological development, these possibilities pose potentially serious dangers. They arise primarily from the local nature of changes that are introduced and the impact of the environment on the overall development of the biological system. The book explores the biological mechanisms of change in their entirety – as they fit into the general dynamics of biological systems – and demonstrates the pitfalls of tackling change from a narrow perspective, using cancer as an example of certain pathological manifestations of these mechanisms of change.