Libros
Magdalena Zernicka-Goetz y Roger Highfield · Ebury Publishing, 2021
"Embryologist Magdalena Zernicka-Goetz has spent two decades unraveling the mysteries of fetal development. By studying embryonic mouse cells, she witnessed the embryo's ability to rid itself of abnormal cells as it prepared for implantation in the womb. When Zernicka-Goetz became pregnant at 44, she received a call that took her by surprise: a sample test of the cells in her own placenta indicated that the fetus had trisomy-2, a disastrous extra copy of the second chromosome, which increased the risk of miscarriage or serious birth defects.
It seemed likely that the best choice was to have an abortion. But the plasticity of the embryonic mouse cells in her studies gave her hope; if mouse cells were able to course correct, then perhaps human cells were capable of similar resiliency. Six months later, she gave birth to a healthy baby boy, and the experience inspired her to begin a series of studies to test this hypothesis.
Her subsequent experiments with early human embryos and artificial "three parent" embryos were not only groundbreaking; they also proved that embryotic cells could be artificially nurtured through the trials and tribulations of their early development. To say that her work is controversial would be an understatement, but as Zernicka-Goetz notes, harm can arise as much from doing nothing as from taking risks. And with profound implications for stem cell research, infertility treatment, prenatal diagnostic testing, immunotherapy, and genetic engineering, not to mention women's reproductive health, the stakes have never been higher.
At once thought-provoking and thoroughly moving, The Dance of Life sheds new light on how a simple fertilized egg becomes a complex human being"--
Divulgación · En inglés
Ann B. Parson
J. Henry Press, 2006
Stem cells could be the key that unlocks cures to scores of diseases and illnesses. Their story is at once compelling, controversial, and remarkable. Part detective story, part medical history, The Proteus Effect recounts the events leading up to the discovery of stem cells and their incredible potential for the…
Divulgación · En inglés
Nicholas Wade
Simon & Schuster, 2002
With the decoding of the human genome, researchers can now read the genetic program that evolution has written for the human body. A new generation of medical treatments is at hand, and researchers hope to uncover the genetic roots of illness and develop new therapies for most major diseases. Here, New York Times…
Universitario · En inglés
Ted Peters
Routledge, 2002
Since the original publication of Playing God? in 1996, three developments in genetic technology have moved to the center of the public conversation about the ethics of human bioengineering. Cloning, the completion of the human genome project, and, most recently, the controversy over stem cell research have all…
Divulgación · En inglés
Leo Furcht, William Hoffman
Arcade Publishing, 2008
Traces findings in biomedical research about the potential for stem cells to enable revolutionary cures, offering insight into the controversy surrounding stem-cell research and its related international biological arms race.
Divulgación
Walter Isaacson
Random House Espanol, 2021
A scientific biography of Jennifer Doudna, a founder and co-developer of the CRISPR gene-editing mechanism, and an examination of what happened after CRISPR hit the marketplace.
Universitario · En inglés
Karen Devine
Routledge, 2017
This book explores the legal and ethical dilemmas that arise from the procurement, storage and use of stem cells derived from the umbilical cord of new-born infants. Karen Devine traces the emergence of umbilical cord blood (UCB) as a biological resource of potential therapeutic value, and introduces the medical…
