Bestselling author David Ewing Duncan takes the ultimate high-tech medical exam, investigating the future impact of what's hidden deep inside all of us David Ewing Duncan takes "guinea pig" journalism to the cutting edge of science, building on award-winning articles he wrote for Wired and National Geographic, in which he was tested for hundreds of chemicals and genes associated with disease, emotions, and other traits. Expanding on these tests, he examines his genes, environment, brain, and body, exploring what they reveal about his and his family's future health, traits, and ancestry, as well as the profound impact of this new self-knowledge on what it means to be human. David Ewing Duncan (San Francisco, CA) is the Chief Correspondent of public radio's Biotech Nation and a frequent commentator on NPR's Morning Edition. He is a contributing editor to Portfolio, Discover, and Wired and a columnist for Portfolio. His books include the international bestseller Calendar: Humanity's Epic Struggle to Determine a True and Accurate Year (978-0-380-79324-2). He is a former special producer and correspondent for ABC's Nightline, and appears regularly on CNN and programs such as Today and Good Morning America.

Man's Futile Aim for a Cosmic Self Leads to the Selfless or Supra-Cosmic Self as a God-Man State of Being, Caring for Others More than for Self.

LIfe before Christ. The Author's non-fiction account in essays and poetry of exploring Mind, Body, and Spirit interaction to enhance character and find Meaning and Purpose in Life

Methods in Hormone Research, Volume IV: Steroidal Activity in Experimental Animals and Man, Part B focuses on protection against irradiation damage, anti-mammary tumor activity, anti-androgens, steroids, and anti-progestational compounds. The selection first offers information on the thermogenic properties of steroids and anabolic steroids, as well as characteristics of steroid pyrogen action in man; species specificity of steroid pyrogen action; clinical significance of thermogenic steroids; and relative activity of anabolic steroids in animals and man. The book also ponders on anti-androgens and anti-progestational compounds. The manuscript examines steroids in reactivated prostatic cancer and tumorigenesis in experimental animals. Discussions focus on treatment and nature of relapse, cooperative study program, mammary and pituitary tumors, testicular interstitial cell tumors, and neoplasms of the female genital tract. The text then elaborates on inhibition of tumor growth by steroids and the effect of corticoids and ACTH on the induction of gastric ulcers in laboratory animals. The selection is a dependable reference for readers interested in steroidal activity in man and animals.

Burning Man is the premier countercultural event of modern times, growing over 25 years from a strange San Francisco beach party into an experimental city of 50,000 colorful souls in Nevada’s Black Rock Desert, which burns brightly for a week before dissolving into dusty memories and changed lives. Longtime newspaper journalist Steven T. Jones embedded himself in this blossoming culture starting in 2004, a dispiriting year for American politics but the beginning of Burning Man’s renaissance, when it exploded outward in unexpected ways. The result is the most in-depth book ever written on this intriguing social phenomenon – The Tribes of Burning Man: How An Experimental City in the Desert is Shaping the New American Counterculture – which is being released in January, 2011 by CCC Publishing. From covering the Borg2 artists’ rebellion to learning how to make large-scale fire sculptures with the Flaming Lotus Girls, from helping Opulent Temple showcase the world’s best DJs to cleaning up after Hurricane Katrina with Burners Without Borders, from regularly interviewing event founder Larry Harvey to covering Barack Obama’s nominating convention speech, Jones gives readers an inside, meticulously reported look at a time when Burning Man hit its zenith just as the country hit its nadir. Hundreds of thousands of people from all over the world have made the dusty pilgrimage to Black Rock City to take part in this experiment in participatory art, commerce-free culture, and bacchanalian celebration—and many say their lives were fundamentally changed by this truly unique experience.

The detection of cancer risk factors and their possible avoid ance would most effectively contribute to the fight against cancer. Research in these areas depends to a substantial degree on in vivo experimental animal models and on epide miologic studies, including data from cancer registries. When the Deutsches Krebsforschungszentrum was founded in 1964, its division "Mechanisms of Tumorigenesis" and a number of other divisions became engaged in research on chemical carcinogenesis of the skin, mainly using the mouse skin as an experimental model. Their interest orig inated in part from investigations of the new and at that time controversial pathogenic principle of conditional car cinogens as represented by certain tumor promoters which are per se noncarcinogenic. During the past 25 years, conditional carcinogens in terms of tumor promoters were established as anew, nonclassical category of cancer risk factors besides the classical solitary carcinogens. In the course of this exciting period, scientists of our center started cooperative programs with clinical dermato logists of the University of Heidelberg at the Clinics of Dermatology in Heidelberg and Mannheim, to extend the scope of their investigations into clinical oncology and to contribute by experimental approaches to solving problems in clinical oncology. This led to a gradual shift from mere animal studies to the more direct analyses of human tumors and opened up for us a new phase of research.

What did it mean to be a scientist before the profession itself existed? Jan Golinski finds an answer in the remarkable career of Humphry Davy, the foremost chemist of his day and one of the most distinguished British men of science of the nineteenth century. Originally a country boy from a modest background, Davy was propelled by his scientific accomplishments to a knighthood and the presidency of the Royal Society. An enigmatic figure to his contemporaries, Davy has continued to elude the efforts of biographers to classify him: poet, friend to Coleridge and Wordsworth, author of travel narratives and a book on fishing, chemist and inventor of the miners’ safety lamp. What are we to make of such a man? In The Experimental Self, Golinski argues that Davy’s life is best understood as a prolonged process of self-experimentation. He follows Davy from his youthful enthusiasm for physiological experiment through his self-fashioning as a man of science in a period when the path to a scientific career was not as well-trodden as it is today. What emerges is a portrait of Davy as a creative fashioner of his own identity through a lifelong series of experiments in selfhood.

First English translation of the classical work on the principles of physiological investigation in life sciences.

A Los Angeles Times columnist recounts her eighteen-month undercover stint as a man, a time during which she underwent considerable personal risks as she worked a sales job, joined a bowling league, frequented sex clubs, dated, and encountered firsthand the rigid codes and rituals of masculinity. 80,000 first printing.

Biological rhythmicity has been a subject of scientific research for a relatively short time. In the special case of daily, or circadian rhythms, it is only during the past twenty years that rapidly increasing efforts have been undertaken in evaluat ing properties and mechanisms. As a consequence of these efforts, the study of biological and, in particular, circadian rhythmicity is no longer a somewhat dubious occupation but rather a serious branch of science which combines the interdisciplinary efforts of numerous researchers around the world. The general result of these efforts is that many features of circadian rhythms of many different species of living beings are well known today. In addition to studies with lower organisms, the evaluation of human circadian rhythms was originally more or less a compulsory exercise done in order to extend the "catalogue of species"; of course, the work was of unusual impor tance due to the special position of man in biology. In the course of the very first experimental series, it became clear that humans possess an "internal clock" as had been established in various organisms, protists, plants, and animals, and that human circadian rhythms fit the general regularities of biological rhythms known at that time. However, it soon became apparent that circadian rhythmicity of man shows, additionally, particularities of great general interest, for practical and theoretical reasons.