The world is evolving rapidly. To keep up we must all advance our psychic intelligence, grow our consciousness, and wake up to the Possible Human. This book is a series of essays and meditation exercises based on that theme. Drawing on a lifetime of observation and experience with a vast variety of disciplines, the author sketches out what each one of us can do to become what our best future is crying out for. The Possible Human is an enlightened, compassionate, inclusive human being working wisely in the world. In this book that person is called The Magus. There are many routes to becoming the Possible Human, and there are many dead-ends. By reading and contemplating what you find in this book, you can discover your own best path, avoid spiritual pitfalls, and live your own best future right now.

In this book, the written version of the innovative and ground-breaking workshops and programs of lecturer, scholar, philosopher, and pioneer of human development Dr. Jean Houston, readers learn how to gain access to hidden images, ideas, and sensory-based memories, and are introduced to a comprehensive theory and program for conscious creativity. Dr. Houston explains the theories that helped form the foundation of the human potential movement while she teaches readers to draw on their inner resources and employ strategies that have been used successfully by writers and artists, teachers and therapists, actors and athletes, scientists and business executives. This original and essential guide is a passport to the wondrous, and tragic, dimensions of the human psyche. Contains a new foreword by the author. “A master course by a master teacher.”—Marilyn Ferguson, author of The Aquarian Conspiracy

Bisphenol A (BPA) is used to produce certain types of plastic that are used in thousands of formulations for myriad products. Containers made with these plastics may expose people to small amounts of BPA in food and water. Medical devices and other more ubiquitous products, such as thermal paper coatings, also may contribute significantly to human exposure. Some animal experiments have found that fetal and infant development may be harmed by small amounts of BPA. Contents of this report: Health Effects; Human Exposure; Fed. BPA Regulations; Events Surrounding the Current Controversy: Nat. Toxicology Program; FDA; State Gov¿t. Actions; Foreign Gov¿t. Actions; Private Sector Actions. A print on demand report.

The astonishing development of resistance is one of the most worrisome problems of the last 20 years. In particular, the accumulation of resistance determinants that are able to destroy different antibiotic families at the same time bringing about multi-drug resistant (MDR) or pan-drug resistant (PDR) phenotypes, is a phenomenon almost exclusively known in clinical practice, in which resistance is maintained even under a strong selective pressure. Mutations, acquisition of resistance genes by lateral gene transfer (LTG), and selection of intrinsically resistant species are at the basis of this diffused problem. Many studies have characterized resistant bacteria, genes, mechanisms of resistance and transfer in clinical settings, as well as clarifying the role of antibiotics (both naturally produced by microorganisms and by completely synthetic processes) in driving the resistant selection, the evolution of new mechanisms and the emergence new resistant species. However, other data, until now reported in a rather sporadic way, are emerging on the possible role of animals and some specific environmental hot-spots (ground water, soil, etc) in which resistance can develop thanks to an efficient organization in clusters of genes that are then able to be selected and spread, ultimately functioning as a reservoir for further transmission to humans. Origin of resistance genes that we now know to belong to the so-called mobilome, and their mechanism of transferability among species and in different microbiota, has to be considered a real challenge for the future evolution and antibiotic resistance in both pathogenic and opportunistic bacteria. This Research Topic has the aim of collecting contributions from different experts in the antibiotic resistance field, covering aspects of resistance in specific microorganisms and in diverse environments.