Why has the biotechnology industry failed to perform up to expectations? This book attempts to answer this question by providing a critique of the industry. It reveals the causes of biotech's problems and offers an analysis on how the industry works. It also provides prescriptions for companies, seeking ways to improve the industry's performance.

Who pays for science, and who profits? Historians of science and of France will discover that those were burning questions no less in the seventeenth century than they are today. Alice Stroup takes a new look at one of the earliest and most influential scientific societies, the Acad�mie Royale des Sciences. Blending externalist and internalist approaches, Stroup portrays the Academy in its political and intellectual contexts and also takes us behind the scenes, into the laboratory and into the meetings of a lively, contentious group of investigators. Founded in 1666 under Louis XIV, the Academy had a dual mission: to advance science and to glorify its patron. Creature of the ancien r�gime as well as of the scientific revolution, it depended for its professional prestige on the goodwill of monarch and ministers. One of the Academy's most ambitious projects was its illustrated encyclopedia of plants. While this work proceeded along old-fashioned descriptive lines, academicians were simultaneously adopting analogical reasoning to investigate the new anatomy and physiology of plants. Efforts to fund and forward competing lines of research were as strenuous then as now. We learn how academicians won or lost favor, and what happened when their research went wrong. Patrons and members shared in a new and different kind of enterprise that may not have resembled the Big Science of today but was nevertheless a genuine "company of scientists."

For the first time, this book compiles original documents from Science for the People, the most important radical science movement in U.S. history. Between 1969 and 1989, Science for the People mobilized American scientists, teachers, and students to practice a socially and economically just science, rather than one that served militarism and corporate profits. Through research, writing, protest, and organizing, members sought to demystify scientific knowledge and embolden "the people" to take science and technology into their own hands. The movement's numerous publications were crucial to the formation of science and technology studies, challenging mainstream understandings of science as "neutral" and instead showing it as inherently political. Its members, some at prominent universities, became models for politically engaged science and scholarship by using their knowledge to challenge, rather than uphold, the social, political, and economic status quo. Highlighting Science for the People's activism and intellectual interventions in a range of areas -- including militarism, race, gender, medicine, agriculture, energy, and global affairs -- this volume offers vital contributions to today's debates on science, justice, democracy, sustainability, and political power.

KEY BENEFIT Essential business lessons for turning today's scientists and engineers into entrepreneurs in new technology companies. In today's global and interconnected world, students with a science or engineering background have ample opportunity to mesh their technical know-how with the free market. Yet, these same students lack the basic business skills to make competent business decisions. This book seeks to make students' first experience with entrepreneurship interesting and useful. KEY TOPICS Technology Entrepreneurship for Scientists and Engineers; Developing and Protecting Intellectual Property; Technology Entrepreneurship Strategy; Start-up Financial Strategy As the source of new discoveries and technologies, scientists and engineers are uniquely positioned to launch new business ventures based on cutting-edge discoveries. This book will teach those with no prior training how to start a company and grow their business through marketing and astute team building techniques.

Ten respected scientists who have built successful careers in industry reveal how they made the transition from research scientist to industrial scientist or successful entrepreneur and discuss what kind of jobs scientists hold in the private sector.

Here are the stories of scientists, both men and women, who have achieved career fulfillment in the sciences, yet found further fulfillment through faith in Jesus Christ.

Being a scientist has changed dramatically in recent times. Through patenting and commercialization, scientists today can develop their work beyond a publication in a learned journal. Indeed, universities and governments are encouraging today's scientists and engineers to break their research out of the laboratory and into the commercial world. However, doing so is complicated and can be daunting for those more used to a research seminar than a boardroom. Start-ups are journeys into uncertainty and entrepreneurs are individuals who are comfortable with uncertainty, thrive on challenges and are prepared to take risks. This book, written by experienced scientists and entrepreneurs, deals with businesses started by scientists based on innovation and sets out to clarify for scientists and engineers the steps necessary to take an idea along the path to commercialization and maximize the potential for success, regardless of the path taken. The difference between a scientist and an entrepreneur is discussed as is the consequence to an enterprise of misunderstanding this difference. The various roles in which an entrepreneur can act are discussed, as are the types of business that a scientist can start. The concept of patent protection is explained as is the process of applying for a patent. The authors take the reader through the need for a business plan and give examples of how such a plan might look. Fundraising is discussed at length with attention focussed on sources of funding and the technique of 'pitching' for funds. Managing a start-up is explored and the function and roles within the management team are discussed.