The Complete Writing Guide implements the very latest technical information on NIH grants submission, covers the most competitive awards, and reviews key strategies for writing successful NIH grants in the behavioral sciences. The book provides a step-by-step guide and can help even the most seasoned grant writer achieve a higher level of proficiency writing and submitting federal grants.

Guide to Effective Grant Writing: How to Write a Successful NIH Grant is written to help the 100,000+ post-graduate students and professionals who need to write effective proposals for grants. There is little or no formal teaching about the process of writing grants for NIH, and many grant applications are rejected due to poor writing and weak formulation of ideas. Procuring grant funding is the central key to survival for any academic researcher in the biological sciences; thus, being able to write a proposal that effectively illustrates one's ideas is essential. Covering all aspects of the proposal process, from the most basic questions about form and style to the task of seeking funding, this volume offers clear advice backed up with excellent examples. Included are a number of specimen proposals to help shed light on the important issues surrounding the writing of proposals. The Guide is a clear, straight-forward, and reader-friendly tool. Guide to Effective Grant Writing: How to Write a Successful NIH Grant Writing is based on Dr. Yang's extensive experience serving on NIH grant review panels; it covers the common mistakes and problems he routinely witnesses while reviewing grants.

Writing the NIH Grant Proposal, Third Edition offers hands-on advice that simplifies, demystifies, and takes the fear out of writing a federal grant application. Acting as a virtual mentor, this book provides systematic guidance for every step of the NIH application process, including the administrative details, developing and managing collaborative relationships, budgeting, and building a research team. Helpful hints along the way provide tips from researchers who have received grants themselves and coverage of the updated electronic NIH process and new scoring system is included.

The Department of Health and Human Services has identified Acquired Immunodeficiency Syndrome (AIDS) as the foremost public health problem in the United States. The Centers for Disease Control (CDC) report that, as of December 31, 1994, there were 441,528 documented cases of AIDS in this country, and the number is increasing. AIDS is an illness characterized by a defect in natural immunity against disease. Many more individuals are known to be infected with Human Immunodeficiency Virus (HIV) but do not have symptoms or the defming characteristics of AIDS. The incubation period for AIDS may range from 1 to 10 or more years in adults and 6 months to several years in children. Infected persons appear to be capable of transmitting infection indefinitely, even if they remain asymptomatic. In order to increase the number of minority investigators conducting research on HIV infection and 1 AIDS, NIMH conducted a 3h-day technical workshop for minority investigators on July 24-27. 1990, in Fairlakes, Virginia. University-based research programs were asked to nominate investigators who were selected on the basis of a referred 1 0-page prospectus for a proposed research project. This procedure was used because NIMH wanted to be sure that the prospective investigators were established in a research environment that would pr

Drawn from the extensive database of Guide to Reference, this up-to-date resource provides an annotated list of print and electronic biomedical and health-related reference sources, including internet resources and digital image collections.

Surveying the differing viewpoints and disciplinary approaches to using mixed methods, this volume helps readers explore the answers to a wide range of key questions in the field, including "Can using mixed methods offset the disadvantages that certain methods have by themselves?" "What criteria can a researcher use to select the best mixed methods design for his or her project?" and "What are the points of agreement and controversy regarding design issues in mixed methods research?" This breakthrough Second Edition, containing all new chapters, examines all aspects of mixed methods research across a variety of disciplines. Key Features • Covers all aspects of inquiry from conceptualizing research to selecting methods, analyzing and interpreting data, and reporting findings • Draws on the work of a mix of internationally recognized researchers as well as new and emerging researchers to provide a diversity of perspectives • Gives specific examples from a wide range of disciplines to help readers understand the issues and controversies in this evolving area • Presents rich material for discussion and new ideas for implementing mixed methods research to provide readers with a cutting-edge resource • Provides pedagogical tools such as learning objectives, discussion questions and exercises, and extensive cross referencing

Thoroughly updated throughout, this classic, practical text on how to write and publish a scientific paper takes its own advice to be "as clear and simple as possible." "The purpose of scientific writing," according to Barbara Gastel and Robert A. Day, "is to communicate new scientific findings. Science is simply too important to be communicated in anything other than words of certain meaning." This clear, beautifully written, and often funny text is a must-have for anyone who needs to communicate scientific information, whether they're writing for a professor, other scientists, or the general public. The thoughtfully revised 9th edition retains the most important material-including preparing text and graphics, publishing papers and other types of writing, and plenty of information on writing style-while adding up-to-date advice on copyright, presenting online, identifying authors, creating visual abstracts, and writing in English as a non-native language. A set of valuable appendixes provide ready reference, including words and expressions to avoid, SI prefixes, a list of helpful websites, and a glossary. Students and working scientists will want to keep How to Write and Publish a Scientific Paper at their desks and refer to it at every stage of writing and publication.