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A new world of research possibilities with Emerging Model Organisms


For scientists looking for a fresh research focus, a new catalog of model species includes essential laboratory methods, information, and resources

COLD SPRING HARBOR, N.Y. (Nov. 21, 2008) — How can moss help us to treat Alzheimer's disease? What can the lamprey immune system tell us about evolution? Can genetic studies of snapdragon populations help with efforts to conserve rare species? What can quail teach us about human aging, reproduction, and hereditary diseases? Will studies of choanoflagellates unravel the origins of animals?

To answer these and other questions in biology, scientists are increasing the array of experimental model organisms. These novel species—some relatively new to the laboratory and others undergoing a recent expansion—are the focus of Emerging Model Organisms, a new laboratory manual just released by Cold Spring Harbor Laboratory Press.

Emerging Model Organisms is a catalog of diverse species that will be useful for extending research in new directions. In this volume, leading experts provide chapters on 23 emerging model systems, ranging from bat and butterfly to cave fish and choanoflagellates, and from cricket and finch to quail, snail, and tomato.

Until recently, a small number of organisms—such as E. coli, fruit fly, Arabidopsis, C. elegans, and mouse—have been the primary focus of research in molecular, cellular, and developmental biology. But in the last few years, due in part to technical advances, the reduced costs of genome sequencing, and increased interest in evolution, the range of organisms used for research has greatly expanded. Emerging Model Organisms introduces the reader to this new generation of model organisms that provide opportunities to address new and unusual questions in biology, especially in the areas of evolution and development.

Each chapter includes a detailed explanation of why the system is useful for research, along with information on care and culture of the organism, its genetics and genomics, and a set of basic protocols for working with it in the laboratory. The book is geared towards research scientists at all levels—from graduate students to principal investigators.

For a complete table of contents and list of species in Emerging Model Organisms, Volume 1, see www.cshlpress.com/link/emop.htm. Subsequent releases of the Emerging Model Organisms series, already in preparation, will focus on additional species. Emerging Model Organisms is also available online from the methods journal Cold Spring Harbor Protocols (http://www.cshprotocols.org/emo).

The editorial advisors for the book included Richard R. Behringer (University of Texas M.D. Anderson Cancer Center), Alexander D. Johnson (University of California, San Francisco), Robert E. Krumlauf (Stowers Institute for Medical Research), Michael Levine (University of California, Berkeley), Nipam Patel (University of California, Berkeley), and Neelima Sinha (University of California, Davis).

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About the book:
Emerging Model Organisms: A Laboratory Manual, Volume 1, is published by Cold Spring Harbor Laboratory Press (� 2009). It is available in paperback (ISBN 978-087969872-0) and in hardcover (ISBN 978-087969826-3), and is 592 pp. in length. For additional information about the book, please see http://www.cshlpress.com/link/emop.htm . Material from the book is also available from Cold Spring Harbor Protocols (http://www.cshprotocols.org/emo).

About Cold Spring Harbor Laboratory Press:
Cold Spring Harbor Laboratory is a private, nonprofit institution in New York that conducts research in cancer and other life sciences and has a variety of educational programs. Its Press, originating in 1933, is the largest of the Laboratory's five education divisions and is a publisher of books, journals, and electronic media for scientists, students, and the general public. For more information, visit www.cshlpress.com.

Ingrid Benirschke, Book Marketing Manager
[email protected]; 619-275-6021

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