Biology & Microbiology

For upper-level undergraduate/graduate-level courses in Developmental Biology, Embryology, Cell and Developmental Biology in Biology, Zoology, and Cell/Developmental Biology departments.

Laboratory Studies is the most comprehensive laboratory guide available in the field of developmental biology and embryology, and is written to allow students to study material independently—without the need for supplemental materials. It is the only text/manual to integrate a laboratory—combining descriptive and experimental studies on living embryos—with a complete atlas of embryonic development viewed from the most technologically enhanced viewpoints. It features broad coverage (sea urchin, frog, chick, mouse, and pig—all popular educational and research models) and is the only guide to provide detailed descriptions of a wide-range of developing stages.

• NEW - Reorganized into 6 chapters—Chs. 1-5 each cover a particular organism; Ch. 6 consists of all the experimental exercises on the covered organisms as well as advanced hands-on studies.

  • Simplifies the flow from organism to organism. Ex.___

• NEW - Improved and reorganized illustration program—Illustrations and photos from each chapter are now grouped together within the relevant chapter, rather than at the back of the book.

  • Improves quality, clarity, ascetics, and ease of viewing, and helps students find and learn the material quicker. Ex.___

• NEW - New chapter on the development of the mouse embryo (Ch. 4)—Includes many outstanding scanning electron micrographs, photographs, line drawings, and experimental exercises.

  • With the advent of modern techniques in molecular genetics in whole-embryo culture, and techniques of experimental embryology, the mouse embryo has become an important model system for analyzing development. Ex.___

• NEW - Over 100 high-quality additional photos—Many scanning electron micrographs.

  • Increases the visual impact and depth of the manual. Scanning electron micrographs help students with three-dimensional visualization. Ex.___

• NEW - Seven new advanced hands-on studies—Covers the cutting of frozen sections, in situ hybridization, chick new whole-embryo culture, dye injections for tracking cell movements, BrdU labeling to study cell proliferation, TUNEL labeling to study cell death (apoptosis), and mouse whole-embryo culture.

  • Gives students the opportunity for exploring more complex topics using more sophisticated techniques. Ex.___

• NEW - A glossary—Added as part of the Index.

  • Helps students find definitions quickly, facilitating their learning of important terms and concepts. Ex.___

• A comprehensive laboratory guide of embryonic structure—Ideal for studying several types of embryos (vertebrate and invertebrate) at various stages—e.g., includes a complete description of chick development (Ch. 3) from the time the egg is produced (i.e., oogenesis) through three days of development, when all major intraembryonic and extraembryonic structures have formed.

  • Students can learn embryonic morphology independently—without reference to other materials. Instructors' time can be used more efficiently to answer students' questions and to provide more information on the underlying mechanisms of development. Ex.___

• A series of detailed exercises—Contains 22 exercises for studying living embryos and 9 additional exercises for advanced hands-on studies. Includes detailed instructions and lists of materials required. Features experiments that are relatively simple to conduct, insuring good student success, and providing a springboard for independent study projects.

  • Offers students hands-on experience working with living embryos, while building their experimental design and data interpretation skills—giving them direct experience in what developmental biologists “do for a living.” Ex.___

• Broad, comprehensive coverage of both vertebrate and invertebrate embryos—Focuses on the types of embryos and stages of embryos used in most research laboratories of developmental biology (sea urchin, frog, chick, mouse, and pig embryos). These organisms represent a wide diversity of developmental paradigms and strategies, providing understanding of developmental processes and insight into evolution.

  • Students need to be exposed to both vertebrate and invertebrate embryos to understand developmental biology. Ex.___

• Reorganized into 6 chapters—Chs. 1-5 each cover a particular organism; Ch. 6 consists of all the experimental exercises on the covered organisms as well as advanced hands-on studies.

  • Simplifies the flow from organism to organism. Ex.___

• Improved and reorganized illustration program—Illustrations and photos from each chapter are now grouped together within the relevant chapter, rather than at the back of the book.

  • Improves quality, clarity, ascetics, and ease of viewing, and helps students find and learn the material quicker. Ex.___

• New chapter on the development of the mouse embryo (Ch. 4)—Includes many outstanding scanning electron micrographs, photographs, line drawings, and experimental exercises.

  • With the advent of modern techniques in molecular genetics in whole-embryo culture, and techniques of experimental embryology, the mouse embryo has become an important model system for analyzing development. Ex.___

• Over 100 high-quality additional photos—Many scanning electron micrographs.

  • Increases the visual impact and depth of the manual. Scanning electron micrographs help students with three-dimensional visualization. Ex.___

• Seven new advanced hands-on studies—Covers the cutting of frozen sections, in situ hybridization, chick new whole-embryo culture, dye injections for tracking cell movements, BrdU labeling to study cell proliferation, TUNEL labeling to study cell death (apoptosis), and mouse whole-embryo culture.

  • Gives students the opportunity for exploring more complex topics using more sophisticated techniques. Ex.___

• A glossary—Added as part of the Index.

  • Helps students find definitions quickly, facilitating their learning of important terms and concepts. Ex.___

1. Sea Urchin Embryos.


2. Frog Embryos.


3. Chick Embryos.


4. Mouse Embryos.


5. Pig Embryos.


6. Hands-On Studies.


References.


History.


Glossary


Index.

Developmental Biology  (Biology & Microbiology)

• 
  Laboratory Studies of Vertebrate and Invertebrate Embryos: Guide and Atlas of Descriptive and Experimental Development, 9/E
  Schoenwolf
  ©2009 | Benjamin Cummings | Paper; 400 pp | Instock
  ISBN-10: 0321556941 | ISBN-13: 9780321556943
  Brief Description | Buy from myPearsonStore

  

  For upper-level undergraduate/graduate-level courses in Developmental Biology, Embryology, Cell and Developmental Biology–found in Biology, Zoology, and Cell/Developmental Biology departments.

   

  With a new chapter on zebrafish embryos and thoroughly updated terminology, Laboratory Studies is the most comprehensive text/laboratory guide available in the field of developmental biology and embryology, allowing students to study material independently—without the need for supplemental materials. It features broad coverage (sea urchin, frog, chick, mouse, pig, and zebrafish—all popular educational and research models) and is the only guide to provide detailed descriptions of a wide-range of developing stages.

DR. GARY C. SCHOENWOLF is a professor in the Department of Neurobiology and Anatomy at the University of Utah School of Medicine, where he teaches students at the undergraduate through postdoctoral levels. Author of well over 100 articles, his current research focuses on cell—cell signaling during early patterning of the vertebrate embryo. He and his wife Pat have two children, Jennifer and Gregory.

The eighth edition of this widely respected volume continues the tradition of introducing laboratory studies of developmental biology with its broad coverage, copious illustrations and detailed descriptions of a wide range of developing stages. Unique in its combination of a detailed atlas with interesting exercises on living embryos, it also contains complete instructions for additional experimental studies that include state-of-the-art research approaches. The eighth edition adds a new chapter on the development of the mouse embryo, many new illustrations, seven new advanced hands-on studies and a glossary.

CourseCompass (5.0) Instructor Quick Start Guide
Addison-Wesley & Benjamin Cummings
©2007 | Benjamin Cummings | Paper | Instock
ISBN-10: 0321491874 | ISBN-13: 9780321491879

CourseCompass Instructor Quick Start Guide (V4.2.1), 4/E
AWBC
©2005 | Benjamin Cummings | Paper | Instock
ISBN-10: 032132126X | ISBN-13: 9780321321268

Dire Predictions: Understanding Global Warming
Mann & Kump
©2009 | Benjamin Cummings | Paper; 120 pp | Instock
ISBN-10: 0136044352 | ISBN-13: 9780136044352
Buy from myPearsonStore

Interwrite Personal Response System
EduCue, Addison-Wesley & Benjamin Cummings
©2004 | Benjamin Cummings | Electronic Supplement | Instock
ISBN-10: 0321267354 | ISBN-13: 9780321267351

Science, Evaluating Online Resources with Research Navigator
Payton, Stavney & Priest
©2004 | Benjamin Cummings | Paper; 80 pp | Instock
ISBN-10: 0131136747 | ISBN-13: 9780131136748
Buy from myPearsonStore

Give your students a choice! PearsonChoices products are designed to give your students more value and flexibility by letting them choose from a variety of text and media formats to best match their learning style and their budget.

Pearson Higher Education offers special pricing when you choose to package your text with other student resources. If you're interested in creating a cost-saving package for your students, see the Packages Tab.

• 
  Symbiosis: Custom Laboratory Program for Biological Sciences
  Pearson Custom Publishing
  ©2009 | Benjamin Cummings | On-line Supplement | Out of Stock
  ISBN-10: 0321625196 | ISBN-13: 9780321625199
  Brief Description

  

  With Symbiosis: The Benjamin Cummings Custom Laboratory Program for the Biological Sciences, you can create an introductory and human biology, general biology, embryology, genetics, plant biology, biotechnology, zoology, ecology or microbiology custom laboratory manual that meets your content needs and course organization exactly.
  
  Using our online book-building system, you can view and select the Benjamin Cummings, Vernier, or Pearson Custom Publishing labs you need, in the sequence you want, at the price you want your students to pay. You have the option of publishing your own labs using illustrations from our online Lab Art Library at no additional charge. Add your own course notes and syllabi, or copyrighted material from other publishers: we handle all permissions.

  • NEW! Expanded selection of labs. Our Symbiosis online database now includes 36 lab manuals and collections covering nine different lab courses in the biological sciences.
  • NEW! Revised lab manuals by Heitz, Waterman/Stanley, and Morgan/Carter to accompany Campbell/Reece, Biology, 8/e.
  • NEW! Color printing of selected labs. Three lab manuals are now available for on-demand, full-color printing. These are Atsma/Hsu, Laboratory Manual for Human Biology, 4/e; Lammert, Techniques for Microbiology: A Student Handbook, 1/e; and Wistreich, Microbiology Laboratory Fundamentals and Applications, 2/e.
  • NEW! Distinctive and colorful cover designs. Symbiosis now offers nine entirely new cover designs that you can customize with your specific course information.
  • Create your Symbiosis custom lab manual using our online Book-Build system and request a free evaluation copy delivered in 7-10 business days!
  • Include 11 different types of print-on-demand graph paper sheets inserted anywhere in your lab manual, OR order the quantity of 2-page NCR carbonless graph paper units you need bound into the back of your custom manual. 

   Additional Lab Publishing Features include: 

  • Full-color printing of your original digital color photographs or illustrations in a special appendix
  • You can design your own original customized lab worksheets or data forms printed on 2-page NCR carbonless graph paper units and bound into the back of your custom manual
  • Selectable interior designs for your original lab content 
  • Online Lab Art Library with illustrations you can use with your original labs at no extra charge
  • Image research and illustration creation services

  Have questions? Contact us at 1-800-777-6872. Your custom Benjamin Cummings Symbiosis lab manual is published in only 4-6 weeks from the date we receive your order from your bookstore. Please allow an additional 4-6 weeks if you are including your own labs, color images, customized worksheets, or other outside material.

Pearson Higher Education offers special pricing when you choose to package your text with other student resources. If you're interested in creating a cost-saving package for your students contact your Pearson Higher Education representative.