Difference between revisions of "Educational Resources"
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| Questions, Videos, Lab Experiments | | Questions, Videos, Lab Experiments | ||
| − | | [http://faculty.bsc.edu/phanson/yen/index.htm Yeast Education Network (YEN)] | + | | [http://faculty.bsc.edu/phanson/yen/index.htm Yeast Education Network (YEN)] (link not functional) |
| Variety of teaching resources for high school and undergraduate classes | | Variety of teaching resources for high school and undergraduate classes | ||
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Revision as of 05:29, 1 July 2020
Contents
Note on editing these wiki tables
When editing this page, please refer to the comment line at the top of each table if you need assistance in creating a row, or please feel free to mail us at sgd-helpdesk@lists.stanford.edu and we would be happy to help you with the post.
Associations and Societies
| Association | Mission |
|---|---|
| National Science Teachers Association (NTSA) | Books, Resources, Conferences, Science Standards for Educators at all academic levels (K- Undergraduate) |
| National Association of Biology Teachers (NABT) | Teaching Resources, Conferences, including resources for Biotechnology & Genetics |
| American Society for Microbiology (ASMsociety) | Books, Questions, Activities for K-12, found under the Microbiology for the Public section |
Teaching Resources
Classroom & Course Materials
| Resource Type | Source | Description |
|---|---|---|
| Saccharomyces cerevisiae specific, including materials relevant to the use of SGD | ||
| Bioinformatics Project Modules (Overview) |
Dr. Erin Strome and Dr. Bethany Bowling, Northern Kentucky University | Modules designed to introduce undergraduate students to using SGD and other bioinformatics resources: |
| Exploring genes of unknown function | Yeast ORFan Gene Project http://www.yeastorfanproject.com/. Contact: Jill Keeney keeney@juniata.edu | Network and resources to introduce undergraduate students to SGD resources while exploring genes of unknown function. Bioinformatics modules (8) for use in classes or lab guide students through hypothesis formation about gene function. Each module has a guide and worksheet; some modules have videos to guide students through the modules. http://www.yeastorfanproject.com/lab-modules/ |
| Lab Experiments | Yeast Experiments, from GENE Project, Tom Manney, Kansas State University | Variety of experiments for high school and undergraduate classes |
| Questions, Videos, Lab Experiments | Yeast Education Network (YEN) (link not functional) | Variety of teaching resources for high school and undergraduate classes |
| Lab Experiments | Research Link 2000 | Experiments for use in undergraduate laboratory classes |
| General Biology and Genetics | ||
| Lesson plans and classroom activities | DNA Interactive, Cold Spring Harbor Laboratory |
Historical and current information about DNA and genomes, with lessons centered around understanding current techniques and resources |
| Genetics education resources for teachers | NHGRI Genetic Education Resources for Teachers | Directing teachers to classroom tools, including specific teaching plans to present the history, facts and genetic terminology behind the Human Genome Project. |
| Interactive activities | The Tech Museum of Innovation - Online Exhibits | Educational online exhibits about genetics and you, such as: DNA roulette, making DNA from strawberries, and genetic tests and you |
| Virtual experiment | Virtual Courseware for Inquiry-based Science Education: Drosophila, VCISE | Virtual experiment that allows students to apply principles of genetic inheritance by studying the inheritance patterns of fruit flies |
| Protocols, Workshops, Publications | Genome Consortium for Active Teaching, GCAT | Part of consortium designed to bring functional genomics methods into the undergraduate curriculum |
Courses
| Course | Institution | Description |
|---|---|---|
| AP BioStudio | Stanford University | Program at Stanford University for high school teachers that introduces AP Biology teaching modules in the areas of forensic science, human genetics, bioinformatics and evolution |
| Discovering Genomics, Proteomics, and Bioinformatics | Davidson College | Includes web activities and case studies in this problem solving approach to teaching students the fundamentals of genomic analysis. Based on the book written by A. Malcolm Campbell and Laurie J. Heyer |
| Investigations in Molecular Cell Biology | Boston College | Project-based course in which students study the evolutionary conservation of genes involved in methionine synthesis. Topics include yeast culture and complementation, databases, plasmids and western blots. Each module contains background information, student protocols, teaching slides and video tutorials. |
Fun Sites
| Resource | Description |
|---|---|
| MendelWeb | Primary texts relating to classical genetics, elementary plant science, and history and literature of science |
| Science Buddies (for yeast) | Science fair project ideas for yeast and other scientific topics (resource for students, parents, teachers) |
| MendelWeb | Primary texts relating to classical genetics, elementary plant science, and history and literature of science |
| Bring Science Home | A Scientific American resource - featuring fun, science-related activities for 6-12 year olds |
General Learning
Books
| Title | Description |
|---|---|
| When Will Broccoli Taste Like Chocolate?: Your Questions on Genetic Traits Answered by Stanford Universtiy Scientists, David L Bodian, PhD and D Barry Starr, PhD |
Stanford scientists answer questions such as: Why do I have freckles? Where do my blue eyes come from? |
| What's a Genome?, by Sarah E. DeWeerdt (Genome News Network) |
Online book describing the basics of a genome, chromome, genes, DNA, sequencing, variation, and genome maps |
Dedicated Sites
| Resource | Description |
|---|---|
| Biology Dictionary | An online biology reference site providing useful definitions and explanations of common biology terms |
| Learn.Genetics, University of Utah Health Sciences |
Tutorials describing basic genetics (e.g. "What is DNA?"), cell biology, evolution, and human health, as well as some science tools (e.g. virtual labs) |
| DNA Learning Center, Cold Spring Harbor Laboratory |
Resources and links designed to acquaint elementary and high school students to the principles of genetics and disease risk |
| DNA from the Beginning, Cold Spring Harbor Labroatory | "An animated primer of 75 experiments that made modern genetics" |
| Scitable, Nature Publishing Group |
Free library providing overviews of key science concepts, with a focus on genetics |
| Bring Science Home | A Scientific American resource - featuring fun, science-related activities for 6-12 year olds |
Tutorials and Presentations
| Resource | Description |
|---|---|
| Khan Academy - Learn Biology | Tutorials covering topics addressed in first year high school/undergraduate biology courses |
| The Tech Museum of Innovation - Genetics page | General information about genetics, genes, mutations and disease, medicine and ethics. Includes information on basics such as: what is a gene, how do genes work, genetic testing, mutations and disease, as well as “Ask a Geneticist”, where you can pose questions to Stanford scientists. |
| ModEncode (Model Organism Encyclopedia of DNA Elements) | Modules on model organisms and modern biology, including information on why we study model organisms, regulation of gene expression, and the role of computers and technology in biology |
| Genetics Tutorials, 23andMe |
Basic tutorials describing genes, phenotypes, SNPs and more |
