Genetics, Genomes, DNA & Stem Cell Research
Scientific American has this well written recipe for extracting DNA from a strawberry using things you'd find in just about any kitchen.
The post includes step-by-step instructions and observations and questions for the students to answer during the process.
This animation, part of the YourGenome site, shows the many steps and enzymes needed to make a copy of DNA in a cell. It shows how both strands of the DNA helix are unzipped and copied to produce two identical DNA molecules.
- YouTube URL
This website, produced by scientists at the Wellcome Genome Campus near Cambridge in the UK, contains videos and activities describing genetics and genomics. Suitable for older students, this site describes what a genome is and how scientists sequence the DNA from an organism.
You can explore what genetics can tell us about an individual and a population,and why this can sometimes throw up some tricky ethical questions and debates.
BioDesigns, Incorporated offers a simulation of a 4 person genetic engineering team-- a geneticist, biologist, lawyer and an economist/ethicist. Targeted to Grades 7-12, this simulation provides a testbed for practicing outcomes of research.
The Genetic Science Learning Center is a wonderful site for anything genetic and includes topics like "How to extract DNA from anything living" (using detergent, meat tenderizer, and alcohol), genetic disorders, and current events in genetics. The site explains how to build a low-cost genetics lab and publishes teaching kits.
The DNA Learning Center provides educator workshops, student research partnerships, and an index of educational, media-rich web sites.
The Human Genome Project resources for education include primers, images, posters, resource links, and an extensive glossary and acronyms list.
This site tracks and consolidates the latest news and advances. Includes special sections for students and educators.
The National Institutes of Health has created a primer on stem cells. Topics include the biological properties of stem cells, the important questions about stem cells that are the focus of scientific research, and the potential use of stem cells in research and in treating disease.
For a deeper understanding and manipulation of mutations Look at the Molecular Workbench, developed at the Concord Consortium.
ActionBioscience articles are categorized into Biodiversity, Environment, Genomics, Biotechnology, Evolution, New Frontiers, and Education. Lessons are keyed to the National Science Education standards. This site summarizes the key issues of the future of biological sciences.
Science Scope, a journal published by NSTA, devoted its July, 2005 issue to well thought-out lessons on cells. For instance, students act in a simulation about producing chocolate peanut butter cups to understand the complex entities within a cell.
Evolution at Berkeley demonstrates evidence for evolution and the evolution of evolution.
The bioethics (ethical, legal and social) of genetic testing, a collaboration between the University of Rochester and New York state's professional development network, illustrates an excellent, progressive disclosure PBL model. a must-see.
BioInteractive includes videos and animations and interviews is free for learning about human evolution.
Evolution Readiness guides students towards understanding complex evolution.
Understanding an aquatic ecosystem shows the interaction and exceptional diversity on earth.
K-12 students have lacked equipment,such as electronic microscopes to explore this "inside" world in their own class laboratories. Sites like these turn mere words into concepts students can learn and explore.
Other Areas To Check Out...
• Biology Studies Groups
• Equity Thru Community Technology Centers And Other Models
• Ethics in Science
• Finding A Partner for Computer-Assisted Collaboration
• High Performance Standards for Applied Learning
• New Visualization Tools
• Research Resources for Teachers and Librarians
• Virtual Schools Sampler
• WebQuests And Scavenger Hunts