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by Jeff Bell

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Science and Technology

Items 1 - 10 shown of 18 results

An activity sheet for Online Mendelian Inheritance in Man

by Jeff Bell
For this assignment students use online genetic databases such as Genbank...
An example of:  Teaching with Data
Date added:   Jan 03, 2008
Last modified:   Jan 03, 2008

An activity sheet for DNA from the Beginning

by Jeff Bell
Students use a computer simulation, the commercial Biolabs Virtual Fly...
An example of:  Teaching with Data
Date added:   Jan 03, 2008
Last modified:   Jan 03, 2008

An activity sheet for Online Mendelian Inheritance in Man

by Jeff Bell
<p>Writing a Wikipedia article about a genetic disease is a good...
An example of:  Teaching with Data
Date added:   Jul 14, 2007
Last modified:   Jul 14, 2007

An activity sheet for DNA from the Beginning

by Jeff Bell
This assignment uses a computer simulation of fruit fly genetics to have...
An example of:  Teaching with Data
Date added:   Jul 14, 2007
Last modified:   Jul 14, 2007

An activity sheet for DNA from the Beginning

by Jeff Bell
An interactive lecture that uses flash animations showing the researcher...
An example of:  Interactive Lectures
Date added:   Jul 14, 2007
Last modified:   Jul 14, 2007
This rubric describes the grading criteria for trihybrid mapping problems.
Type of task: Core activity, Student-centered, Team, Unsupervised
Date added: Sep 04, 2000
Last modified: Sep 04, 2000
A grading rubric for a large mapping prblem involving several genes
Type of task: Core activity, Student-centered, Team, Unsupervised
Date added: Sep 04, 2000
Last modified: Sep 04, 2000
Trihybrid crosses and mapping of numerous genes.
Type of task: Group, Student-centered, Unsupervised
Date added: Sep 04, 2000
Last modified: Jul 09, 2008
Problem-based assignments where students use the EvolutionLab to investigate natural selection on a quantitative trait.
Type of task: Core activity, Student-centered, Team, Unsupervised
Date added: Sep 04, 2000
Last modified: Sep 04, 2000
Students use the TranslationLab to determine the genetic code by translating di-, tri-,and tetra-nucleotide repeats.
Type of task: Core activity, Student-centered, Team, Unsupervised
Date added: Sep 04, 2000
Last modified: Sep 04, 2000
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