Browse results: Human Genetics
| RESOURCE | GRADE LEVEL | MEDIA TYPE |
|---|---|---|
Animal Cloning 101Learn about clones and explore the methods scientists use to create clones in the lab in this interactive activity from the Dolan DNA Learning Center. |
9-12 |
Interactive |
Build a Family TreeBoth sexes can use this interactive feature that lets you use DNA information from the Y chromosome to complete a male family tree. From the NOVA: "Lost Tribes of Israel" Web site. |
9-12 |
Interactive |
Chromosome ViewerThis interactive feature provides a microscopic view of the 24 Human chromosomes. Each chromosome is labeled with the names of some of the genetic conditions and traits associated with particular regions on that chromosome. |
9-12 |
Interactive |
Create a DNA FingerprintLearn DNA profiling, the technique police use to catch the guilty and free the innocent. From NOVA: "The Killer's Trail" Web site. |
6-12 |
Interactive |
DNA ExtractionThis interactive activity adapted from the University of Nebraska's Plant and Soil Sciences eLibrary illustrates how DNA, which is normally locked inside of cells, is extracted from living tissue. |
9-12 |
Interactive |
DNA LibrariesThis interactive resource adapted from the Dolan DNA Learning Center explores the different types of DNA libraries used to store and access genetic information. |
9-12 |
Interactive |
DNA SequencingThis interactive activity adapted from the Dolan DNA Learning Center looks at two techniques used to sequence DNA: the Sanger method and an automated process based on the Sanger method. |
9-12 |
Interactive |
DNA WorkshopHow does DNA perform those all-important functions of replication and protein synthesis? This interactive feature from the A Science Odyssey Web site will help you explore and understand the secrets of DNA. |
9-12 |
Interactive |
Explore a Stretch of CodeTry your hand at reading a segment of genetic code in this interactive feature from the NOVA "Cracking the Code of Life" Web site. |
9-12 |
Interactive |
Gene CloningThis interactive activity adapted from the University of Nebraska's Library of Crop Technologies details the steps involved in producing clones of genes that can then be used to transform the characteristics of an organism. |
9-12 |
Interactive |
Genetics: Tour of the BasicsIn this interactive activity from the University of Utah, identify different kinds of genetic traits and how they are passed on from generation to generation. View examples of simple and complex trait inheritance. |
6-12 |
Interactive |
How Cells Divide: Mitosis vs. MeiosisHow exactly does meiosis mix and halve chromosomes? Find out through this feature from NOVA: "18 Ways to Make a Baby," which provides a step-by-step, side-by-side comparison of meiosis and mitosis. |
6-12 |
Interactive |
Is Love in Our DNA?Did evolution shape your taste in a mate? Take our interactive poll from Evolution. |
9-12 |
Interactive |
Mendel's Laws of Genetic Inheritance This interactive activity, adapted from the Dolan DNA Learning Center, uses Punnett squares to illustrate Mendel's laws of inheritance and how a particular gene combination results in a 3-to-1 ratio of dominant-to-recessive traits.
|
6-12 |
Interactive |
Microbe ClockIn this Evolution Web feature, learn how mutation and fast reproductive rates can allow deadly microbes to outpace medical breakthroughs. |
9-12 |
Interactive |
Mouse PartyIn this interactive activity from The University of Utah, examine the molecular mechanisms that affect the brains of mice on drugs. Learn how different drugs create different responses in the brain and alter the natural state of a mouse. |
9-12 |
Interactive |
Polymerase Chain ReactionThis interactive activity adapted from the University of Nebraska's Library of Crop Technologies depicts steps in the polymerase chain reaction (PCR) technique and explains how it is used to efficiently copy sections of DNA for analysis. |
9-12 |
Interactive |
RNAi ExplainedUsing scientific animations and illustrated metaphors, this interactive activity from NOVA scienceNOW explains RNAi and how it works. |
9-12 |
Interactive |
Sequence for YourselfHow do researchers read the tiny As, Gs, Ts, and Cs that comprise DNA? This step-by-step explanation shows you. From NOVA: "Cracking the Code of Life." |
9-12 |
Interactive |
Should We Create Babies by Design?Should we attempt to control our heredity? Take our poll, developed for the Evolution Web site. |
9-12 |
Interactive |
Some Genes Are Dominant This interactive activity, adapted from the Dolan DNA Learning Center, illustrates how Gregor Mendel used pure-bred yellow and green peas to show that some genes are dominant and others are recessive.
|
6-12 |
Interactive |
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