Category: Genetics
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Investigation: Compare DNA from Different Samples
Students extract DNA from several samples of fruit, like strawberries and kiwi, and then discuss why some have more DNA than others.
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The Genetics of Tortoiseshell and Calico Cats
Explore the genetics of tortoiseshell and calico cats with students. Includes worksheets for students to practice sex-linked genetic crosses.
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How Did the Cardinal Get His Red Feathers (CER)
Based on a study from Nature that examines the role of enzymes in red coloration. Enzyme pathway converts yellow carotenoids into red ketocarotenoids.
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Gene Regulation in Prokaryotes – Lac Operon
Students examine graphics showing the lac-operon and the trp operon. The graphics illustrate how the operons are turned on and off.
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Identifying Penguin Species with Restriction Enzymes
In this simple exercise, students simulate how restriction enzymes and gel electrophoresis can be used to identify different species of penguins.
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Genome Wide Association Studies in Dog Coats
Data examines single nucleotide polymorphisms (SNPs) that indicate a strong or weak correlation to coat length and texture in different dogs.
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Reinforcement: DNA, RNA, and Sickle Cell
Students practice DNA and RNA by completing this simple fill-in-the-blank worksheet that focuses on vocabulary related to DNA structure and function.
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Practice Punnett Squares with Skinny Pigs
“Skinny Pig Genetics!” Hairlessness in guinea pigs is a recessive trait. Students practice Punnett squares with this simple worksheet.
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Practice Identifying the Phases of Meiosis
Practice and reinforcement of the phases of meiosis 1 and 2. Identify major events that happen in each phase and drag images into the correct position.
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Case Study: Dogs, SNPs, and Patellar Luxation
Students learn how a genetic polymorphism (SNP) is associated with a common problem in chihuahua dogs where their patella slips out of position.
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How DNA Fingerprints Are Used to Solve Crimes
Students learn how DNA fingerprints are made using gel electrophoresis. They identify which suspects match the DNA evidence.
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DNA Lesson Using PTC as an Anchoring Phenomenon
Describes how using anchoring phenomenon can improve lessons on teaching DNA and how the sequence of DNA determines structure and function.
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Virtual FlyLab (New!)
Virtual fruit fly genetics lab where students can explore phenotypes and genotypes of flies, design experiments, and perform chi square analysis
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DNA Model – Cut and Paste Nucleotides
This digital modeling activity allows students to build a DNA model by dragging the individual parts into a completed diagram
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Tasmanian Devil Karyotype (Remote Version)
Examine a karyotype showing the chromosomes of a Tasmanian devil. Arrange chromosomes and determine diploid number.