| Lesson Plans:
Patterns of Heredity
Students will describe the differences between incomplete dominance
and codominant alleles, describe the difference between multiple
alleles and polygenic inheritance, describe how internal and external
environments affect gene expression, and interpret testcrosses and
pedigree charts.
Calculating Cousins
All species of living things currently on the Earth are related on a
genealogical level called "cousins," related to, but not descended
from each other.
The Probabilities of Problems: A Look at Inheritance
Students learn how to calculate the probabilities of passing on
certain genetic disorders and then evaluate case studies involving
genetic testing.
Gene Puzzles
In this lesson,
students will examine a fictional pedigree and determine which gene
is responsible for a given trait. The genetic information for
individuals is depicted as a jigsaw puzzle.
Genetic Pedigree Project
Assignment that allows students to
demonstrate an understanding of pedigree charts based on their own
families
Intro to Genetics
SWBAT determine and predict the genotypes and phenotypes of parents
and their offspring.
Genetics - Screen
Your Genes
Students will understand the processes
of meiosis, independent assortment, fertilization and genetic
variation by constructing simple pedigrees, determining their
genotypes and phenotypes for five traits and their sex chromosome
types and by transferring this information to paper model
chromosomes which are used to simulate the process of fertilization.
Genetics - One
Family's Fingerprints
Students will read the segment, "One Family's Fingerprints," in the
May 1992 National Geographic and analyze the DNA fingerprints of
family members. They will determine inheritance patterns of seven
genes in the family and label the genotypes of each individual on a
pedigree.
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