Student Learning Map

  • Topic:Genetics
  • Subject(s):Science
  • Days:17
  • Grade(s):10
Key Learning: Genetics is the study of inheritance. Genes are inherited from parents. Not all genes are expressed. DNA and RNA are essential for transmission of genetic information.
Unit Essential Question(s):
 
 
Nature or nurture? How do organisms inherit traits for their parents? What traits are inheritable - physical, intelligence,behavior?
   
Concept: Mendel Aand Meiosis
Concept: DNA and Genes
Concept: DNA/RNA and Proteins
Lesson Essential Question(s):

What are the basic concepts of genetics? How are meiosis and mitosis different? (A)

Lesson Essential Question(s):

Why is DNA called the molecule of heredity? What do your DNA/Genes have to do with birth defects,viral diseases,cancer, aging,genetic engineering, and criminal investigations? How does DNA "hold" information? (A)

Lesson Essential Question(s):

Distinguish between DNA and RNA. What steps are involved in protein synthesis? How does DNA code for protein? (A)

Concept: Patterns of Heredity/Human Traits
Concept: Genetic Technology
Concept:
Lesson Essential Question(s):

Why do you look like that? How are traits inherited? How can a human trait be determined by a simple dominant allele? How do internal and external environments affect gene expression? (A)

Lesson Essential Question(s):

How has genetic technology changed the world around us? Why are plant and animal breeding important to humans? (A)

Lesson Essential Question(s):
Additional Info:

Resources:

Vocabulary Report

  • Heredity -
  • DNA replication -
  • mRNA -
  • karyotype -
  • inbreeding -
  • rRna -
  • carrier -
  • double helix -
  • clone -
  • genetics -
  • test cross -
  • nitrogen base -
  • trait -
  • tRNA -
  • fetus -
  • genetic engineering -
  • codon -
  • transcription -
  • pedigree -
  • gamete -
  • chromosomal mutations -
  • autosome -
  • translation -
  • pollination -
  • recombinant DNA -
  • mutagen -
  • codominant alleles -
  • codon -
  • restriction enzyme -
  • fertilization -
  • hybrid -
  • incomplete dominance -
  • gene therapy -
  • mutation -
  • DNA -
  • allele -
  • RNA -
  • multiple alleles -
  • point mutation -
  • human genome -
  • linkage map -
  • polygenic inheritance -
  • dominant -
  • sex chromosome -
  • recessive -
  • sex-linked trait -
  • law of segregation -
  • phenotype -
  • genotype -
  • homozygous -
  • heterozygous -
  • law of independent assortment -
  • crossion over -
  • meiosis -
  • diploid -
  • haploid -
  • homologous chromosomes -
  • sperm -
  • egg -
  • zygote -
  • sexual reproduction -
  • genetic recombination -
  • nondisjunction -