chromosomes evenly between cells. List and describe the different phases of meiosis. Draw meiosis from a given number of chromosomes. Explain the purpose of interphase Explain the purpose of crossing over and independent assortment in meiosis Relate crossing over and independent assortment to genetic variation. Explain genetic problems that from nondisjunction. Chapter 11 Content DNA structure Label the parts of a Vocabulary Text book DNA and and function DNA model Etymology Video: DNA Genes B1.1 DNA replication Identify the nitrogen Activity the 11.1 Molecule B1.2 DNA vs RNA bases of DNA Analysis Molecule of of heredity B2.4 Transcription and List the correct base Questions Life 11.2 DNA to B2.5 Translation pairs of DNA IPAD APP: Protein B5.1 Allele mutations Explain how and why Video 11.3 Genetic B5.2 Chromosomal the genetic code is Discussion Biology Changes B5.3 mutations universal Quizzes IPAD: DNA B5.4 Describe the structure Tests Damage B5.5 and function of DNA Directed McGraw Differentiate between Reading Website replication, Questions Reading transcription, and Bingo Card Stand. translation. Vocab Draw and label the parts Foldable of DNA Replication Construct Draw and explain DNA 6,7 transcription and Molecule translation Set-up Writing Describe how genetic DNA Stand. recombination increases Replication genetic variation Set-up Differentiate between Protein allele and chromosomal Synthesis mutations Chnops Activity
chromosomes evenly between cells. List and describe the different phases of meiosis. Draw meiosis from a given number of chromosomes. Explain the purpose of interphase Explain the purpose of crossing over and independent assortment in meiosis Relate crossing over and independent assortment to genetic variation. Explain genetic problems that from nondisjunction. Chapter 11 DNA and Genes 11.1 Molecule of heredity 11.2 DNA to Protein 11.3 Genetic Changes Content B1.1 B1.2 B2.4 B2.5 B5.1 B5.2 B5.3 B5.4 B5.5 Reading Stand. 6,7 Writing Stand. DNA structure and function DNA replication DNA vs RNA Transcription and Translation Allele mutations Chromosomal mutations Label the parts of a DNA model Identify the nitrogen bases of DNA List the correct base pairs of DNA Explain how and why the genetic code is universal Describe the structure and function of DNA Differentiate between replication, transcription, and translation. Draw and label the parts of DNA Replication Draw and explain transcription and translation Describe how genetic recombination increases genetic variation Differentiate between allele and chromosomal mutations Vocabulary Etymology Activity Analysis Questions Discussion Quizzes Tests Directed Reading Questions Bingo Card Vocab Foldable Construct DNA Molecule Set-up DNA Replication Set-up Protein Synthesis Chnops Activity Text book Video: DNA the Molecule of Life IPAD APP: Video Biology IPAD: DNA Damage McGraw Website
biology1curriculum.docx