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Biology
Unit 4: Cellular Functions and Reproduction Schedule and Learning Targets
Reading – Chapter 10(read all pages), Chapter 8(read p. 150 – 160)
Date
Turn In
In-Class
A
B
Day 1
Day 1
Introduce Holiday Ornament extra credit assignment, The
11-17
11-13
history of Hereditary Material: Rosalind Franklin, Crick and
M
Th
Chargaff’s Data, Build DNA model
Day 2
Day 2 ⧠ Check off outline part I
Quiz #1 on Part I, Genes, alleles and proteins, Protein
11-19
11-14
Functions in the body poster, Pencil Transferase
W
F
Day 3
Day 3 ⧠ Check off outline part II
Quiz #2 on Part II, DNA vs. RNA, Transcription &
11-21
11-18
Translation: On the Stage, Simulation: Protein Synthesis,
F
T
Day 4
Day 4 ⧠ Check off outline part III & IV
Quiz #3 on Parts III & IV, HASPI: Genes, Proteins and
12-1
11-20 ⧠ Turn in: Transcription and
Disease
M
Th
translation worksheet
Day 5
Day 5 ⧠ Turn in: Genes, proteins and
Quiz #4 on genes, Mutation Sandwich, Mutations: Mistakes
12-3
12-2
disease lab
or Miracles
W
T
Day 6
Day 6 ⧠ Turn in: Mutations: Mistakes or
Quiz #5 on mutations, Gel electrophoresis Lab
12-8
12-4
Miracles worksheet
M
⧝Th
Day 7
Day 7 ⧠ Turn in: Gel Electrophoresis Lab
Quiz #6 on gel electrophoresis, Bioquest: The faces of DNA,
12-10
12-5
DNA Coloring sheet
W
⧝F
Day 8
Day 8 ⧠ Turn in: Bioquest: the faces of
Quiz #7 on chromosomes, Karyotyping lab
12-12
12-9
DNA
F
T
⧠ Turn in: DNA Coloring sheet
Day 9
Day 9 ⧠ Turn in: Karyotyping lab
Review activities for the cumulative final
12-15
12-11
M
Th
Day 10
Finals Schedule: Good Luck
Dec 16th -18th
Homework Assigned
Outline Part I
Outline Part II
Outline Part III & IV
Transcription and translation
worksheet
Finish: Genes, proteins and
disease lab
Finish: Mutations: Mistakes or
Miracles worksheet
Finish gel electrophoresis lab
Finish Bioquest and Coloring
sheet
Finish Karyotyping lab
Study for your final!
Relax
Vocabulary –
Deoxyribonucleic acid
Nitrogenous Bases
Hydrogen Bonds
Ribonucleic Acid(m,r,t)
Genetic Code
Chromosome
Centromere
Diploid
Binary Fission
Semi-conservative
Double helix
Purines
DNA Replication
Ribose
Codon
Histones
Autosomes
Haploid
Mitosis
Nucleotide
Pyrimidines
Mutation
Transcription
Anticodon
Chromatin
Sex Chromosomes
Karyotype
Cell Cycle
Deoxyribose
Complementary Bases
Genome
Translation
Protein Synthesis
Chromatid
Homologous Chromosomes
Centriole
Spindle Fibers
Learning Targets:
A.
Structure of DNA
1. Describe the structure of the DNA model.
2. Describe the composition of a nucleotide.
3. Summarize the role of covalent and hydrogen bonds in the structure of DNA.
4. Relate the roles of the base pairing rules to the structure of DNA.
B.
Structure of RNA
1. What is the basic structure of RNA?
2. Contrast the structure of DNA and RNA.
3. List the different types of RNA and describe their function.
C.
Protein Synthesis
1. Describe the steps of transcription.
2. Describe the steps of translation.
3. Explain the relationship of genetic codes, codons and anticodons.
4. Know how to use the mRNA table to determine the amino acid sequence.
D.
Chromosome Structure and Cell Reproduction
1. Describe the structure of a chromosome.
2. Contrast the terms diploid and haploid. What types of cells have each?
Learning Targets:
A.
Structure of DNA
1. Describe the structure of the DNA model.
2. Describe the composition of a nucleotide.
3. Summarize the role of covalent and hydrogen bonds in the structure of DNA.
4. Relate the roles of the base pairing rules to the structure of DNA.
B.
DNA Replication
1. Describe the process of DNA replication.
2. What is a mutation and describe how they can occur?
C.
Structure of RNA
1. What is the basic structure of RNA?
2. Contrast the structure of DNA and RNA.
3. List the different types of RNA and describe their function.
D.
Protein Synthesis
1. Describe the steps of transcription.
2. Describe the steps of translation.
3. Explain the relationship of genetic codes, codons and anticodons.
4. Know how to use the mRNA table to determine the amino acid sequence.
E.
Chromosome Structure and Cell Reproduction
1. Describe the structure of a chromosome.
2. Contrast the terms diploid and haploid. What types of cells have each?
3. Describe what occurs in each step of the cell cycle.(Interphase, Mitosis, and Cytokinesis)
4. Describe what occurs in each phase of mitosis.
5. Contrast cytokinesis in plant and animal cells.
6. What are the two reasons why cells undergo mitosis and cytokinesis?
7. How is cell division controlled by the cell? What occurs when control is lost?