Cell Reproduction
STANDARD 1: INTRODUCTION TO THE CELL CYCLE
A. Explain the purpose of the cell cycle
B. Distinguish between the two pain parts of the cell cycle (Interphase and the Mitotic phase) and describe each of the sub-phases found within each of these two main parts
C. Given a diagram, sequence and label the stages of the cell cycle
D. Compare data of the time needed for normal cells to complete the cell cycle with that of abnormal cancer cells.
C. Given a diagram, sequence and label the stages of the cell cycle
D. Compare data of the time needed for normal cells to complete the cell cycle with that of abnormal cancer cells.
- Notes: Powerpoint on "Intro to the Cell Cycle" See Course Documents.
- Other Resources to help you understand the topics:
- Animation: Cancer: Unregulated Cell Division (YouTube 2:00)
- Animation: Cell Division and Cancer (YouTube 3:29)
- Book Reading: Modern Biology 8-2 Cell Division – through the end of the “Interphase” section (p. 148-149)
- Review and Practice:
- Other:
- Video: Skin Cancer Screening Clinic: "Dear 16-year-old me"
STANDARD 2: DNA STRUCTURE AND REPLICATION
A. Using a diagram, label the parts of DNA, and describe the structure and function of DNA
B. Explain the concept of complementary base pairing
C. Describe the location, purpose and major events of DNA replication
D. Using a diagram, simulate DNA replication
E. Explain how a mutation could occur during DNA replication, and possible resulting effects.
- Notes:Powerpoint on DNA Structure and Replication (See Course Documents)
- Other Resources to help you understand the topics:
- Book Reading: Modern Biology Section 10-1 DNA (pages 185-189)
- Animation: DNA Replication (HHMI)
- Review and Practice:
STANDARD 3: CHROMOSOMES, KARYOTYPES AND TYPES OF CELLS
STANDARD 6: MEIOSIS
A. Using a diagram, identify and explain the difference between the parts of a chromosome: chromatin, chromatid, centromere, DNA
B. Explain the purpose of a karyotype
C. Correctly read a normal karyotype of both somatic cells and gametes, and distinguish between autosomes and sex chromosomes in each of these karyotypes.
D. Given an exemplar cell, identify whether it is a somatic cell or a gamete, haploid or diploid and calculate the number of chromosomes found in each.
B. Explain the purpose of a karyotype
C. Correctly read a normal karyotype of both somatic cells and gametes, and distinguish between autosomes and sex chromosomes in each of these karyotypes.
D. Given an exemplar cell, identify whether it is a somatic cell or a gamete, haploid or diploid and calculate the number of chromosomes found in each.
E. Identify chromosomal mutations in karyotypes
- Notes:Powerpoint on Chromosomes, Karyotypes, and Types of Cells (see course documents)
- Other Resources to help you understand the topics:
- Tutorial: What is a karyotype? (YouTube 10:01)
- Animation: Diploid vs Haploid Cells (YouTube 2:30)
- Book Reading: Modern Biology 8-1 Chromosomes (p. 145-147)
- Review and Practice:
STANDARD 4: THE MITOTIC PHASE (Mitosis and Cytokinesis)
A. Using a diagram, label each of the phases of cell division and the structures that are involved during each phase.
B. Identify the major events that occur during each phase of mitosis
C. Explain and diagram how cytokinesis differs in plant and animal cells
B. Identify the major events that occur during each phase of mitosis
C. Explain and diagram how cytokinesis differs in plant and animal cells
- Notes: Powerpoint on The Mitotic Phase (see course documents)
- Other Resources to help you understand the topics:
- Book Reading: Modern Biology 8-2 Only Mitosis & Cytokinesis Sections (p.149-151)
- Animation: Animation of The Cell Cycle -You will need flash player
- Reading Tutorial: Cell cycle and mitosis tutorial - the biology project
- Reading Tutorial: Mitosis (Prentice Hall) Click "Next" to move through concepts - You will need Shockwave
- Image: Cytokinesis in animal and plant cells
- Review and Practice:
- Practice: Activity Online Onion roots - how well can you match pictures of dividing cells to each phase
- Tutorial Cytokinesis in animal and plant cells (Education Portal 5:29)
- Quiz Yourself:
- Mitosis Quiz (biology corner)
- Mitosis and Cell Division 1: 8 questions about the importance of cell division, and some of its key concepts.
- Mitosis and Cell Division 2: 10 diagram-based questions about the cellular mechanics of cell division.
- Mitosis and Cell Division 3: 12 diagram-based questions about the phases of mitosis
- Mitosis and Cell Division 4: 20 text-based questions about mitosis and cell division.
- Mitosis: Cumulative Quiz: All of the questions in quizzes 1 – 4.
STANDARD 5: TYPES OF REPRODUCTION
A. Compare and contrast asexual and sexual reproduction and binary fission
A. Compare and contrast asexual and sexual reproduction and binary fission
- Notes: Powerpoint on Types of Reproduction (see course documents)
- Other Resources to help you understand the topics:
- Book Reading: Modern Biology 8-3 Only “Asexual & Sexual Reproduction” (p.156)
- Review and Practice:
STANDARD 6: MEIOSIS
A. Compare and contrast meiosis 1 and meiosis 2
B. Explain how meiosis provides for shuffling of the genetic information
C. Compare and contrast the cell cycle with meiosis
D. Differentiate between spermatogenesis and oogenesis and be able explain the types of cells formed and the sequence of events for each process.
E. Explain how chromosomal mutations could occur during meiosis, and the resulting effects
- Notes: Powerpoint on Meiosis (see course documents)
- Other Resources to help you understand the topics:
- Book Reading: Modern Biology 8-3 Meiosis (p.153-156)
- Animation: Meiosis Tutorial Narrated with quiz at end (sumanasinc)
- Animation: Comparison of Meiosis and Mitosis (McGraw Hill) Side-by-side animation of both.
- Descriptions and Diagrams: How Cells Divide: Mitosis vs. Meiosis (NOVA) - This is a side by side comparison of pictures and descriptions of each phase in the cell cycle and meiosis
- Diagram: Diagram of spermatogenesis and oogenesis that includes chromosome division
- Animation: Meiosis with crossing over explained (McGraw Hill)
- Video Tutorial: Mutations (Bozeman Biology) (YouTube 7:02)
- Review and Practice:
- Animation: Unique Features of Meiosis (McGraw Hill) includes quiz after animation (under)
- Notes: Meiosis Notes (Union Mine HS in CA)
- Notes: Outline of Meiosis Notes (Biology Corner)
- Video Clip: (Used in class) Genotypes and Phenotypes (Bozeman Biology 12:56)
- What is a mutation? (description and analogy)
- Mighty Mutations Game!