SPI Determine the relationship between cell growth and cell reproduction. EQ-How do you determine SA/V of a cell?
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1 SPI Determine the relationship between cell growth and cell reproduction. EQ-How do you determine SA/V of a cell? Click on a lesson name to select.
2 Chapter 9 Cellular Reproduction Section 1: Cellular Growth Section 2: Mitosis and Cytokinesis Section 3: Cell Cycle Regulation Click on a lesson name to select.
3 Chapter 9 Cellular Reproduction 9.1 Cellular Growth Ratio of Surface Area to Volume-what cell is best?
4 Chapter 9 Cellular Reproduction Surface area in the cell is the area covered by the plasma membrane. The volume refers to the space taken by the inner contents. The cell might have difficulty supplying nutrients and expelling enough waste products. Living things grow by producing more cells, not larger ones.
5 Cell Size Limitations The smaller the cell, the higher ratio of surface area to volume This allows cells to sustain themselves more efficiently.
6 Chapter 9 Cellular Reproduction Transport of Substances Substances move by diffusion (high to low) or by proteins. Diffusion over large distances is slow and inefficient. Small cells maintain more efficient transport systems.
7 Surface area= l x w x # sides, unit is cm 2. Volume= l x w x h, unit is cm 3. Ratio of surface area to volume: SA V
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9 Which cell has a smaller surface-tovolume ratio? A B
10 So, what happens when the cell reaches its size limit?
11 When a cell reaches its size limit it will either stop growing or divide most will divide. Red and white blood cells, nerve cells, heart muscle, and skeletal muscle cells do not divide. Eukaryotic cells reproduce by a cycle of growing and dividing called the cell cycle. Prokaryotic cells reproduce by binary fission.
12 Chapter 9 Cellular Reproduction The Cell Cycle It is the way the cell reproduces so that you grow and heal certain injuries.
13 1. Interphase The Cell Cycle-3 parts Longest part of the cell cycle Occurs in three stages: G1, S, G2 2. Mitosis Division of cell nucleus Occurs in four stages: Prophase, Metaphase, Anaphase, Telophase 3. Cytokinesis Division of the cytoplasm which results in two new cells
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15 Chapter 9 Cellular Reproduction The Stages of Interphase The first and longest stage of interphase, Gap or Growth 1= G 1 The cell is growing, carrying out normal cell functions, and preparing to replicate DNA. p.246
16 Chapter 9 Cellular Reproduction The Second Stage of Interphase, S=Synthesis The cell copies its DNA in preparation for cell division.
17 Chapter 9 Cellular Reproduction The Third Stage of Interphase, Gap or Growth 2=G 2 The cell prepares for mitosis Replication of organelles. Chromatin is present here.
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19 In the time that it takes you to read this sentence, your body will have produced millions of new cells!
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21 How long does the entire cell cycle take to complete?
22 Duration of cell cycle Varies depending on the type of cell Some divide in as little as eight minutes while others might take up to one year. For most normal animal cells, the cycle takes hours to complete Some cells do not divide at all they stay in G1 phase
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25 Chapter 9 Cellular Reproduction 9.2 Cell Division- Mitosis and Cytokinesis of Eukaryotic cells The Stages of Mitosis (M) (PMAT) Prophase (P)-longest phase of mitosis The cell s chromatin tightens. Sister chromatids are attached at the centromere in a chromosome. Spindle fibers form in the cytoplasm.
26 Chapter 9 Cellular Reproduction The nuclear membrane seems to disappear.
27 Chapter 9 Cellular Reproduction Metaphase (M) Sister chromatids are pulled along the spindle apparatus toward the center of the cell. They line up in the middle of the cell.
28 Chapter 9 Cellular Reproduction Anaphase (A)- Apart The microtubules of the spindle apparatus begin to shorten. The sister chromatids separate. The individual chromosomes move toward the poles of the cell.
29 Chapter 9 Cellular Reproduction Telophase (T) The individual chromosomes arrive at the poles and begin to relax. Two new nuclear membranes begin to form and the nucleoli reappear.
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31 Chapter 9 Cellular Reproduction Cytokinesis (C)-will often occur with telophase Division of the cytoplasm. Results in 2 new cells. In animal cells,a cleavage furrow is formed. In plant cells, a new structure, called a cell plate forms.
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33 Light Microscope Images of Newt Lung cells stained with fluorescent dye
34 Results of the cell cycle 2 new cells with the same # of chromosomes as the original cell (after cytokinesis). Occurs in all body cells except sex chromosomes We have 46 Do you think the # of chromosomes determine intelligence?
35 Let s hope not! Potatoes have 24 pair, or 48. Ferns have 600 pair or Fruit flies have 8. Carrots have 18. Dogs have 78. Goldfish have 94. Cats have 32. Orchids have 56. Shrimp have 254. Pigs have 64.
36 Binary Fission The cell division of prokaryotic cells Means cell splitting This process is simple because bacteria cells are simple with circular DNA
37 9.3 Normal Cell Cycle Several checkpoints are found within the cell cycle to ensure accurate and proper division of cells. Proteins called cyclins bind to enzymes called cyclin dependent kinases The binding of these molecules control the various steps within the cell cycle.
38 Normal Cell Cycle These checkpoints monitor the cycle and stop it if something goes wrong. Monitors DNA replication, protein synthesis, and nuclear division during mitosis.
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40 What happens when the cell finds a problem at a checkpoint? Apoptosis programmed cell death Occurs in damaged cells
41 Abnormal Cell Cycle: Cancer Cancer is the uncontrolled growth and division of cells Occurs when there is a failure in the system of control checkpoints.
42 Cancer Cancer cells spend less time in interphase than normal cells. This means they will grow and divide unrestrained as long as they are supplied with nutrients (tumors develop)
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44 What causes cancer? Mutations in the segments of DNA which code for the production of proteins which regulate the cell cycle (cyclins). These mutations are often repaired, but if not then cancer develops Carcinogens Genetics (inherit cancerous genes from parents)
45 Carcinogens Environmental factors which influence the development of cancer: Asbestos Tobacco Radiation (UV and X-ray) Radon Cell phones?
46
47 Stem Cells Unspecialized cells that can develop into specialized cells under the right conditions. differentiation
48 Chapter 9 Cellular Reproduction Types of stem cells 1. Embryonic-found in embryos. + Pluripotent (can form into any type cell) - Kills the embryo. 2. Adult-found in bone marrow Multipotent (limited cell use) - painful to extract Read page 258 in your book!
49 Types of stem cells 3. Induced pluripotent stem cells or ips. Adult somatic cells are changed into pluripotent stem cells through forced gene expression. Still requires a lot of research 4. Umbilical cord blood Multipotent 99% of it is thrown away now. Expensive to gather and store the cord blood.
50 Potential uses for stem cells Create replacement for faulty tissues and organs Diabetes, kidney disease, etc. Spinal cord injuries Christopher Reeve Other diseases Multiple sclerosis, Parkinson s disease, Alzheimer s disease
51 Ex. Christopher Reeve Died Oct. 11, 2004 (9 years after his fall from a horse) BBC NEWS Entertainment Actor Christopher Reeve dies
52 Dana Reeve dies of lung cancer
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