1. THE CELL Mr. King

2. Animal Cell

3. Cell Membrane

4. Animal Cell Cell Membrane Vacuole

5. Animal Cell Cell Membrane Vacuole Golgi Body

6. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome

7. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R

8. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R Mitochondrion

9. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R Mitochondrion Chromosome

10. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R Mitochondrion Chromosome Nucleus

11. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R Mitochondrion Chromosome Nucleus Lysosome

12. Animal Cell Cell Membrane Vacuole Golgi Body Ribosome Endoplasmic R Mitochondrion Chromosome Nucleus Lysosome Cytoplasm

13. Animal Cell Cell membrane - Gatekeeper Vacuole - Storage of Water Mitochondrion - Powerhouse of the cell Ribosomes - Makes protein Endoplasmic Reticulum - Holds the ribosomes Cytoplasm - Transports material in cell Nucleus - Brain of the cell Lysosome - self destruct - breaks apart proteins Golgi Body - Packaging material Chromosomes - Full of DNA - genetic material

14. Plant Cell

15. Golgi Body

16. Plant Cell Golgi Body Nucleus

17. Plant Cell Golgi Body Nucleus Chromosomes

18. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall

19. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane

20. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion

21. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion Chloroplasts

22. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion Chloroplasts Vacuole

23. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion Chloroplasts Vacuole Cytoplasm

24. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion Chloroplasts Vacuole Cytoplasm Endoplasmic R

25. Plant Cell Golgi Body Nucleus Chromosomes Cell Wall Cell Membrane Mitochondrion Chloroplasts Vacuole Cytoplasm Endoplasmic R Ribosomes

26. Plant Cell Vacuole - Storage of Water Golgi Body - Packaging material Mitochondrion - Powerhouse of the cell Nucleus - Brain of the cell Ribosomes - Makes protein Chloroplast - Uses sun to make sugar Cell Wall - Support of the plant Cell membrane - Gatekeeper Endoplasmic Reticulum - Holds the ribosomes Chromosomes - Full of DNA - genetic material

27. BACTERIA

28. Nuclear Area

29. BACTERIA Nuclear Area Flagellum

30. BACTERIA Nuclear Area Flagellum Capsule

31. BACTERIA Nuclear Area Flagellum Capsule Ribosomes

32. BACTERIA Nuclear Area Flagellum Capsule Ribosomes Plasmid

33. BACTERIA Nuclear Area Flagellum Capsule Ribosomes Plasmid Cell Wall

34. BACTERIA Nuclear Area Flagellum Capsule Ribosomes Plasmid Cell Wall Cell Membrane

35. Bacteria Nuclear Area - Not considered a true nucleus, has some DNA Flagellum - used for movement & sex Capsule - Sticky outside for protection Ribosomes - Make protein Plasmid - Full of DNA for reproduction Cell wall - more flexible than plants Cell membrane - gatekeeper

36. VIRUS

37. Head

38. VIRUS Head Tail

39. VIRUS Head Tail Protein Coat

40. VIRUS Head Tail Protein Coat

41. VIRUS Head Tail Protein Coat Nucleic Acid

42. Virus Head - Main housing for DNA Tail - used for movement and attachment Protein Coat - Protects DNA Nucleic Acid - Virus information

43. Compare and Contrast Animals Cell –Can’t make their own energy, they have various shapes, no cell wall, small vacuoles, and they divide easily Plant Cells –Has cell wall for support. Very large vacuoles, can make it’s own food. Has a harder time dividing because of cell wall.

44. Compare and Contrast Bacteria –Most can’t make their own food so they get it from dead organisms. Some can and they are called blue green algae. Used in cooking - considered alive Virus –Not considered “alive” by some scientist. Very small, can only reproduce on living things and can only live on living things.

45. Cell Reproduction

46. Interphase Chromosomes Become defined Inside the nucleus

47. Cell Reproduction Interphase Chromosomes Become defined Inside the nucleus

48. Cell Reproduction Prophase Chromosomes Duplicate. Nucleus loses Its membrane

49. Cell Reproduction Metaphase Chromosome Align up in the Middle of the cell

50. Cell Reproduction Metaphase Chromosome Align up in the Middle of the cell

51. Cell Reproduction Metaphase Chromosome Align up in the Middle of the cell

52. Cell Reproduction Metaphase Chromosome Align up in the Middle of the cell

53. Cell Reproduction Metaphase Chromosome Align up in the Middle of the cell

54. Cell Reproduction Anaphase Chromosome Pairs start To split apart

55. Cell Reproduction Anaphase Chromosome Pairs start To split apart

56. Cell Reproduction Anaphase Chromosome Pairs start To split apart

57. Cell Reproduction Anaphase Chromosome Pairs start To split apart Cell membrane Begins to split

58. Cell Reproduction Anaphase Chromosome Pairs start To split apart Cell membrane Begins to split

59. Cell Reproduction Anaphase Chromosome Pairs start To split apart Cell membrane Begins to split

60. Cell Reproduction Telophase 2 new cells are Made and also A new nuclear membrane

61. Cell Reproduction Telophase 2 new cells are Made and also A new nuclear membrane

62. Cell Reproduction Telophase 2 new cells are Made and also A new nuclear membrane

63. Cell Reproduction Telophase 2 new cells are Made and also A new nuclear membrane

64. How Virus Multiply Cell

65. How Virus Multiply Cell

66. How Virus Multiply Cell

67. How Virus Multiply Cell

68. How Virus Multiply Cell

69. How Virus Multiply Cell

70. How Virus Multiply Cell Attach To Cell 1

71. How Virus Multiply Cell

72. How Virus Multiply Cell

73. How Virus Multiply Cell

74. How Virus Multiply Cell Inject the Nucleic Acid Into the Cell 2

75. How Virus Multiply Cell

76. How Virus Multiply Cell Nucleic Acid Is reproduced Many times inside The cell. 3

77. How Virus Multiply Cell

78. How Virus Multiply Cell

79. How Virus Multiply Cell

80. How Virus Multiply Cell

81. How Virus Multiply Cell Cell helps Virus make Head and tail 4

82. How Virus Multiply Cell

83. How Virus Multiply Cell Cell bursts And dies. Virus Go out and multiply 5

84. How Virus Multiply Cell Cell bursts And dies. Virus Go out and multiply 5

85. How Virus Multiply Cell Cell bursts And dies. Virus Go out and multiply 5

86. How Virus Multiply Cell Cell bursts And dies. Virus Go out and multiply 5