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General Biology Laboratory Manual

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General Biology Laboratory Manual

This general biology laboratory manual contains lab activities and descriptions of the scientific method, organic molecules, light microscopy, cellular biology, mitosis, meiosis, sickle cell, DNA, evolution, plant diversity, invertebrates, and vertebrates.

Biology
Author
Courtney Mayer
Publisher
Northeast Wisconsin Technical College
Source
LibreTexts
License
CC BY
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 79 sections
  1. Laboratory 01: The Scientific Method
  2. 1.01: Lab 1 Introduction
  3. 1.02: Using the Scientific Method
  4. 1.03: Applying the Scientific Method
  5. 1.04: Laboratory 1 Notes Page
  6. Laboratory 02: Organic Molecules
  7. 2.01: Laboratory 2 Introduction
  8. 2.02: Proteins
  9. 2.03: Carbohydrates
  10. 2.04: Lipids
  11. 2.05: DNA Extraction
  12. 2.06: Laboratory 2 Summary and Notes
  13. Laboratory 03: Introduction to Light Microscopy
  14. 3.01: Laboratory 3 Introduction
  15. 3.02: Total Magnification Calculating Field of View and Estimating Specimen Size
  16. 3.03: Examining Prokaryotic Cells
  17. 3.04: Examining Eukaryotic Cells
  18. 3.05: Examining Live Eukaryotic Cells
  19. 3.06: Laboratory 3 Notes Page
  20. Laboratory 04: Cellular Biology and Membrane Transport
  21. 4.01: Laboratory 4 Introduction
  22. 4.02: Organelle Functions
  23. 4.03: Cell Models
  24. 4.04: Cellular Microscopy
  25. 4.05: Comparing and Contrasting Cell Types
  26. 4.06: Simple Diffusion
  27. 4.07: Diffusion Across a Semipermeable Membrane
  28. 4.08: Red Onion Osmosis Lab
  29. 4.09: Laboratory 4 Notes Page
  30. Laboratory 05: Heart Rate of Daphnia Upon Exposure to Ethanol and Caffeine
  31. 5.01: Laboratory 5 Introduction
  32. 5.02: Daphnia Experiment
  33. 5.03: Laboratory 5 Notes Page
  34. Laboratory 06: Mitosis and Cytokinesis
  35. 6.01: Laboratory 6 Introduction
  36. 6.02: Mitosis of Onion Root Rip
  37. 6.03: Mitosis of Whitefish Blastula
  38. 6.04: Simulating Mitosis Using Beads
  39. 6.05: Laboratory 6 Notes
  40. Laboratory 07: Meiosis and Heredity
  41. 7.01: Laboratory 7 Introduction
  42. 7.02: Modeling the Stages of Meiosis
  43. 7.03: Heredity
  44. 7.04: Human Genetics Problems
  45. 7.05: Laboratory 7 Notes Page
  46. Laboratory 08: Genetics of Sickle Cell Anemia
  47. 8.01: Laboratory 8 Introduction
  48. 8.02: Mendelian Genetics and Probability
  49. 8.03: Laboratory 8 Notes Page
  50. Laboratory 09: Biology of DNA
  51. 9.01: Laboratory 9 Introduction
  52. 9.02: Gene Instructions for Making Proteins
  53. 9.03: Sickle Cell Anemia
  54. 9.04: Introduction to Gel Electrophoresis
  55. 9.05: Laboratory 9 Notes Page
  56. Laboratory 10: Evolution and Natural Selection
  57. 10.01: Introduction to Laboratory 10
  58. 10.02: Best Beaks
  59. 10.03: Laboratory 10 Notes Page
  60. Laboratory 11: Microevolution and Macroevolution
  61. 11.01: Introduction to Laboratory 11
  62. 11.02: Microevolution
  63. 11.03: Macroevolution
  64. 11.04: Laboratory 11 Notes Page
  65. Laboratory 12: Plant Diversity
  66. 12.01: Introduction to Laboratory 12
  67. 12.02: Seedless Plants
  68. 12.03: Seed Plants
  69. 12.04: Laboratory 12 Notes Page
  70. Laboratory 13: Invertebrates
  71. 13.01: Introduction to Laboratory 13
  72. 13.02: Mollusk Dissection
  73. 13.03: Arthropod Dissection
  74. 13.04: Laboratory 13 Notes Page
  75. Laboratory 14: Vertebrates
  76. 14.01: Introduction to Laboratory 14
  77. 14.02: Amphibian (Frog) Dissection
  78. 14.03: Mammal (Rat) Dissection
  79. 14.04: Laboratory 14 Notes Page