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The Human Body

79 topics open, in the order they build on each other.

  1. Bones & Musclesages 5 to 7 · 8 questions
  2. How Breathing Worksages 5 to 7 · 8 questions
  3. The Brain Controls the Bodyages 5 to 7 · 8 questions
  4. The Five Sensesages 5 to 7 · 8 questions
  5. The Heart & Bloodages 5 to 7 · 8 questions
  6. Basic Body Needsages 5 to 7 · 8 questions
  7. Balanced Diet & Food Groupsages 7 to 9 · 8 questions
  8. Cells, Tissues & Organsages 7 to 9 · 8 questions
  9. How the Eye Worksages 7 to 9 · 8 questions
  10. Naming Major Bonesages 7 to 9 · 8 questions
  11. How Muscles Move Bonesages 7 to 9 · 8 questions
  12. The Digestive Journeyages 7 to 9 · 8 questions
  13. Types of Teethages 7 to 9 · 8 questions
  14. Growing Up & Pubertyages 9 to 11 · 8 questions
  15. Heart & Blood Circulationages 9 to 11 · 8 questions
  16. How the Lungs Workages 9 to 11 · 8 questions
  17. Circulation & Breathing Togetherages 9 to 11 · 8 questions
  18. The Immune Systemages 9 to 11 · 8 questions
  19. Healthy Lifestyle Choicesages 9 to 11 · 8 questions
  20. The Nervous Systemages 9 to 11 · 8 questions
  21. Immunity & Vaccinesages 11 to 13 · 8 questions
  22. Neurons & Brain Structureages 11 to 13 · 8 questions
  23. DNA & Genesages 12 to 14 · 8 questions
  24. How the Body Stays in Balanceages 12 to 14 · 8 questions
  25. Cancer & Stem Cellsages 13 to 14 · 8 questions
  26. The Reflex Arc and Synapsesages 14 to 15 · 8 questions
  27. Hormones and Negative Feedbackages 14 to 15 · 8 questions
  28. Blood Glucose Control and Diabetesages 14 to 16 · 8 questions
  29. Hormones in the Menstrual Cycle and Fertilityages 14 to 16 · 8 questions
  30. Blood Components and Blood Vesselsages 15 to 16 · 8 questions
  31. Heart Rate, Stroke Volume and Cardiac Outputages 15 to 16 · 12 questions
  32. How Communicable Diseases Spreadages 15 to 16 · 8 questions
  33. Non-Communicable Disease and What Counts as a Risk Factorages 15 to 16 · 8 questions
  34. The Brain: Regions and the Evidence for What They Doages 15 to 16 · 8 questions
  35. The Eye as a Receptor Organages 15 to 16 · 8 questions
  36. Vaccination and Antibiotic Resistanceages 15 to 16 · 8 questions
  37. The Specific Immune Response: Phagocytes, T Cells and B Cellsages 16 to 17 · 8 questions
  38. Haemoglobin, the Dissociation Curve and the Bohr Shiftages 17 to 18 · 8 questions
  39. Monoclonal Antibodies and What They Are Used Forages 17 to 18 · 8 questions
  40. The Cardiac Cycle and Pressure in the Heartages 17 to 18 · 8 questions
  41. The Resting Potential and the Action Potentialages 17 to 18 · 8 questions
  42. Conduction Speed: Myelination and the Refractory Periodages 17 to 18 · 8 questions
  43. Synaptic Transmission, Summation and Inhibitionages 17 to 18 · 8 questions
  44. The Sliding Filament Model of Muscle Contractionages 17 to 18 · 8 questions
  45. Tissue Fluid and Its Return to the Circulationages 17 to 18 · 8 questions
  46. Ultrafiltration and Selective Reabsorption in the Nephronages 17 to 18 · 8 questions
  47. Osmoregulation and the Action of ADHages 17 to 18 · 8 questions
  48. Equilibrium Potentials and What Sets the Resting Voltageages 18 to 19 · 8 questions
  49. Channel Kinetics and the Ionic Basis of the Spikeages 18 to 19 · 8 questions
  50. Cable Properties and Dendritic Integrationages 18 to 20 · 8 questions
  51. Tissue Types and How a Body Is Organisedages 18 to 19 · 8 questions
  52. Bone, Cartilage and the Mechanics of a Jointages 19 to 20 · 8 questions
  53. Pacemaker Potentials, Conduction and Reading an ECGages 19 to 20 · 8 questions
  54. Preload, Afterload and the Frank-Starling Relationshipages 19 to 21 · 8 questions
  55. Regional Anatomy of the Central Nervous Systemages 19 to 20 · 8 questions
  56. From Photons to Spikes: the Retinaages 19 to 20 · 8 questions
  57. Transmitter Systems and Two Kinds of Receptorages 19 to 20 · 8 questions
  58. Synaptic Plasticity and the Molecular Rules of Changeages 19 to 21 · 8 questions
  59. Building a Visual Scene: Pathways, Maps and Receptive Fieldsages 20 to 21 · 8 questions
  60. Hormone Classes and Why Their Receptors Sit in Different Placesages 20 to 21 · 8 questions
  61. Hypothalamic and Pituitary Axes and Layered Feedbackages 20 to 22 · 8 questions
  62. The Autonomic Nervous System and Its Two Outflowsages 20 to 21 · 8 questions
  63. Resistance, Flow and the Regulation of Blood Pressureages 20 to 21 · 8 questions
  64. Lung Mechanics: Compliance, Surface Tension and the Work of Breathingages 20 to 21 · 8 questions
  65. Touch, Temperature and Painages 20 to 21 · 8 questions
  66. Hearing and Balance: Frequency, Place and Head Motionages 20 to 21 · 8 questions
  67. Ventilation and Perfusion Matching, and the Control of Breathingages 20 to 22 · 8 questions
  68. Acid-Base Balance: The Bicarbonate System and Compensationages 20 to 22 · 8 questions
  69. Motor Control: From Intention to Muscleages 21 to 22 · 8 questions
  70. Memory Systems: What Amnesia Separatesages 21 to 22 · 8 questions
  71. Sleep, Circadian Rhythms and the Clock in the Brainages 21 to 22 · 8 questions
  72. Fuel Homeostasis and the Fed to Fasted Switchages 21 to 22 · 8 questions
  73. The Stress Response: Fast Nerves, Slow Hormones and the Cost of Staying Onages 21 to 22 · 8 questions
  74. Innate Immunity: Pattern Recognition, Complement and Inflammationages 21 to 22 · 8 questions
  75. Adaptive Immunity: Antigen Presentation and T-Cell Selectionages 21 to 22 · 8 questions
  76. Antibody Diversity, Memory and What Tolerance Failure Costsages 21 to 22 · 8 questions
  77. Checkpoint Blockade: Taking a Brake Off a T Cellages 22 to 24 · 8 questions
  78. Engineered Cell Therapy: Receptor Design, Manufacture and Toxicityages 23 to 24 · 8 questions
  79. Clinical Trials: Phases, Endpoints and Why Most Candidates Failages 23 to 24 · 8 questions
The Human Body · Science · LightMySky