Udemy - Anatomy and Physiology

1. 01 Levels of Structural Organization.mp489.37MB
2. 02 Celluar Metabolism.mp474.31MB
3. 03 Homeostasis.mp4145.57MB
4. 04 Anatomical Terms and Directions.mp459.27MB
5. 05 Composition of Matter and the Human Body.mp463.89MB
6. 06 Molecules, Compounds, and Macromolecules.mp479.46MB
7. 07 Chemical Bonds.mp443.99MB
8. 08 Enzyme Function.mp469.07MB
9. 09 How Enzymes Catalyze Reactions.mp439.84MB
10. 10 Salts and Other Inorganic Compounds.mp440.05MB
11. 11 Acids, Bases, and pH.mp4103.3MB
12. 12 Signal Transduction.mp462.35MB
13. 13 Membrane Transport.mp455.36MB
14. 14 Passive Transport Processes.mp446.3MB
15. 15 Active Transport Processes.mp453.77MB
16. 16 Membrane Transport.mp455.36MB
17. 17 Passive Transport Processes.mp446.3MB
18. 18 Active Transport Processes.mp446.3MB
19. 19 Transport Mechanisms Other Than Passive or Active.mp463.66MB
20. 20 Cell Organization and Specialization.mp485.98MB
21. 21 Cellular Respiration.mp451.01MB
22. 22 Gene Expression.mp463.79MB
23. 23 Gene Expression-DNA and RNA.mp431.74MB
24. 24 The Cell Life Cycle Interphase.mp481.38MB
25. 25 The Cell Life Cycle Cell Division.mp4116.99MB
26. 26 Clinical Application Stem Cell Research.mp4164.53MB
27. 27 Overview of Tissues.mp470.56MB
28. 28 Overview of Tissues.mp470.56MB
29. 29 Epithelial Tissues.mp4168.56MB
30. 30 Connective Tissues.mp4285.17MB
31. 31 Tissue Repair, Regeneration and Engineering.mp4216.57MB
32. 32 What Is Skin and Why Do We Need It?.mp481.42MB
33. 33 Pigment and Skin Color.mp499.56MB
34. 34 Skin and Aging.mp486.57MB
35. 35 Skeletal System Functions - Support and Protection.mp436.13MB
36. 36 Skeletal System Functions - Storage and Production.mp469.64MB
37. 37 Biomechanics of Musculo-Skeletal System .mp4106.89MB
38. 38 Structure of Bone.mp4128.79MB
39. 39 Development of Bone.mp4103.02MB
40. 40 Function of Bone - Storage.mp489.15MB
41. 41 Axial vs. Appendicular Skeleton .mp4105MB
42. 42 Case Study - Fractures and Bone Repair.mp475.45MB
43. 43 Skeletal System Functions - Movement .mp4100MB
44. 44 Movements of Synovial Joints.mp459.77MB
45. 45 Introduction to the Muscular System.mp4176.78MB
46. 46 Excitation Contraction Coupling.mp467.88MB
47. 47 Power Stroke Cycling - Interaction of Myosin and Actin.mp477.95MB
48. 48 Neuromuscular Junctions.mp437.8MB
49. 49 Excitation Contraction Coupling - Cardiac Muscle Tissue.mp460.18MB
50. 50 Excitation Contraction Coupling - Smooth Muscle Tissue .mp454.7MB
51. 51 Skeletal Muscle Energy Metabolism .mp4173.1MB
52. 52 Types of Muscle Fibers .mp4112.56MB
53. 53 Muscle Twitch Properties .mp430.77MB
54. 54 Case Study - Muscular Dystrophy .mp4143.15MB
55. 55 Introduction to the Nervous System .mp479.21MB
56. 56 Organization of the Nervous System.mp482.99MB
57. 57 Action Potential Generation and Propagation.mp450.43MB
58. 58 Neural Transmission.mp475.22MB
59. 59 Spinal Cord Structure and Function .mp4115.15MB
60. 60 Brain Structure and Function.mp4140.03MB
61. 61 Lower Level Brain Structures.mp414.22MB
62. 62 Peripheral Nervous System - The Somatic Nervous System.mp485.54MB
63. 63 Peripheral Nervous System - The Autonomic Nervous System.mp4132.84MB
64. 64 Nervous System Case Study - Multiple Sclerosis.mp4147.16MB
65. 65 The Story of Karen Use of the Clot Buster .mp427.94MB
66. 66 The Plasticity of the Brain.mp422.89MB
67. 67 Splitting the Brain.mp436.39MB