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 | | durée | vues | |
 | Central Dogma of Molecular Biology | 4:22 | 38 506 | |
 | Semantic networks and spreading activation | 3:39 | 5 039 | 1 liste |
 | Problem solving | 5:51 | 4 539 | 1 liste |
 | Piaget's stages of cognitive development | 5:52 | 101 778 | 1 liste |
 | Intelligence | 7:58 | 4 093 | 1 liste |
 | Decision making | 6:34 | 8 386 | 1 liste |
 | Aging and cognitive abilities | 3:10 | 2 206 | 1 liste |
 | 3 Components of Emotion and the Universal Emotions | 8:30 | 11 772 | |
 | Theories of Emotion | 8:14 | 24 341 | |
 | Emotions: Limbic System | 10:32 | 115 812 | |
 | Emotions: Cerebral Hemispheres and Prefrontal Cortex | 10:34 | 28 641 | |
 | Autonomic Nervous System (ANS) and Physiologic Markers of Emotion | 10:36 | 26 090 | |
 | Action potential patterns | 5:50 | 10 913 | |
 | Effects of axon diameter and myelination | 10:46 | 16 729 | |
 | Neuron action potential mechanism | 9:23 | 45 540 | |
 | Neuron action potential description | 6:54 | 72 522 | |
 | Neuron graded potential mechanism | 10:11 | 22 097 | |
 | Neuron graded potential description | 9:48 | 23 789 | |
 | Neuron resting potential mechanism | 13:16 | 35 227 | |
 | Neuron resting potential description | 7:15 | 37 015 | |
 | Adaptive value of behavioral traits | 12:50 | 7 836 | |
 | Regulatory genes | 7:59 | 13 780 | |
 | Gene environment interaction | 4:29 | 12 673 | |
 | Heritability | 6:41 | 15 182 | |
 | Temperament, heredity, genes | 9:28 | 17 730 | |
 | Co-Factors, Co-Enzymes, and Vitamins | 5:21 | 46 260 | |
 | An Introduction to Enzymes and Catalysis | 6:50 | 72 442 | |
 | The Induced Fit Model of Enzyme Catalysis | 6:44 | 50 072 | |
 | Enzymes and Their Local Environment | 4:31 | 21 155 | |
 | Enzymes and Activation Energy | 5:32 | 50 750 | |
 | The Six Types of Enzymes | 7:40 | 63 629 | |
 | Work as the transfer of energy | 3:17 | 22 129 | 1 liste |
 | From terpenes to steroids part 1 | 7:50 | 15 436 | |
 | From terpenes to steroids part 2 | 4:30 | 10 449 | |
 | Sensory Adaptation | 6:41 | 15 994 | |
 | Bottom-up vs. Top-down processing | 4:27 | 18 769 | |
 | Visual cues | 8:20 | 23 221 | |
 | Gestalt Principles | 8:80 | 15 697 | |
 | Weber's Law & Thresholds | 9:10 | 16 552 | |
 | Post Translational Modifications | 7:20 | 4 231 | |
 | The Genetic Code | 6:48 | 2 053 | |
 | Post-Translational Modifications | 8:56 | 1 564 | |
 | Protein Translation | 9:37 | 1 397 | |
 | DNA Repair | 7:50 | 17 827 | |
 | DNA Replication | 11:00 | 2 933 | |
 | Work example problems | 4:50 | 24 165 | 1 liste |
 | Work and the Work Energy Principle | 5:48 | 37 441 | 1 liste |
 | Instantaneous speed and velocity | 4:38 | 48 941 | |
 | Conservative forces | 4:20 | 24 136 | 1 liste |
 | Conservative forces | 4:20 | 6 082 | |
 | Specific Gravity | 3:10 | 34 909 | |
 | Gustation - structure & function | 12:31 | 21 883 | |
 | Olfaction - Structure & Function | 12:46 | 54 290 | |
 | Pheromones | 8:57 | 11 073 | |
 | Encoding strategies | 8:39 | 15 461 | |
 | Information processing model: Sensory, working, and long term memory | 7:34 | 45 952 | 1 liste |
 | Memory reconstruction, source monitoring, and emotional memories | 4:47 | 9 599 | |
 | Retrieval cues | 4:38 | 9 675 | |
 | Retrieval: Free recall, cued recall, and recognition | 4:25 | 2 294 | |
 | Decay and interference | 4:33 | 8 346 | |
 | Long term potentiation and synaptic plasticity | 2:37 | 20 589 | |
 | Aging and cognitive abilities | 3:90 | 8 848 | |
 | Alzheimer's Disease and Korsakoff's Syndrome | 3:50 | 12 384 | |
 | Power | 5:46 | 32 904 | 1 liste |
 | From terpenes to steroids part 2 squalene, cholesterol, and steroids | 4:30 | 477 | |
 | From terpenes to steroids part 1 terpenes | 7:50 | 777 | |
 | Conformational Stability: Protein Folding and Denaturation | 7:44 | 7 686 | |
 | Non-Enzymatic Protein Function | 10:44 | 15 697 | 1 liste |
 | Four Levels of Protein Structure | 8:49 | 4 186 | |
 | The Peptide Bond: Formation and Cleavage | 7:11 | 5 889 | |
 | Classification of Amino Acids | 6:10 | 3 051 | |
 | Amino Acid Structure | 10:55 | 3 577 | |
 | Alpha Amino Acid Synthesis | 5:24 | 16 587 | |
 | Enthalpy | 8:34 | 12 724 | |
 | Heat Transfer | 4:15 | 16 137 | |
 | Gibbs Free Energy An Analogy | 9:19 | 11 157 | 1 liste |
 | Gibbs Free Energy Introduction | 9:48 | 21 941 | |
 | Thermodynamics vs Kinetics | 9:18 | 13 117 | |
 | Pain and Temperature | 9:22 | 18 215 | |
 | Observational Learning: Bobo Doll Experiment and Social Cognitive Theory | 9:46 | 12 569 | |
 | Operant Conditioning: Innate vs. Learned Behaviors | 9:25 | 8 204 | |
 | Operant Conditioning: Escape and Avoidance Learning | 2:20 | 9 564 | |
 | Operant Conditioning: Schedules of Reinforcement | 7:49 | 36 136 | |
 | Operant Conditioning: Shaping | 7:20 | 13 334 | |
 | Operant Conditioning: Positive-and-Negative Reinforcement and Punishment | 6:59 | 31 261 | |
 | Classical Conditioning: Extinction, Spontaneous Recovery, Generalization, Discrimination | 5:34 | 11 748 | |
 | Classical Conditioning: Neutral, Conditioned, and Unconditioned Stimuli and Responses | 5:47 | 19 081 | |
 | Proprioception vs. Kinesthesia | 5:18 | 25 022 | |
 | Pain and Temperature | 6:00 | 5 359 | |
 | Somatosensation | 7:44 | 10 446 | |
 | Evolution and Natural Selection | 5:10 | 20 314 | |
 | Overview of neuron function | 7:59 | 27 812 | 1 liste |
 | Introduction to neural cell types | 4:11 | 43 581 | 1 liste |
 | Overview of neuron structure | 7:40 | 31 600 | 1 liste |
 | Astrocytes | 7:26 | 25 092 | 1 liste |
 | Microglia | 5:27 | 18 669 | 1 liste |
 | Oligodendrocytes | 2:56 | 16 684 | 1 liste |
 | Schwann cells | 2:55 | 18 132 | 1 liste |
 | Ependymal cells | 3:40 | 15 577 | 1 liste |
 | How do lymphatic vessels move fluid | 7:25 | 51 721 | 1 liste |
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