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Introduction – Psychological Disorders (PSY) | 02:31 |
Understanding Psychological Disorders: Biomedical vs. Biopsychosocial Approaches – Psychological Disorders (PSY) | 05:09 |
Understanding Psychological Disorders: Classifying – Psychological Disorders (PSY) | 02:59 |
Types of Psychological Disorders – Psychological Disorders (PSY) | 00:53 |
Anxiety – Psychological Disorders (PSY) | 04:50 |
Somatic Symptom and Related Disorder – Psychological Disorders (PSY) | 05:32 |
Schizophrenia Spectrum and other Psychotic Disorders – Psychological Disorders (PSY) | 06:26 |
Mood, Dissociative and Personality Disorders – Psychological Disorders (PSY) | 16:12 |
Biological Bases of Nervous System Disorders – Psychological Disorders (PSY) | 15:15 |
Quiz zum Kurs „Introduction to Psychological Disorders“ |
Thresholds – Sensory Processing (PSY, BIO) | 06:04 |
Selective Attention – Attention (PSY) | 09:12 |
Three Components of Emotion – Emotion (PSY) | 04:51 |
Nervous System: Neurons and Synapses – Biological Bases of Behavior (PSY, BIO) | 05:50 |
Social Facilitation – How the Presence of Others Affects Individual Behavior (PSY) | 03:28 |
Habituation and Dishabituation | 05:06 |
Self-Concept, Self-Identity and Social Identity (PSY) | 05:01 |
Attributional Processes – Attributing Behavior to Persons or Situations (PSY) | 07:50 |
Status and Roles – Elements of Social Interaction (PSY, SOC) | 06:03 |
Microsociology, Macrosociology, Functionalism and Conflict Theory – Theoretical Approaches of Social Structure (SOC) | 04:13 |
Age – Demographic Structure of Society (PSY, SOC) | 12:36 |
Spatial Inequality (SOC) | 08:19 |
Weber´s Law – Sensory Processing (PSY, BIO) | 04:43 |
Signal Detection Theory – Sensory Processing (PSY, BIO) | 06:51 |
Psychophysics and Fechner's Law – Sensory Processing (PSY, BIO) | 02:26 |
Sensory Pathways – Sensory Processing (PSY, BIO) | 04:16 |
Types of Sensory Receptors – Sensory Processing (PSY, BIO) | 03:37 |
Structure and Function of the Eye – Vision (PSY, BIO) | 08:01 |
Photoreceptors: Rods and Cones – Vision (PSY, BIO) | 05:10 |
Visual Processing – Vision (PSY, BIO) | 07:51 |
Structure and Function of the Ear – Hearing (PSY,BIO) | 02:41 |
Auditory Processing – Hearing (PSY,BIO) | 01:16 |
Hair Cells and Sensory Reception – Hearing (PSY,BIO) | 03:27 |
Hearing Damage and Sensory Perception – Hearing (PSY,BIO) | 02:36 |
Somatosensation – Other Senses (PSY, BIO) | 08:41 |
Taste (Gustation) – Other Senses (PSY, BIO) | 03:04 |
Smell (Olfaction) – Other Senses (PSY, BIO) | 04:57 |
Proprioception and Vestibular Sense – Other Senses (PSY, BIO) | 03:35 |
Perception (PSY) | 06:45 |
Divided Attention – Attention (PSY) | 03:53 |
Information-Processing Model – Cognition (PSY) | 02:45 |
Cognitive Development and Biological Factors – Cognition (PSY) | 11:43 |
Problem Solving and Decision Making: Types, Approaches and Barriers to Effective Problem Solving – Cognition (PSY) | 07:00 |
Problem Solving and Decision Making: Heuristics, Biases, Intuition and Emotion – Cognition (PSY) | 07:08 |
Intellectual Functioning – Cognition (PSY) | 07:30 |
Introduction esp. Alertness – Consciousness (PSY, BIO) | 03:34 |
Stages of Sleep – Consciousness (PSY) | 10:30 |
Sleep, Circadian Rhythms and Dreaming – Consciousness (PSY, BIO) | 06:22 |
Sleep-Wake Disorders – Consciousness (PSY) | 13:06 |
Hypnosis and Meditation – Consciousness (PSY) | 06:20 |
Consciousness Altering Drugs: Depressants – Consciousness (PSY) | 07:50 |
Consciousness Altering Drugs: Stimulants and Hallucinogen – Consciousness (PSY) | 04:28 |
Encoding Information – Memory (PSY) | 10:52 |
Types of Memory Storage – Memory (PSY) | 12:54 |
Semantic Networks and Spreading Networks – Memory (PSY) | 07:31 |
Retrieval – Memory (PSY, BIO) | 05:03 |
Forgetting – Memory (PSY) | 01:38 |
Forgetting: Aging and Memory Dysfunctions – Memory (PSY) | 05:25 |
Forgetting: Decay and Interference – Memory (PSY) | 06:47 |
Forgetting: Memory Construction and Source Monitoring – Memory (PSY) | 06:17 |
Changes in Synaptic Connections Underlie Memory and Learning – Memory (PSY,BIO) | 10:05 |
Theories of Language Development – Language (PSY) | 04:58 |
Influence of Language on Cognition – Language (PSY, BIO) | 03:28 |
Symbolic Interactionism and Social Constructionism – Theoretical Approaches of Social Structure (SOC) | 04:02 |
Exchange-Rational Choice and Feminist Theory – Theoretical Approaches of Social Structure (SOC) | 06:20 |
Education – Social Institutions (SOC) | 05:04 |
Family – Social Institutions (PSY, SOC) | 03:45 |
Religion – Social Institutions (SOC) | 05:12 |
Government and Economy – Social Institutions (SOC) | 04:32 |
Health and Medicine – Social Institutions (SOC) | 04:11 |
Elements of Culture and Symbolic Culture – Culture (SOC) | 02:03 |
Material Culture, Culture Lag and Culture Shock – Culture (SOC) | 04:38 |
Assimilation and Multiculturalism – Culture (SOC) | 08:06 |
Mass Media, Popular Culture and Transmission of Culture – Culture (SOC) | 04:11 |
Cultural Diffusion – Culture (SOC) | 02:33 |
Deindividuation – How the Presence of Others Affects Individual Behavior (PSY) | 04:44 |
Bystander Effect – How the Presence of Others Affects Individual Behavior (PSY) | 02:56 |
Social Loafing – How the Presence of Others Affects Individual Behavior (PSY) | 02:38 |
Social Control and Peer Pressure – How the Presence of Others Affects Individual Behavior (PSY, SOC) | 04:30 |
Conformity and Obedience – How the Presence of Others Affects Individual Behavior (PSY, SOC) | 03:39 |
Group Polarization and Groupthink – Group Decision-making Processes (PSY, SOC) | 07:11 |
Social Norms: Sanctions, Folkways, Mores, Taboos and Anomie — Normative and Non-normative Behavior (PSY, SOC) | 04:58 |
Deviance – Normative and Non-normative Behavior (SOC) | 05:57 |
Aspects of Collective Behavior – Normative and Non-normative Behavior (SOC) | 06:40 |
Agents of Socialization – Socialization (PSY, SOC) | 11:17 |
Brain Areas that Control Language and Speech – Language (PSY, BIO) | 02:21 |
Drug Addiction and the Reward Pathway of the Brain – Consciousness (PSY) | 04:10 |
Different Types of Identities – Self-Concept, Self-Identity and Social Identity (PSY) | 05:36 |
Theories of Identity Development – Formation of Identity (PSY, SOC) | 06:37 |
Influence of Social Factors – Formation of Identity (PSY, SOC) | 06:58 |
Influence of Culture and Socialization – Formation of Identity (PSY, SOC) | 10:35 |
Universal Emotions and Adaptive Role of Emotion – Emotions (PSY) | 07:46 |
Theories of Emotion: James–Lange, Canon–Bard and Schachter–Singer – Emotion (PSY) | 09:19 |
The Role of Biological Processes in Perceiving Emotion: Brain Regions and the Limbic System – Emotion (PSY, BIO) | 09:58 |
The Role of Biological Processes in Perceiving Emotion: Emotion and the Autonomic Nervous System – Emotion (PSY, BIO) | 05:55 |
The Role of Biological Processes in Perceiving Emotion: Physical Makers of Emotion (Signatures of Emotion) – Emotion (PSY, BIO) | 01:51 |
The Nature of Stress – Stress (PSY) | 05:00 |
Different Types of Stressors – Stress (PSY) | 05:06 |
Effects of Stress on Psychological Functions – Stress (PSY,BIO) | 03:21 |
Sympathetic Nervous System – Stress (PSY) | 08:46 |
Emotional Stress Outcomes/Response to Stressors – Stress (PSY) | 01:59 |
Behavioral Stress Outcomes/Response to Stressors – Stress (PSY) | 05:41 |
Managing Stress (e.g. Exercise, Relaxation and Spirituality) – Stress (PSY) | 04:11 |
Groups – Elements of Social Interaction (SOC) | 07:44 |
Networks and Organizations – Elements of Social Interaction (SOC) | 06:30 |
Bureaucracy – Elements of Social Interaction (PSY,SOC) | 13:49 |
Expressing and Detecting Emotion – Self-Presentation and Interacting With Others (PSY,SOC) | 09:26 |
Impression Management – Self-Presentation and Interacting With Others (PSY,SOC) | 04:07 |
Front Stage vs. Back Stage Self – Self-Presentation and Interacting With Others (SOC) | 02:12 |
Verbal and Nonverbal Communication – Self-Presentation and Interacting With Others (PSY,SOC) | 06:44 |
Attraction – Social Behavior (PSY) | 01:32 |
Aggression – Social Behavior (PSY) | 04:52 |
Attachment, Altruism and Social Support – Social Behavior (PSY, SOC) | 06:46 |
Biological Explanations of Social Behavior in Animals – Social Behavior (PSY, BIO) | 07:51 |
Individual vs. Institutional Discrimination – Discrimination (SOC) | 04:44 |
The Relationship Between Prejudice and Discrimination – Discrimination (PSY, SOC) | 09:13 |
Nervous System: The Action Potential – Biological Bases of Behavior (PSY, BIO) | 08:20 |
Nervous System: Saltatory Conduction – Biological Bases of Behavior (PSY, BIO) | 03:39 |
Nervous System: Organization and Reflexes – Biological Bases of Behavior (PSY, BIO) | 05:44 |
Nervous System: Neurotransmitters – Biological Bases of Behavior (PSY, BIO) | 08:49 |
Nervous System: Structure and Function of the Peripheral Nervous System – Biological Bases of Behavior (PSY, BIO) | 09:42 |
Structure and Function of the Central Nervous System – Biological Bases of Behavior (PSY, BIO) | 14:39 |
The Endocrine System – Biological Bases of Behavior (PSY, BIO) | 10:59 |
Behavioral Genetics – Biological Bases of Behavior (PSY, BIO) | 13:31 |
Influence of Genetic and Environmental Factors on the Development of Behaviors – Biological Bases of Behavior (PSY, BIO) | 06:10 |
Human Physiological Development – Biological Bases of Behavior (PSY, BIO) | 09:26 |
Introduction – Personality (PSY) | 00:45 |
Psychoanalytic Perspective – Personality (PSY) | 09:08 |
Freud's Psychosexual Stages — Personality (PSY) | 07:13 |
Humanistic Perspective and Trait Perspective – Personality (PSY) | 05:23 |
Social Cognitive Perspective and Biological Perspective – Personality (PSY) | 07:34 |
Behaviorist Perspective – Personality (PSY) | 06:27 |
Introduction – Psychological Disorders (PSY) | 02:31 |
Understanding Psychological Disorders: Biomedical vs. Biopsychosocial Approaches – Psychological Disorders (PSY) | 05:09 |
Understanding Psychological Disorders: Classifying – Psychological Disorders (PSY) | 02:59 |
Types of Psychological Disorders – Psychological Disorders (PSY) | 00:53 |
Anxiety – Psychological Disorders (PSY) | 04:50 |
Somatic Symptom and Related Disorder – Psychological Disorders (PSY) | 05:32 |
Schizophrenia Spectrum and other Psychotic Disorders – Psychological Disorders (PSY) | 06:26 |
Mood, Dissociative and Personality Disorders – Psychological Disorders (PSY) | 16:12 |
Biological Bases of Nervous System Disorders – Psychological Disorders (PSY) | 15:15 |
Factors that Influence Motivation – Motivation (PSY) | 08:22 |
Theories That Explain How Motivation Affects Human Behavior – Motivation (PSY) | 04:53 |
Biological and Sociocultural Motivators That Regulate Behavior – Motivation (PSY) | 09:07 |
Components of Attitudes (i.e. Cognitive, Affective and Behavioral) – Attitudes (PSY) | 01:12 |
Process by Which Attitudes Influence Behavior and Vice Versa – Attitudes (PSY) | 10:00 |
Cognitive Dissonance Theory – Attitudes (PSY) | 04:28 |
Gender – Demographic Structure of Society (PSY, SOC) | 12:05 |
Race and Ethnicity – Demographic Structure of Society (PSY, SOC) | 04:32 |
Immigration Status – Demographic Structure of Society (PSY, SOC) | 03:18 |
Theories of Demographic Change – Demographic Shifts and Social Change (SOC) | 08:26 |
Population Growth/Decline: Fertility, Mortality and Migration – Demographic Shifts and Social Change (SOC) | 05:37 |
Social Movements – Demographic Shifts and Social Change (SOC) | 07:07 |
Globalization – Demographic Shifts and Social Change (SOC) | 06:53 |
Urbanization – Demographic Shifts and Social Change (SOC) | 07:05 |
Aspects of Social Stratification – Social Class (SOC) | 16:35 |
Patterns of Social Mobility – Social Class (SOC) | 04:17 |
Poverty and Social Exclusion – Social Class (SOC) | 03:08 |
Health Disparities (SOC) | 06:11 |
Healthcare Disparities (SOC) | 03:35 |
Self-Esteem, Self-Efficacy, and Locus of Control – Self-Concept, Self-Identity and Social Identity (PSY) | 06:01 |
Classical Conditioning – Associative Learning (PSY, BIO) | 09:44 |
Operant Conditioning – Associative Learning (PSY, BIO) | 13:53 |
Cognitive and Biological Processes That Affect Associative Learning – Associative Learning (PSY, BIO) | 06:28 |
Observational Learning (PSY) | 06:44 |
Theories of Attitude and Behavior Change (PSY) | 06:42 |
How Self-Perceptions and Perceptions of the Environment Shape Our Perceptions of Others – Attributing Behavior to Persons or Situations (PSY) | 07:09 |
Processes that Contribute to Prejudice – Prejudice and Bias (PSY, SOC) | 04:07 |
The Role of Emotion in Prejudice – Prejudice and Bias (PSY) | 02:45 |
The Role of Cognition in Prejudice – Prejudice and Bias (PSY) | 04:39 |
Stigma and Ethnocentrism – Prejudice and Bias (SOC) | 07:20 |
Processes Related to Stereotypes (PSY) | 06:39 |
Quiz zum Kurs „Psychology and Sociology“ |
Calculus: Introduction | 03:44 |
Gradients of Straight and Curved Lines | 05:25 |
First Principles – Calculus Methods | 07:14 |
General Power Rule – Calculus Methods | 01:52 |
Gradients and First Principles: Exercise 1 | 07:39 |
Gradients and First Principles: Exercise 2 | 05:47 |
Gradients and First Principles: Exercise 3 | 04:28 |
Differentiation Basics | 02:25 |
Differentiation Method | 09:40 |
Gradients of Tangents and Normals | 07:04 |
Equations of Tangents and Lines | 04:09 |
Gradient of a Point on a Curve | 07:04 |
Gradient of a Curve: Summary | 02:28 |
Differentiation: Exercise 1 – Calculus Methods | 02:05 |
Differentiation: Exercise 2 – Calculus Methods | 03:14 |
Differentiation: Exercise 3 – Calculus Methods | 06:37 |
Differentiation: Principles, Techniques and Applications | 02:12 |
Chain Rule | 08:42 |
Chain Rule Proof | 04:12 |
Chain Rule: Alternate Method | 04:08 |
Product Rule | 08:36 |
Product Rule Proof | 07:09 |
Product Rule Example | 05:09 |
Quotient Rule | 07:38 |
Quotient Rule Proof – Calculus | 04:08 |
Chain, Product and Quotient Rule: Summary | 02:53 |
Chain, Product and Quotient Rule: Examples | 09:40 |
Chain, Product and Quotient Rule: Exercise 1 | 01:06 |
Chain, Product and Quotient Rule: Exercise 2 | 02:47 |
Chain, Product and Quotient Rule: Exercise 3 | 03:34 |
Chain, Product and Quotient Rule: Exercise 4 | 05:03 |
Chain, Product and Quotient Rule: Exercise 5 | 05:02 |
Standard Derivatives of Trigonometric Functions | 02:52 |
Trigonometric Identities | 08:50 |
Derivative of sin(x) | 05:22 |
Derivative of cos(x) | 04:13 |
Derivative of tan(x) | 06:57 |
Differentiation of Trigonometric Functions: Examples | 05:16 |
Differentiating Trigonometric Functions | 08:25 |
Differentiation of Trigonometric Functions: Exercise 1 | 01:50 |
Differentiation of Trigonometric Functions: Exercise 2 | 03:44 |
Differentiation of Trigonometric Functions: Exercise 3 | 02:37 |
Differentiation of Trigonometric Functions: Exercise 4 | 04:37 |
Derivative of eˣ and ln(x) | 05:31 |
Logarithm Rules | 01:58 |
Proof of Log Properties: Rule 1 | 04:24 |
Proof of Log Properties: Rule 2 | 02:00 |
Proof of Log Properties: Rule 3 | 01:56 |
Differentiation of Logs: Example | 02:56 |
Differentiation of Exponentials and Logs: Exercise 1 | 01:36 |
Differentiation of Exponentials and Logs: Exercise 2 | 02:21 |
Differentiation of Exponentials and Logs: Exercise 3 | 02:00 |
Differentiation of Exponentials and Logs: Exercise 4 | 05:30 |
Implicit Differentiation: Example 1 | 13:08 |
Implicit Differentiation: Example 2 | 07:21 |
Chain and Product Rule – Implicit Differentiation | 07:56 |
Implicit Differentiation: Exercise 1 | 01:44 |
Implicit Differentiation: Exercise 2 | 02:55 |
Implicit Differentiation: Exercise 3 | 01:43 |
Implicit Differentiation: Exercise 4 | 05:25 |
Parametric Differentiation: Introduction | 02:34 |
Parametric Differentiation: Example | 08:26 |
Parametric Differentiation: Summary | 05:08 |
Parametric Differentiation: Example 1 | 14:38 |
Parametric Differentiation: Example 2 | 10:08 |
Parametric Differentiation: Exercise 1 | 01:37 |
Parametric Differentiation: Exercise 2 | 02:24 |
Parametric Differentiation: Exercise 3 | 04:12 |
Parametric Differentiation: Exercise 4 (1) | 03:09 |
Parametric Differentiation: Exercise 4 (2) | 04:02 |
Parametric Differentiation: Exercise 5 | 06:30 |
Differentiation of Inverse Functions: Example 1 | 06:51 |
Differentiation of Inverse Functions: Example 2 | 05:08 |
Differentiation of Inverse Functions: Example 3 | 02:37 |
Differentiation of Inverse Functions: Example 4 | 03:16 |
Inverse Differentiation: Exercise 1 | 05:15 |
Inverse Differentiation: Exercise 2 | 03:14 |
Inverse Differentiation: Exercise 3 | 04:22 |
Finding Stationary Points | 07:53 |
Second Derivatives | 05:22 |
Stationary Points: Example 1 | 04:15 |
Stationary Points: Example 2 | 06:19 |
Stationary Points: Example 3 | 07:32 |
Stationary Points: Exercise 1 | 02:54 |
Stationary Points: Exercise 2 | 06:10 |
Stationary Points: Exercise 3 | 09:55 |
Stationary Points: Exercise 4 | 13:46 |
Trapezium Rule: Introduction | 13:21 |
Trapezium Rule: Example | 10:15 |
Integration Method | 07:28 |
Integration Method: Example 1 | 04:53 |
Integration Method: Example 2 | 07:00 |
Basic Integration: Exercise 1 | 01:55 |
Basic Integration: Exercise 2 | 01:24 |
Basic Integration: Exercise 3 | 08:57 |
Table of Integrals and Derivatives | 04:35 |
Integral Examples 1 | 05:36 |
Integral Examples 2 | 09:52 |
Integration by Substitution | 06:57 |
Integration by Substitution: Examples | 11:04 |
Integration by Parts: Example 1 | 08:28 |
Integration by Parts: Example 2 | 06:05 |
Integration: Exercise 1 | 04:48 |
Integration: Exercise 2 | 03:50 |
Integration: Exercise 3 | 05:07 |
Mathematics in Medicine: Introduction | 02:24 |
Mathematics in Medicine: Exercise 1 | 08:25 |
Mathematics in Medicine: Exercise 2 | 07:31 |
Mathematics in Medicine: Exercise 3 | 09:40 |
Quiz zum Kurs „Calculus“ |
Behavioral Sciences Question Set 1 | 00:05 |
Behavioral Sciences Question Set 2 | 00:05 |
Quiz zum Kurs „Behavioral Sciences / Psychiatry – Board-Style Questions“ |
Alkanes and Alkenes: Introduction | 03:59 |
Nucleophiles and Electrophiles – Alkanes and Alkenes | 02:32 |
Electrophilic Attack – Alkanes and Alkenes | 03:12 |
Stability of Carbocations – Alkanes and Alkenes | 02:58 |
Addition of Halogens – Alkanes and Alkenes | 04:33 |
Additions Reactions – Alkanes and Alkenes | 03:29 |
Haloalkanes : Introduction | 06:14 |
Nucleophilic Substitution and Sn2 Reaction – Haloalkanes | 03:39 |
Reaction Parameters – Haloalkanes | 04:24 |
Sn1 Reaction – Haloalkanes | 04:57 |
Summary Sn1 and Sn2 Reactions – Haloalkanes | 01:39 |
Elimination Reaction – Haloalkanes | 04:18 |
Alcohols : Introduction | 03:08 |
Hydrogen Bonds – Alcohols | 07:01 |
Formation of Alkyl Halides – Alcohols | 03:38 |
Elimination of Water – Alcohols | 03:02 |
Ester Formation – Alcohols | 04:41 |
Redox Reactions and Enzymes – Alcohols | 05:29 |
Aromatic Compounds and Eas: Introduction | 05:03 |
Biologically Relevant Examples – Aromatic Compounds and Eas | 03:28 |
Benzene – Aromatic Compounds and Eas | 03:10 |
Aromatic Compounds – Aromatic Compounds and Eas | 03:38 |
Electrophilic Aromatic Substitution – Aromatic Compounds and Eas | 04:04 |
Carbonyl Compounds : Introduction | 04:59 |
Structure – Carbonyl Compounds | 05:34 |
Nucleophilic Addition – Carbonyl Compounds | 07:00 |
Carbohydrates – Carbonyl Compounds | 05:16 |
Oxidation – Carbonyl Compounds | 02:23 |
Carboxylic Acids and Their Derivatives: Introduction | 03:16 |
Structure and Acidity – Carboxylic Acids and Their Derivatives | 05:58 |
Nomenclature – Carboxylic Acids and Their Derivatives | 07:56 |
Nucleophilic Substitution – Carboxylic Acids and Their Derivatives | 04:30 |
Reactivity – Carboxylic Acids and Their Derivatives | 05:45 |
Hydrolysis – Carboxylic Acids and Their Derivatives | 04:07 |
Amides Formation from Esters – Carboxylic Acids and Their Derivatives | 04:17 |
Exercise – Carboxylic Acids and Their Derivatives | 03:42 |
Quiz zum Kurs „Organic Chemistry“ |
Course Preview: Principles of Microeconomics | 02:05 |
Course Introduction: Principles of Microeconomics | 12:22 |
Interdependence and Gains from Trade | 11:16 |
The Market Forces of Supply and Demand | 26:04 |
Elasticity and Its Application | 20:37 |
Supply, Demand, and Government Policies | 15:25 |
Consumers, Producers and the Efficiency of Markets | 21:39 |
Externalities | 11:19 |
Public Goods and Common Resources | 07:21 |
The Costs of Production | 17:52 |
Firms in Competitive Markets | 17:45 |
Monopoly | 19:32 |
Monopolistic Competition | 12:20 |
Oligopoly | 17:43 |
Quiz zum Kurs „Principles of Microeconomics (EN)“ |
Course Introduction: Principles of Macroeconomics | 01:31 |
Introduction to Macroeconomics | 17:29 |
Gross Domestic Product | 30:47 |
CPI and Inflation | 29:10 |
Labor Market: Measures | 21:58 |
Growth | 37:40 |
Labor Market: Supply and Demand | 23:08 |
Consumption and Savings | 21:49 |
Investment and Savings | 27:47 |
Money and Monetary Policy | 15:30 |
Aggregate Supply and Demand | 19:47 |
Policy | 20:41 |
Quiz zum Kurs „Principles of Macroeconomics (EN)“ |
Assisted Reproductive Technology | 08:19 |
Assisted Reproductive Technology – Week 1 of Embryogenesis | 05:28 |
Nuclear Tests – Instrument Based Diagnostic Techniques | 06:05 |
Quiz zum Kurs „ICT and Emerging Technologies in Medicine (Ethiopia National Curriculum / Year I, Pre-Medicine)“ |
General Facts – Blood Formation | 06:10 |
Blood Cells – Blood Formation | 05:45 |
Blood Structure – Blood Formation | 05:27 |
Polycythemia – Red Cell Disorders | 04:28 |
Anemia and Iron Deficiency – Red Cell Disorders | 10:29 |
Thalassemia – Red Cell Disorders | 04:38 |
Types of Anemia – Red Cell Disorders | 19:04 |
Types – Leukemia | 05:25 |
Acute Leukemia – Leukemia | 25:23 |
Chronic Leukemia – Leukemia | 13:19 |
Other Types – Lymphoma | 08:22 |
Investigation of the Blood System – Investigation and Diagnosis of Blood Disorders | 11:58 |
Hemostasis – Bleeding Disorders | 15:28 |
Erythrocytes – Blood Cells | 06:53 |
Additional Investigations – Investigation and Diagnosis of Blood Disorders | 06:25 |
Other Forms – Bleeding Disorders | 14:57 |
Hemoglobin – Blood Cells | 05:05 |
Red Cell Disorders – Diseases of the Blood System | 08:40 |
Introduction – Blood Transfusion | 11:52 |
Thrombosis – Thrombosis and Anti-Thrombotic Therapy | 08:35 |
Function – Blood Cells | 11:23 |
White Cell Disorders – Diseases of the Blood System | 05:39 |
ABO and Rh System – Blood Transfusion | 09:15 |
Anticoagulant Drugs – Thrombosis and Anti-Thrombotic Therapy | 12:28 |
Myelodysplasia – Hematopoietic Malignancies and Aplastic Anemia | 08:32 |
Additional Malignant Diseases of Blood – Diseases of the Blood System | 07:41 |
Complications – Blood Transfusion | 08:42 |
Myeloproliferative Disease – Non-malignant conditions and Multiple Myeloma | 16:02 |
Hodgkin Lymphoma – Lymphoma | 11:35 |
Aplastic Anemia – Hematopoietic Malignancies and Aplastic Anemia | 05:35 |
Non-hodgkin Lymphomas – Lymphoma | 03:56 |
Approach to a Patient – Investigation and Diagnosis of Blood Disorders | 03:26 |
Quiz zum Kurs „Introduction to Hematology“ |
Neoplasia, Dysplasia, Tumor and Cancer: Differentiating Definitions– Neoplasia | 04:55 |
Types of Tumors: Tissue, Benign and Malignant – Neoplasia | 03:48 |
Benign Neoplasm and Teratoma – Neoplasia | 07:27 |
Malignant Neoplasms – Neoplasia | 03:29 |
Bronchogenic Carcinoma, Osteogenic Sarcoma & Grading– Neoplasia | 05:54 |
Diagnosis of Cancer – Neoplasia | 05:38 |
Malignant Neoplasm: Invasion and Metastasis – Neoplasia | 05:28 |
Metastasis and Bone Metastasis – Neoplasia | 07:41 |
Epidemiology of Cancer – Neoplasia | 04:37 |
Introduction to Carcinogenesis – Carcinogenesis | 04:49 |
Carcinogenic Chemicals – Carcinogenesis | 08:24 |
Ultraviolet Radiation: Excision Repair & Carcinogen – Carcinogenesis | 05:13 |
Ionizing Radiation – Carcinogenesis | 04:53 |
DNA Virus – Carcinogenesis | 09:18 |
DNA Repair Defects & Neoplastic Molecular Markers – Carcinogenesis | 11:51 |
Four Classes of Normal Regulatory Genes & Signal Transduction – Carcinogenesis | 06:58 |
Proto-Oncogenes & Mechanisms of Oncogene Activation – Carcinogenesis | 04:48 |
Oncogenes – Carcinogenesis | 06:14 |
Cell Cycle: Cyclin D – Carcinogenesis | 13:29 |
RAS Protein & Signal Transduction – Carcinogenesis | 07:09 |
Tumor Suppressor Genes: Definition and Inactivation – Carcinogenesis | 07:08 |
Paraneoplastic Syndromes – Carcinogenesis | 04:46 |
Retinoblastoma – Carcinogenesis | 09:07 |
Tumor Suppressor Genes: VHL, WT, NF, BRCA, DCC – Carcinogenesis | 06:30 |
Regulation of Apoptosis and Clonality– Carcinogenesis | 02:55 |
Tumor Progression: Adenoma Carcinoma Sequence – Carcinogenesis | 05:46 |
Paraneoplastic Endocrinopathies – Carcinogenesis | 06:42 |
Quiz zum Kurs „Principles of Neoplasia and Carcinogenesis“ |
Principles and Application to USMLE | 05:48 |
Example Cases | 07:05 |
Accurate and Efficient Patient Histories | 09:30 |
Transitioning to a Diagnosis and Plan | 04:10 |
Caring for Diverse Populations and Cultural Humility | 06:32 |
Cardiovascular Disease and Determinants of Health | 05:53 |
Implicit (Unconscious) Bias | 08:06 |
Coordination of Care | 13:00 |
Quiz zum Kurs „Introduction to Family Medicine“ |
Cell Signaling | 04:11 |
Cell Signaling: Signal Reception | 09:37 |
Structure of Proteins – Protein Movement and Cell Signaling | 04:45 |
Globular Structural Proteins – Protein Movement and Cell Signaling | 02:19 |
Communication and Signaling – Protein Movement and Cell Signaling | 07:40 |
Involved Proteins – Protein Movement and Cell Signaling | 05:07 |
Quiz zum Kurs „Cell signaling (Ethiopia National Curriculum / Year II, Introduction to medicine)“ |
Cell Structure | 08:31 |
Enzymes: Introduction | 06:08 |
Quiz zum Kurs „Basic Enzymology (Ethiopia National Curriculum / Year II, Introduction to medicine)“ |
Wound Healing: Primary Intention – Inflammation and Wound Repair | 05:21 |
Wound Healing: Impaired Healing – Inflammation and Wound Repair | 03:48 |
Quiz zum Kurs „Tissue repair: regeneration, healing and fibrosis (Ethiopia National Curriculum / Year II, Introduction to medicine)“ |
Cancer Drugs & Chemotherapeutic Agents: MTX, 5-FU, 6-MP, 6TG & Ara-C – White Blood Cell Pathology | 10:11 |
Cancer Drugs & Chemotherapeutic Agents: Dactinomycin, Daxorubicin, Bleomycin etc. – White Blood Cell Pathology | 10:25 |
Quiz zum Kurs „Pharmacology of antineoplastic agents (Ethiopia National Curriculum / Year II, Introduction to medicine)“ |
Giardia Lamblia – Protozoa (GI Infection) | 05:19 |
Entamoeba Histolytica – Protozoa (GI Infection) | 04:34 |
Cryptosporidium – Protozoa (GI Infection) | 04:51 |
Isospora – Protozoa (GI Infection) | 04:51 |
Cyclospora – Protozoa (GI Infection) | 05:26 |
Cutaneous Forms of Infection | 09:24 |
Toxoplasma gondii – Protozoa (CNS Infection) | 07:06 |
Toxoplasmosis – Protozoa (CNS Infection) | 03:52 |
Trypanosoma brucei – Protozoa (CNS Infection) | 08:08 |
African Trypanosomiasis – Protozoa (CNS Infection) | 04:38 |
American Trypanosomiasis – Protozoa (Visceral Infection) | 07:23 |
Leishmania – Protozoa (Visceral Infection) | 13:06 |
Visceral Leishmaniasis (Kala-azar) – Protozoa (Visceral Infection) | 04:05 |
Plasmodium – Protozoa (Hematologic Infection) | 08:30 |
Malaria – Protozoa (Hematologic Infection) | 06:42 |
Babesia – Protozoa (Hematologic Infection) | 05:43 |
Trichomonas – Protozoa (Sexually Transmitted Infection) | 05:00 |
Introduction to Helminths | 02:28 |
Ascaris lumbricoides (Nematodes) – Helminths | 08:48 |
Hookworms (Nematodes) – Helminths | 04:51 |
Trichinella spiralis and Trichinosis (Nematodes) – Helminths | 04:30 |
Taenia (Cestodes) – Helminths | 05:49 |
Echinococcus (Cestodes) – Helminths | 04:10 |
Schistosoma mansoni and Schistosomiasis (Trematodes) – Helminths | 05:46 |
Quiz zum Kurs „Parasites“ |
Eukaryotic Microbes | 08:31 |
Fungal Dimorphism | 01:54 |
Fungal Infections | 02:29 |
Sources of Fungal Infections | 00:42 |
Antifungal Agents | 02:25 |
Introduction to Fungi: Learning Outcomes | 00:25 |
Endemic Mycoses: Overview | 00:28 |
Histoplasmosis: Introduction – Endemic Mycoses | 08:17 |
Histoplasmosis: Diagnosis, Treatment and Prevention – Endemic Mycoses | 02:49 |
Coccidiomycosis (Valley Fever) – Endemic Mycoses | 08:52 |
Endemic Mycoses: Learning Outcomes | 00:28 |
Opportunistic Infections: Introduction | 00:30 |
Candidiasis – Opportunistic Infections | 08:07 |
Cryptococcosis – Opportunistic Infections | 04:03 |
Aspergillosis – Opportunistic Infections | 04:37 |
Pneumocystis Pneumonia (PCP) – Opportunistic Infections | 03:29 |
Opportunistic Infections: Learning Outcomes | 00:44 |
Subcutaneous, Cutaneous and Superficial Mycoses: Introduction | 00:42 |
Sporotrichosis – Subcutaneous, Cutaneous and Superficial Mycoses | 05:05 |
Dermatophytes – Subcutaneous, Cutaneous and Superficial Mycoses | 06:06 |
Malassezia – Subcutaneous, Cutaneous and Superficial Mycoses | 02:53 |
Subcutaneous, Cutaneous and Superficial Mycoses: Learning Outcomes | 00:52 |
Quiz zum Kurs „Fungi“ |
Introduction to Kinetics | Pharmacokinetics (PK) | 04:55 |
Hydrophilic vs. Hydrophobic – Absorption and Distribution | Pharmacokinetics (PK) | 03:51 |
pKa and Drug Solubility – Absorption and Distribution | Pharmacokinetics (PK) | 05:20 |
Drug Distribution – Absorption and Distribution | Pharmacokinetics (PK) | 08:52 |
Phases of Drug Development – Absorption and Distribution | Pharmacokinetics (PK) | 06:10 |
Drug Metabolism – Biotransformation | Pharmacokinetics (PK) | 06:51 |
Factors Affecting Drug Metabolism – Biotransformation | Pharmacokinetics (PK) | 15:19 |
Introduction and Definitions of Pharmacodynamics – Pharmacodynamics | 02:19 |
Drug Receptors and Effectors – Pharmacodynamics | 02:46 |
Upregulation and Downregulation – Pharmacodynamics | 00:55 |
Dose-Response, Binding, Quantal, Toxicity & Potency Curves – Pharmacodynamics | 10:23 |
Introduction esp. Types of Eliminations – Elimination Kinetics | 03:50 |
First Pass Metabolism – Elimination Kinetics | 01:56 |
Bioavailability incl. Case Study – Elimination Kinetics | 02:24 |
Dosage Calculation: Maintenance Dose and Loading Dose – Elimination Kinetics | 04:59 |
Intravenous vs. Oral Medications – Elimination Kinetics | 01:16 |
Renal Clearance – Elimination Kinetics | 04:10 |
Case Study: Correction for Renal Disease | 09:21 |
Quiz zum Kurs „Pharmacokinetics and Pharmacodynamics“ |
Introduction: Pathogens and the Immune System | 05:40 |
Immune Response | 07:25 |
Strategies to Eliminate Pathogens | 05:06 |
Organization of the Immune System | 05:07 |
Cells of the Innate Immune Response | 03:26 |
Phagocytic Cells | 07:23 |
Dendritic Cells, Eosinophils, Basophils, Mast Cells and Innate Lymphoid Cells | 04:05 |
Cells of the Adaptive Immune System | 00:55 |
Quiz zum Kurs „Immune System: Overview and Cells“ |
Overview – Cell Wall Synthesis Inhibitors (Antibiotics) | 08:03 |
Penicillins – Cell Wall Synthesis Inhibitors (Antibiotics) | 09:14 |
Cephalosporins – Cell Wall Synthesis Inhibitors (Antibiotics) | 05:59 |
Penems – Cell Wall Synthesis Inhibitors (Antibiotics) | 02:39 |
Monobactams, Cyclic Lipopeptide and Polypeptide – Cell Wall Synthesis Inhibitors (Antibiotics) | 04:13 |
Glycopeptide and Intracelluar Agents – Cell Wall Synthesis Inhibitors (Antibiotics) | 04:38 |
Overview – Bacterial Protein Synthesis Inhibitors (Antibiotics) | 04:44 |
Linezolid, Streptogramins and Chloramphenicol – Bacterial Protein Synthesis Inhibitors (Antibiotics) | 04:26 |
Macrolides and Ketolides – Bacterial Protein Synthesis Inhibitors (Antibiotics) | 03:29 |
Tetracyclines – Bacterial Protein Synthesis Inhibitors (Antibiotics) | 03:21 |
Aminoglycosides – Bacterial Protein Synthesis Inhibitors (Antibiotics) | 05:53 |
Quiz Questions and Case Studies – Antibacterial Agents (Antibiotics) | 07:33 |
Overview – Antimetabolites | 00:49 |
Sulfonamides, Trimethoprim and Fluoroquinolones – Antimetabolites | 07:51 |
Case Studies – Antimetabolites | 03:39 |
Overview – Antimycobacterial Agents | 02:24 |
First-line Agents to Treat Tuberculosis – Antimycobacterial Agents | 13:39 |
Other Agents to Treat Tuberculosis – Antimycobacterial Agents | 05:02 |
New Agents to Treat Tuberculosis – Antimycobacterial Agents | 04:57 |
Treatment Regimens for Mycobacterium Tuberculosis – Antimycobacterial Agents | 03:30 |
Treatment Regimens for Leprosy and Other Infections – Antimycobacterial Agents | 02:14 |
Case Studies – Antimycobacterial Agents | 06:16 |
Overview – Antifungals | 00:42 |
Azoles – Antifungals | 04:22 |
Polyenes – Antifungals | 04:25 |
Flucytosine (5-Fluorocytosine/5-FC) – Antifungals | 01:29 |
Griseofulvin and Squalene Epoxidase Inhibitor (Terbinafine) – Antifungals | 02:01 |
Echinocandins – Antifungals | 06:09 |
Questions – Antifungals | 03:00 |
Overview of Antiviral Activity – Antiviral Drugs | 02:22 |
Anti-HIV Agents – Antiviral Drugs | 03:50 |
CCR5 – Antiviral Drugs | 02:16 |
Anti-HIV Agents: Entry Inhibitors – Antiviral Drugs | 07:27 |
Anti-HIV Agents: Nucleoside Reverse Transcriptase Inhibitors (NsRTIs) – Antiviral Drugs | 08:06 |
Anti-HIV Agents: Nucleotide Reverse Transcriptase Inhibitors (NtRTIs) – Antiviral Drugs | 03:46 |
Anti-HIV Agents: Non-nucleoside Reverse Transcriptase Inhibitors (NNRTIs) – Antiviral Drugs | 04:46 |
Anti-HIV Agents: Integrase Strand Transfer Inhibitors – Antiviral Drugs | 01:55 |
Anti-HIV Agents: Maturation Inhibitors – Antiviral Drugs | 02:16 |
Anti-HIV Agents: Protease Inhibitors – Antiviral Drugs | 06:30 |
Anti-HIV Agents: Other Inhibitors – Antiviral Drugs | 01:45 |
Case Studies about Anti-HIV Agents – Antiviral Drugs | 03:21 |
Anti-Herpes Agents: Thymidine Kinase Agents – Antiviral Drugs | 05:21 |
Anti-Herpes Agents: RNA Polymerase Inhibitors and Other Drugs – Antiviral Drugs | 03:22 |
Influenza Treatment – Antiviral Drugs | 02:27 |
Hepatitis Treatment – Antiviral Drugs | 07:00 |
Overview – Antiviral Agents and Treatment of CMV Retinitis – Antiviral Drugs | 02:03 |
Case Study – Antiviral Drugs | 05:16 |
Antimalarial Drugs – Antiprotozoal Agents | 12:41 |
Amebicides – Antiprotozoal Agents | 08:25 |
Nematicides – Anthelmintic Drugs | 05:11 |
Trematocides (Praziquantel) and Cestodicides (Niclosamide) – Anthelmintic Drugs | 02:29 |
Questions – Antiprotozoal and Anthelmintic Drugs | 03:18 |
Quiz zum Kurs „Antimicrobial Pharmacology“ |
Introduction to Physiology | 05:25 |
Homeostasis: Definition & Level of Organization | 09:15 |
Control and Regulation | 07:35 |
Quiz zum Kurs „Physiology – Introduction & Central Principles“ |
Cell Membranes & Organelle Membranes | 04:32 |
Lipid Bilayer: Structure & Intracellular and Extracellular Fluid | 07:49 |
Aquaporin (AQP): Definition, Structure & Function | 03:59 |
Ion Channels: Definition, Types & Function | 04:43 |
ATPases | 06:35 |
Solute Carriers (SLC Transporters) | 06:38 |
Cell Signaling | 04:11 |
Cell Signaling: Signal Reception | 09:37 |
Extracellular & Intracellular Signaling: Receptor Modifications | 03:30 |
Signal Amplification & Dissemination | 07:23 |
Membrane Potential: Ion Concentration | 03:57 |
Extracellular Fluid (ECF) & Intracellular Fluid (ICF) | 07:36 |
Ion Manipulation | 04:51 |
Action Potential | 05:33 |
Surface Modifications of Epithelial Cells | 07:18 |
Membrane and Transepithelial Potential | 03:50 |
Fenestration & Endothelial Transport | 05:31 |
Quiz zum Kurs „Membrane Physiology“ |
Introduction and Early Development | 03:06 |
Fertilization to Bilaminar Embryo | 08:19 |
Gastrulation and the Trilaminar Embryo | 09:49 |
Ectoderm Derivatives and Neurulation | 08:40 |
Mesoderm Derivatives: Paraxial and Intermediate Mesoderm | 04:56 |
Mesoderm Derivatives: Lateral Plate Mesoderm and Body Wall | 03:43 |
Endoderm Derivatives and Gut Tube | 06:21 |
Timeline of embryonic development: Weeks 1 and 2 | 06:27 |
Timeline of embryonic development: Weeks 3 and 4 | 07:59 |
Timeline of embryonic development: Weeks 5 and 6 | 06:47 |
Timeline of embryonic development: Weeks 7 and 8 | 05:43 |
Fetal Period: First Trimester | 05:14 |
Fetal Period: Second Trimester | 03:57 |
Fetal Period: Third Trimester and Premature Birth | 04:14 |
Quiz zum Kurs „Embryology—General Principles“ |
Research Ethics: Introduction | 01:36 |
Nuremberg Code | 01:21 |
Belmont Report | 02:07 |
Declaration of Helsinki | 05:30 |
Informed Consent | 04:24 |
Research Ethics Boards | 06:56 |
Research Ethics: Learning Outcomes | 01:23 |
Quiz zum Kurs „Research Ethics“ |
Human Microbiome | 06:00 |
Infection Basics | 03:20 |
Bacteria Spread | 03:55 |
Exotoxins and Type III Cytotoxins – Bacterial Toxins | 05:33 |
Endotoxin – Bacterial Toxins | 05:16 |
Membrane-damaging Toxins and Extracellular Matrix Toxins – Bacterial Toxins | 02:20 |
Antimicrobial Compounds | 02:14 |
Antimicrobial Resistance | 07:07 |
Staphylococci | 03:58 |
Abscesses – Staphylococcus Aureus | 09:01 |
Toxin-mediated Diseases – Staphylococcus Infection | 04:31 |
Group A Streptococci | 07:20 |
Streptococcus Pneumoniae | 06:29 |
Enteric Bacteria | 03:17 |
Vibrio Cholerae – Enteric Bacteria | 07:03 |
Escherichia Coli – Enteric Bacteria | 15:14 |
Shigella – Enteric Bacteria | 04:08 |
Salmonella – Enteric Bacteria | 06:38 |
Clinical Types of Intestinal Infection | 02:45 |
Bacillus | 11:02 |
Clostridium | 12:17 |
Clostridial Infections | 10:54 |
Listeria Monocytogenes | 07:00 |
Corynebacterium Diphtheriae | 06:53 |
Actinomyces Species | 04:29 |
Nocardia Species | 05:50 |
Mycobacterium | 02:22 |
Mycobacterium Tuberculosis | 16:28 |
Mycobacterium Leprae | 04:25 |
Mycobacterium Avium-intracellulare | 04:09 |
Neisseria Meningitidis | 11:52 |
Pseudomonas Aeruginosa | 11:06 |
Legionella Pneumophila | 10:41 |
Francisella Tularensis | 07:02 |
Bordetella Pertussis | 10:04 |
Brucella Species | 05:53 |
Campylobacter Jejuni | 07:20 |
Helicobacter Pylori | 09:40 |
Klebsiella Pneumoniae | 06:25 |
Yersinia | 00:54 |
Yersinia Pestis | 08:10 |
Yersinia Enterocolitica | 04:42 |
Proteus Mirabilis | 03:58 |
Haemophilus | 01:56 |
Haemophilus Influenzae Type B | 10:08 |
Haemophilus Ducreyi | 02:15 |
Gardnerella Vaginalis | 04:11 |
Pasteurella | 03:41 |
Bacteroides | 06:52 |
Treponema | 08:29 |
Syphilis – Treponema Pallidum | 17:07 |
Yaws and Pinta – Treponema Pallidum | 02:42 |
Borrelia | 06:35 |
Lyme Disease – Borrelia Burgdorferi | 07:22 |
Relapsing Fever – Borrelia | 04:23 |
Leptospira | 05:49 |
Chlamydia | 06:03 |
Chlamydia Trachomatis | 13:55 |
Chlamydophila Psittaci | 01:10 |
Chlamydophila Pneumoniae | 01:57 |
Rickettsia | 12:11 |
Mycoplasma | 01:28 |
Mycoplasma Pneumoniae | 15:02 |
Mycoplasma Hominis | 01:19 |
Ureaplasma | 03:30 |
Quiz zum Kurs „Bacteria“ |
How are Viruses Studied? | 03:56 |
Viral Culture and Virus Quantification | 05:46 |
Double-stranded DNA (dsDNA) Genomes – DNA Viruses | 03:45 |
Gapped Double-stranded DNA (dsDNA) Genomes – DNA Viruses | 03:03 |
Single-stranded DNA (ssDNA) Genomes – DNA Viruses | 02:20 |
Double-stranded RNA (dsRNA) – RNA Virus Genomes | 03:58 |
Positive-sense Single-stranded RNA ((+)ssRNA) Virus – RNA Virus Genomes | 06:21 |
Negative-sense Single-stranded RNA ((-)ssRNA) Virus – RNA Virus Genomes | 04:28 |
Ambisense RNA Virus Genomes | 01:58 |
Genetic Engineering of Viruses | 03:59 |
Breakthrough in Virology | 05:34 |
Viral Genomes | 05:14 |
Adenoviruses | 11:23 |
Herpesviruses | 05:12 |
Herpex Simplex Virus-1 and Herpes Simplex Virus-2 – Herpesviruses | 10:17 |
Varicella-Zoster Virus (VZV) – Herpesviruses | 05:37 |
Epstein-Barr Virus (EBV) – Herpesviruses | 07:39 |
Cytomegalovirus (CMV) – Herpesviruses | 05:46 |
Roseolovirus (HHV-6 and HHV-7) – Herpesviruses | 02:38 |
Kaposi's Sarcoma-asssociated Herpesvirus (KSHV) – Herpesviruses | 02:11 |
Papillomaviruses | 06:43 |
BK and JC Virus – Polyomaviruses | 05:10 |
Poxviruses | 04:39 |
Molluscum Contagiosum Virus (MCV) – Poxviruses | 01:57 |
Hepatitis B Virus – Hepadnaviruses | 11:53 |
B19 Parvovirus – Parvoviruses | 06:49 |
Rotavirus and Colorado Tick Fever Virus – Reoviruses | 08:17 |
Picornaviruses | 01:47 |
Enteroviruses – Picornaviruses | 13:24 |
Rhinoviruses – Picornaviruses | 03:01 |
Hepatitis A Virus (HAV) – Picornaviruses | 06:10 |
Norwalk Virus and Hepatitis E Virus (HEV) – Caliciviruses | 05:25 |
Severe Acute Respiratory Syndrome (SARS) and COVID-19 – Coronaviruses | 07:13 |
Coronavirus Infectious Disease 2019 (COVID-19) | 10:32 |
COVID-19 Pathogenesis and Risk Factors | 07:52 |
COVID-19 Complications | 09:21 |
COVID-19 Case: 62-year-old Man with Fever, Dry Cough, and Malaise | 08:37 |
COVID-19 Case: 62-year-old Man with Severe Cough and Shortness of Breath | 10:28 |
Flaviviruses | 01:06 |
Hepatitis C Virus (HCV) – Flaviviruses | 04:05 |
Arboviruses – Flaviviruses | 08:16 |
Rubella Virus – Togaviruses | 10:00 |
Retroviruses | 02:59 |
Human Immunodeficiency Virus (HIV) – Retroviruses | 08:42 |
AIDS-defining Diseases – Human Immunodeficiency Virus (HIV) | 10:07 |
Hepatitis E Virus (HEV) – Hepeviruses | 07:29 |
Paramyxoviruses | 03:04 |
Measles Virus – Paramyxoviruses | 06:41 |
Mumps Virus – Paramyxoviruses | 03:34 |
Parainfluenza Viruses – Paramyxoviruses | 05:44 |
Rabies Virus – Rhabdoviruses | 08:52 |
Ebola and Marburg Viruses – Filoviruses | 06:11 |
Influenza Viruses – Orthomyxoviruses | 12:07 |
Lymphocytic Choriomeningitis Virus (LCMV) and Lassa Fever Virus – Arenaviruses | 04:50 |
Bunyaviruses | 02:20 |
Hantaviruses – Bunyaviruses | 02:45 |
California Encephalitis Virus – Bunyaviruses | 02:24 |
Quiz zum Kurs „Viruses“ |
Introduction and Organization – Launching Pad for Cell Biology | 03:40 |
Relative Size of Life – Launching Pad for Cell Biology | 01:25 |
Cell Forms Comparison – Launching Pad for Cell Biology | 02:24 |
Homeostasis – Launching Pad for Cell Biology | 05:35 |
Atomic Structure – Chemistry | 03:58 |
Chemical Behavior – Chemistry | 06:06 |
Periodic Table for Biology – Chemistry | 05:26 |
Importance of Chemistry for Biology – Chemistry | 01:01 |
Ph Homeostasis – How Atoms Come Together to Form a Molecule | 04:12 |
Covalent Bond – How Atoms Come Together to Form a Molecule | 03:37 |
Ionic Bonds – How Atoms Come Together to Form a Molecule | 02:49 |
Hydrogen Bonds – How Atoms Come Together to Form a Molecule | 03:26 |
Ph Scale – How Atoms Come Together to Form a Molecule | 02:13 |
Polypeptide Chain | 02:08 |
Four Levels of Organization | 07:45 |
Nucleic Acids | 04:35 |
DNA and RNA | 01:59 |
Hydrogen Bond Zipper and Atp | 02:22 |
Lipids, Fats and Oils | 06:46 |
Phospholipids | 03:43 |
Introduction to Proteins | 00:55 |
Mitochondria and Origins of Eukaryotic Cells | 04:06 |
Cellular Structure: Introduction | 03:44 |
Nucleus | 03:30 |
Endomembrane System | 01:41 |
Endoplasmic Reticulum and Golgi Apparatus | 02:42 |
Lysosomes | 02:47 |
How Proteins Anchor Themselves in the Membrane | 03:04 |
Cytoskeleton | 05:29 |
Transport and Network of Proteins | 03:13 |
Extracellular Structures and Cell Movement | 02:41 |
Cell Identity | 03:09 |
Membranes: Introduction | 00:56 |
Three Major Types | 04:38 |
Fluid Mosaic Model | 04:53 |
Role of Cell Membrane Proteins | 03:36 |
Passive Transport – Transport Across Cell Membranes | 07:02 |
Osmosis – Transport Across Cell Membranes | 07:32 |
Active Transport – Transport Across Cell Membranes | 07:56 |
Bulk Transport – Transport Across Cell Membranes | 04:52 |
Cell Surface Receptors – Modes of Cell Communication | 04:35 |
Intracellular Receptors – Modes of Cell Communication | 04:56 |
Modes of Cell Communication: Introduction | 03:07 |
Modes of Cell Communication: Overview | 05:35 |
Phosphorylation – Modes of Cell Communication | 03:20 |
Second Messenger Systems: Overview | 01:59 |
Second Messenger Systems: Definition | 03:35 |
Receptor Tyrosine Kinase Pathways – Second Messenger Systems | 12:42 |
G-protein Coupled Receptors – Second Messenger Systems | 07:50 |
Recap – Second Messenger Systems | 02:59 |
Mutated Genes | 05:29 |
Two Hit Hypothesis | 02:28 |
Cell Cycle and Cell Division Control: Introduction | 02:43 |
Cell Cycle Controls | 09:12 |
Growth Factors | 02:45 |
P53 Gene | 02:55 |
Language of Chromosomes – Mitosis | 02:59 |
Eukaryotic Chromosomes – Mitosis | 02:17 |
Cell Division – Mitosis | 01:37 |
Interphase and Prophase – Mitosis | 02:23 |
Prometaphase, Metaphase and Anaphase – Mitosis | 03:43 |
Telophase and Cytokinesis – Mitosis | 04:33 |
Mitosis: Overview | 01:26 |
Human Karyotype – Meiosis | 01:26 |
Meiosis in Humans | 03:25 |
Introduction and Reduce of Chromosomes – Meiosis | 06:23 |
Comparing Mitosis and Meiosis – Cell Division | 03:34 |
Homologous Chromosome Pairs – Meiosis | 03:02 |
Meiosis I: Prophase I | 02:05 |
Meiosis I: Metaphase I | 04:06 |
Meiosis I: Anaphase I and Telophase I | 01:49 |
Meiosis II: Phases | 03:49 |
Chemical, Endergonic and Exergonic Reactions | 03:30 |
Activation Energy of Reactions | 02:11 |
ATP | 02:27 |
Bicarbonate Buffering System | 04:12 |
Activation and Inhibition | 02:56 |
Assisting Enzymes | 02:18 |
Definition of Energy | 02:42 |
Biochemical Pathways | 03:07 |
Laws of Thermodynamics | 04:12 |
Pyruvate Oxidation and Glycolysis: Overview | 06:30 |
Recycling of Nadh | 02:02 |
Pyruvate Oxidation | 01:38 |
Pyruvate Oxidation Without Oxygen | 04:04 |
Splitting Sugar | 02:23 |
Electron Transport Chain (ETC) | 02:03 |
Electrochemical Gradient | 04:10 |
ATP Synthase | 02:57 |
Cell Respiration | 06:00 |
Electron Transport Chain (ETC) and Chemiosmosis | 02:18 |
Krebs Cycle | 07:08 |
Proteins, Catabolism of Fats and Metabolic Regulation: Introduction | 01:15 |
Macromolecule Building Blocks | 02:10 |
Catabolism of Fats | 03:43 |
Metabolic Pathways | 03:41 |
Process of Metabolism | 03:56 |
Principle of Independent Assortment – Classic Mendelian Genetics | 02:15 |
Classical Genetic Assumptions – Classic Mendelian Genetics | 02:42 |
Mendel's Investigations of the Pea Plant – Classic Mendelian Genetics | 04:34 |
Monohybrid Crosses – Classic Mendelian Genetics | 04:18 |
Mendel's Principles and Meiosis – Classic Mendelian Genetics | 03:49 |
Human Pedigrees – Classic Mendelian Genetics | 03:39 |
Dihybrid Crosses – Classic Mendelian Genetics | 04:58 |
Predicting the Outcome of a Cross – Beyond Gregor Mendel | 05:20 |
Test Cross: Uncover Genotypes – Beyond Gregor Mendel | 02:15 |
Polygenic and Pleiotropic Inheritance – Beyond Gregor Mendel | 06:01 |
Multiple Alleles and Incomplete Dominance – Beyond Gregor Mendel | 04:28 |
Phenotypes Affected by Environment and Epistasis – Beyond Gregor Mendel | 05:46 |
Rules of Addition and Multiplication – Beyond Gregor Mendel | 04:08 |
Linking Mendel and Chromosomes – Chromosome Theory and Sex Linkage | 03:43 |
Sex Chromosomes – Chromosome Theory and Sex Linkage | 01:11 |
Sex Linked Genetic Disorders – Chromosome Theory and Sex Linkage | 06:49 |
Chromosome Theory: Exceptions – Chromosome Theory and Sex Linkage | 03:14 |
Epigenetic Factors – Chromosome Theory and Sex Linkage | 04:20 |
How to Create a Genetic Map – Gene Mapping | 04:11 |
How to Avoid Missed Double Crossovers – Gene Mapping | 02:28 |
Usage of Physical Maps – Gene Mapping | 01:53 |
Recombination of Chromosomes – Gene Mapping | 04:29 |
Percent Recombination – Gene Mapping | 01:18 |
Structure of DNA and RNA – DNA Structure and Replication | 03:55 |
Prokaryotic Replication – DNA Structure and Replication | 05:29 |
Special Enzymes for Replication – DNA Structure and Replication | 02:54 |
Closer Look on Replisome – DNA Structure and Replication | 05:07 |
Eukaryotic Replication – DNA Structure and Replication | 04:51 |
One Gene One Polypeptide Hypothesis | 04:15 |
Overview of Transcription and Translation | 02:12 |
Prokaryotes vs. Eukaryotes | 01:37 |
Types of RNA | 02:18 |
How to Translate the Genetic Code | 05:28 |
Transcription: Introduction | 04:29 |
Elongation of mRNA | 02:47 |
Prokaryotic Transcription | 01:20 |
Eukaryotic Transcription | 03:33 |
Posttranscriptional Modifications | 01:54 |
Splicing Process | 05:28 |
Elongation of Translation | 06:46 |
Termination of Translation | 04:02 |
Gene Expression – Translation and Summary | 03:26 |
Charging of tRNA | 03:35 |
Ribosome | 01:46 |
Initiation of Translation | 01:50 |
Frameshift Mutations | 03:03 |
Chromosomal Mutations | 02:41 |
Proofread and Repair Mechanisms | 04:45 |
Mutations in General | 03:19 |
Single Nucleotide Mutations | 01:43 |
Prokaryotic Gene Expression | 03:16 |
Inducible Operons | 05:06 |
Repressible Operons | 02:48 |
Other Levels of Prokaryotic Gene Regulation | 01:55 |
Regulatory Proteins | 06:51 |
Comparing Prokaryotic and Eukaryotic mRNA | 01:24 |
Other Levels of Eukaryotic Gene Regulation | 03:54 |
The Levels of Eukaryotic Gene Expression | 03:56 |
Transcriptional Control | 05:12 |
Impact of Chromatin on Transcription | 04:52 |
RNA Interference, AlterRNAtive Splicing and RNA Editing | 04:28 |
Bacterial Transformation | 01:45 |
Molecular Cloning | 05:09 |
Host-vector Systems | 02:11 |
Transforming Eukaryotic Cells | 02:37 |
CRISPR-Cas9 System | 04:26 |
Recombinant DNA | 02:16 |
Polymerase Chain Reaction | 04:49 |
Cutting the DNA | 02:58 |
Gel Electrophoresis | 04:47 |
DNA Fingerprinting | 03:53 |
Short Tandem Repeats | 05:36 |
Biotechnology in Medicine | 06:14 |
Biotechnology in Agriculture | 04:49 |
Transgenic Animals | 01:35 |
DNA Libraries | 04:44 |
Probes and Blotting Methods | 05:26 |
Restriction Mapping | 03:49 |
Cytological Maps | 03:15 |
Sequence Tagged Sites | 04:46 |
Sanger Sequencing | 07:31 |
Sequencing Larger Genomes | 05:06 |
Comparative Genome Analysis | 04:24 |
Coding and Noncoding DNA Sequences | 04:13 |
Transposable Elements | 05:29 |
Single Nucleotide Polymorphisms | 03:38 |
BRCA2 Gene | 03:48 |
Expressed Sequence Tags | 03:19 |
Comparing Normal and Cancerous Tissue – Genomics | 04:32 |
Polysaccharides | 03:20 |
How Macromolecules Come Together | 06:17 |
Hydrolysis Reactions | 03:06 |
Glucose | 03:53 |
Quiz zum Kurs „Molecular and Cell Biology“ |
Introduction to Male Reproductive Endocrinology | 02:33 |
Testosterone Effects | 04:41 |
Testis, Spermatogenesis and Sperm Maturation: Sertoli Cell Secretions | 04:18 |
Introduction to Female Reproductive Endocrinology | 03:56 |
Estrogen and Progesterone Synthesis | 04:00 |
Estradiol and Progestin Effects | 02:06 |
Menstrual Cycle: 28 Days Female Cycle | 02:36 |
Endometrial Cycle | 05:11 |
Hypothalamic-Pituitary-Ovarian Axis: Control & Regulation | 02:59 |
Sperm and Capacitation | 03:13 |
Fertilization | 04:33 |
Location of Fertilization & Early Divisions: Implantation | 03:30 |
Placenta: Blood Flow, Barriers & Exchange | 04:04 |
Maternal Changes | 06:09 |
Fetal & Adult Circulation: Comparison & Distribution | 05:37 |
Changes at Birth | 04:10 |
Milk Secretion and Production | 02:59 |
Regulation of Lactation | 05:14 |
Quiz zum Kurs „Reproductive Physiology“ |
Overview – Reproductive Pharmacology | 02:03 |
Estrogens and Progestins – Reproductive Pharmacology | 10:37 |
Anti-Estrogens and Antiprogestins – Reproductive Pharmacology | 09:41 |
Androgens and Antiandrogens | 06:58 |
Questions and Case Studies – Reproductive Pharmacology | 03:40 |
Quiz zum Kurs „Reproductive Pharmacology“ |
Bacterial Meningitis: Definition | 03:48 |
Bacterial Meningitis: Signs/Symptoms in Newborns & Younger Children | 05:29 |
Neisseria Meningitidis (Meningococcus): Signs & Symptoms | 08:40 |
Bacterial Meningitis: Diagnosis & CSF Findings | 09:30 |
Bacterial Meningitis: Management & Empirical Treatment When Gram’s Stain (-) | 09:14 |
Bacterial Meningitis: Prognosis | 01:26 |
Bacterial Meningitis: Etiology & MCV-4 Meningococcal Vaccine | 08:07 |
Encephalitis: Definition and Etiology | 04:11 |
Encephalitis: Vector-borne Viruses | 04:49 |
Encephalitis: Signs & Symptoms | 04:15 |
Encephalitis: Diagnosis | 03:59 |
Encephalitis: Supportive Management | 03:43 |