Entdecken Sie, was Sie lernen können.

Mit Videokursen für Beruf, Studium und Freizeit.

SLU - Molecular Foundations in Medicine

Von Adam Le Gresley, PhD, Kevin Ahern, PhD, Georgina Cornwall, PhD u.a.

Dieser Kurs ist nur für Mitglieder der Institution verfügbar.

Du bist nicht eingeloggt. Du musst dich und Mitglied dieser Institution werden um Zugang zu erhalten. In unserer Hilfe findest du Informationen wie du Mitglied einer Institution werden kannst.

Inhalte

Week 1 (SLU - Molecular Foundations in Medicine)

Modes of inheritance, Genetic disorders (SLU - Molecular Foundations in Medicine / Week 1)

Single-Gene Disorders

play symbol Terminology & Concept Recap
04:54
play symbol The Pedigree
04:01
lecture locked Autosomal Recessive Inheritance
08:49
lecture locked Autosomal Recessive Disorders
04:04
lecture locked Autosomal Dominant Inheritance
09:01
lecture locked Autosomal Dominant Disorders
04:15
lecture locked X-linked Inheritance
07:15
lecture locked X-linked Recessive Inheritance
05:43
lecture locked X-linked Recessive Disorders
04:03
lecture locked X-linked Dominant Inheritance
05:07
lecture locked X-linked Dominant Disorders
05:38
lecture locked Expansions and Huntington's Disease
07:49
lecture locked Fragile X Syndrome: CGG Expanding Repeat
03:33
lecture locked Mitochondrial DNA Inheritance
04:21
Quiz zum Kurs „Single-Gene Disorders“

Chromosomal Disorders

play symbol Nondisjunction
08:23
play symbol Down Syndrome: Trisomy 21
07:35
lecture locked Down Syndrome: Variations
05:16
lecture locked Autosomes: Structural Abnormalities
04:26
lecture locked Translocation
03:58
lecture locked Segregation of Chromosomes with Inversions
03:51
lecture locked Autosomal Disorders and Genomic Imprinting
06:27
lecture locked Prader-Willi Syndrome
03:15
lecture locked Angelman Syndrome
06:55
lecture locked Sex Chromosomes
08:29
lecture locked Chromosomal and Gonadal Sex: Inconsistencies
04:08
lecture locked 46,XY Karyotype: Disorders
05:29
lecture locked 46,XX Karyotype: Disorders
04:40
lecture locked Sex Chromosome Aneuploidies
04:44
lecture locked Sex Chromosome Abnormalities
06:01
Quiz zum Kurs „Chromosomal Disorders“

Multifactorial Inheritance

play symbol Multifactorial Inheritance: Introduction
03:29
lecture locked Qualitative Traits: Risk Assessment
04:06
lecture locked Quantitative Traits: Risk assessment
05:35
lecture locked Multifactorial Gene Disorders: Examples
05:31
lecture locked Bipolar Disorder and Coronary Artery Disease
03:23
lecture locked Thrombosis and Hirschsprung Disease
09:56
lecture locked Type 1 Diabetes and Alzheimer's Disease
05:32
Quiz zum Kurs „Multifactorial Inheritance“

Cell Cycle (SLU - Molecular Foundations in Medicine / Week 1)

Cell Cycle and Cell Division

play symbol Cell Cycle and Cell Division Control: Introduction
02:43
play symbol Cell Cycle Controls
09:12
lecture locked Growth Factors
02:45
lecture locked P53 Gene
02:55
lecture locked Mutated Genes
05:10
lecture locked Two Hit Hypothesis
02:41
lecture locked Mitosis: Overview
01:26
lecture locked Language of Chromosomes – Mitosis
02:59
lecture locked Eukaryotic Chromosomes – Mitosis
02:53
lecture locked Cell Division – Mitosis
01:39
lecture locked Interphase and Prophase – Mitosis
02:23
lecture locked Prometaphase, Metaphase and Anaphase – Mitosis
03:43
lecture locked Telophase and Cytokinesis – Mitosis
04:33
lecture locked Introduction and Reduce of Chromosomes – Meiosis
06:23
lecture locked Homologous Chromosome Pairs – Meiosis
03:02
lecture locked Meiosis I: Prophase I
02:05
lecture locked Meiosis I: Metaphase I
04:06
lecture locked Meiosis I: Anaphase I and Telophase I
01:49
lecture locked Meiosis II: Phases
03:49
lecture locked Human Karyotype – Meiosis
01:26
lecture locked Meiosis in Humans
03:25
lecture locked Comparing Mitosis and Meiosis – Cell Division
03:34
Quiz zum Kurs „Cell Cycle and Cell Division“

Central Dogma (SLU - Molecular Foundations in Medicine / Week 1)

DNA Replication and Repair

play symbol DNA Replication
03:09
lecture locked DNA Polymerase
08:08
lecture locked Other Replication Proteins
06:38
lecture locked Replication Fork
02:26
lecture locked Leading and Lagging Strand
05:24
lecture locked Telomeres
04:35
lecture locked DNA Repair
05:21
Quiz zum Kurs „DNA Replication and Repair“

Gene Expression

play symbol One Gene One Polypeptide Hypothesis
04:15
play symbol Overview of Transcription and Translation
02:12
lecture locked Prokaryotes vs. Eukaryotes
01:37
lecture locked Types of RNA
02:18
lecture locked How to Translate the Genetic Code
05:28
lecture locked Transcription: Introduction
04:29
lecture locked Elongation of mRNA
02:47
lecture locked Prokaryotic Transcription
01:21
lecture locked Eukaryotic Transcription
03:33
lecture locked Post-transcriptional Modifications
01:54
lecture locked Post-transcriptional Modification: Splicing
05:28
lecture locked Charging of tRNA
03:35
lecture locked Ribosome
01:46
lecture locked Initiation of Translation
01:50
lecture locked Elongation of Translation
06:46
lecture locked Termination of Translation
04:02
lecture locked Gene Expression – Translation and Summary
03:26
Quiz zum Kurs „Gene Expression“

Organization of the genome (SLU - Molecular Foundations in Medicine / Week 1)

Introduction to Medical Genetics

play symbol Medical Genetics History
03:52
lecture locked Genetic Diseases: Categories
05:15
lecture locked Review: Cell and Molecular Biology Course
05:31
lecture locked Review: Genome Mapping
03:49
lecture locked Review: Epigenetic Regulation, Single Nucleotide Polymorphisms, and Cytogenetics
03:26
lecture locked Review: Point Mutations, Triplet Repeats, Chromosomal Mutations
05:47
lecture locked Goldilocks Principle
05:55
lecture locked Monoallelic Expression
06:04
Quiz zum Kurs „Introduction to Medical Genetics“

Cancer genetics (SLU - Molecular Foundations in Medicine / Week 1)

lecture locked Proto-Oncogenes & Mechanisms of Oncogene Activation – Carcinogenesis
04:48
lecture locked Oncogenes – Carcinogenesis
06:06
lecture locked Tumor Suppressor Genes: Definition and Inactivation – Carcinogenesis
07:08
lecture locked Receptor Tyrosine Kinase Signaling
09:09
Quiz zum Kurs „Cancer genetics (SLU - Molecular Foundations in Medicine / Week 1)“

Epigenetic modifications of genome (SLU - Molecular Foundations in Medicine / Week 1)

lecture locked Review: Epigenetic Regulation, Single Nucleotide Polymorphisms, and Cytogenetics
03:26
Quiz zum Kurs „Epigenetic modifications of genome (SLU - Molecular Foundations in Medicine / Week 1)“

Week 2 (SLU - Molecular Foundations in Medicine)

Fundamentals of Biochemistry (SLU - Molecular Foundations in Medicine / Week 2)

Fundamentals of Biochemistry - additional lectures (SLU - Molecular Foundations in Medicine / Week 2)

lecture locked Catabolism and Anabolism — Metabolism and Regulation
04:16
lecture locked Binding of Multiple Substrates – Enzyme Classification
05:37
play symbol Allosteric Control – Metabolic Control of Enzyme Activity
11:13
play symbol Definition of Energy
02:42
play symbol Laws of Thermodynamics
04:12
play symbol Chemical, Endergonic and Exergonic Reactions
03:30
lecture locked Activation Energy of Reactions
02:11
lecture locked ATP
02:27
lecture locked Phosphorylation – Modes of Cell Communication
03:20
lecture locked Acid Sensitivity – Pharmacokinetics and Pharmacodynamics
04:07
lecture locked Role of Water – Biological Interactions
05:18
Quiz zum Kurs „Fundamentals of Biochemistry - additional lectures (SLU - Molecular Foundations in Medicine / Week 2)“

Gene Expression

play symbol One Gene One Polypeptide Hypothesis
04:15
play symbol Overview of Transcription and Translation
02:12
lecture locked Prokaryotes vs. Eukaryotes
01:37
lecture locked Types of RNA
02:18
lecture locked How to Translate the Genetic Code
05:28
lecture locked Transcription: Introduction
04:29
lecture locked Elongation of mRNA
02:47
lecture locked Prokaryotic Transcription
01:21
lecture locked Eukaryotic Transcription
03:33
lecture locked Post-transcriptional Modifications
01:54
lecture locked Post-transcriptional Modification: Splicing
05:28
lecture locked Charging of tRNA
03:35
lecture locked Ribosome
01:46
lecture locked Initiation of Translation
01:50
lecture locked Elongation of Translation
06:46
lecture locked Termination of Translation
04:02
lecture locked Gene Expression – Translation and Summary
03:26
Quiz zum Kurs „Gene Expression“

Enzymes and Enzyme Kinetics

play symbol Background of Enzymatic Reactions – Enzyme Catalysis
06:38
lecture locked Enzymes: Activation Energy and Mechanisms — Enzyme Catalysis
04:54
lecture locked Serine Proteases – Enzyme Catalysis
11:25
lecture locked Kinetic Considerations – Enzyme Catalysis
07:19
lecture locked Michaelis-Menten Kinetics – Enzyme Catalysis
04:52
lecture locked Michaelis-Menten Kinetics: Considerations – Enzyme Classification
04:12
lecture locked Michaelis-Menten Kinetics: Parameters – Enzyme Classification
06:21
lecture locked Perfect Enzyme and Lineweaver Burk Plot – Enzyme Classification
05:19
lecture locked Catalysis Considerations – Enzyme Classification
07:48
lecture locked Binding of Multiple Substrates – Enzyme Classification
05:37
lecture locked Classification of Enzymes – Enzyme Classification
03:42
lecture locked Competitive Reversible Enzyme Inhibition – Enzyme Inhibitors
06:38
lecture locked Non-competitive Reversible Inhibition – Enzyme Inhibitors
04:04
lecture locked Uncompetitive Reversible Enzyme Inhibition – Enzyme Inhibitors
03:27
lecture locked Irreversible Enzyme Inhibition: Suicide – Enzyme Inhibitors
01:51
Quiz zum Kurs „Enzymes and Enzyme Kinetics“

Vitamins

play symbol Vitamin A: Introduction
07:08
play symbol Vitamin A: Steps in Light Detection
05:54
lecture locked Vitamin A: Color Detection, Visual Cycle and Retinoic Acid Function
06:03
lecture locked Vitamin D: Introduction
04:39
lecture locked Vitamin D3 and Calcium
05:54
lecture locked Vitamin D and Calcium Levels
05:39
lecture locked Vitamin D and Intracellular Actions
08:35
lecture locked Vitamin K
09:35
lecture locked Vitamin E
08:05
lecture locked Vitamin B12
06:44
lecture locked Folate Metabolism and Recycling
07:45
lecture locked Folate Metabolism Overview and Health
04:44
Quiz zum Kurs „Vitamins“

Biochemistry: Basics

play symbol Overview – Introduction to Biochemistry
03:46
play symbol History – Introduction to Biochemistry
05:43
play symbol Structure – Amino Acids
06:38
play symbol R-group Categories – Amino Acids
02:10
play symbol Hydrophobic R-groups – Amino Acids
05:33
play symbol Hydrophilic and Ionic R-groups – Amino Acids
04:56
lecture locked Ionization – Amino Acids
07:17
lecture locked Peptide Bonds – Peptides
03:19
lecture locked Polypeptides – Peptides
04:17
lecture locked Levels of Protein Structure and Primary Structure – Peptides
02:58
lecture locked Secondary Structure – Peptides
08:13
lecture locked Tertiary Structure – Peptides
05:40
lecture locked Quaternary Structure and Summary – Peptides
03:19
lecture locked Structure of Proteins – Protein Movement and Cell Signaling
04:45
lecture locked Globular Structural Proteins – Protein Movement and Cell Signaling
02:19
lecture locked Communication and Signaling – Protein Movement and Cell Signaling
07:39
lecture locked Involved Proteins – Protein Movement and Cell Signaling
05:07
lecture locked Antibodies – Protein Functions
02:57
lecture locked Gene Expression – Protein Functions
03:36
lecture locked Catalysis – Protein Functions
05:11
lecture locked Protein Transport – Protein Functions
02:11
lecture locked Oxygen Transport – Protein Functions
05:17
lecture locked Sodium-potassium ATPase – Protein Functions
04:28
lecture locked Saccharides – Simple Carbohydrates
01:54
lecture locked Common Sugars: Nomenclature & Structure – Simple Carbohydrates
06:35
lecture locked Cyclization & Cyclic Forms – Simple Carbohydrates
06:34
lecture locked Modified Sugars – Simple Carbohydrates
02:17
lecture locked Glycosides and Disaccharides – Complex Carbohydrates
03:34
lecture locked Polysaccharides – Complex Carbohydrates
04:01
lecture locked Lipid Links – Complex Carbohydrates
02:48
lecture locked Glycosaminoglycans – Complex Carbohydrates
03:53
lecture locked Protein Links – Complex Carbohydrates
04:55
lecture locked Peptidoglycans – Complex Carbohydrates
02:31
lecture locked Proteoglycans – Complex Carbohydrates
02:55
lecture locked Overview and Introduction on Fatty Acids – Lipids
03:25
lecture locked Fatty Acids – Lipids
03:49
lecture locked Glycerolipids and Glycerophospholipids – Lipids
05:06
lecture locked Sphingolipids – Lipids
02:43
lecture locked Polyketides – Lipids
01:01
lecture locked Overview, Isoprenoids and Sterols – Lipids
03:51
lecture locked Steroid Hormones – Lipids
03:14
lecture locked Other Lipids and Their Function – Lipids
06:03
lecture locked Fat Soluble Vitamins – Lipids
04:36
lecture locked Structure of Membranes – Biological Membranes
01:12
lecture locked Lipid Bilayer – Biological Membranes
02:17
lecture locked Bilayer Composition – Biological Membranes
06:26
lecture locked Membrane Fluidity – Biological Membranes
02:13
lecture locked Diffusion – Biological Membranes
04:59
lecture locked Active Transport: Sodium-potassium Atpase – Biological Membranes
05:18
lecture locked Active Transport: Sodium-calcium Exchanger – Biological Membranes
02:49
lecture locked Transporter and Transport Proteins Types – Biological Membranes
03:11
lecture locked Ion Channel – Biological Membranes
05:55
lecture locked Ion Channel Blocker and Opener – Biological Membranes
05:27
lecture locked Nucleotides – DNA, RNA and the Genetic Code
04:17
lecture locked Structure and Topology of DNA – DNA, RNA and the Genetic Code
05:22
lecture locked DNA Replication – DNA, RNA and the Genetic Code
01:14
lecture locked Transcription – DNA, RNA and the Genetic Code
06:20
lecture locked Messenger RNAs – DNA, RNA and the Genetic Code
04:06
lecture locked Structure of TRNA and RRNA – DNA, RNA and the Genetic Code
05:51
lecture locked Genetic Code – DNA, RNA and the Genetic Code
04:54
lecture locked TRNA Charging and Ribosomes – DNA, RNA and the Genetic Code
02:22
lecture locked Translation – DNA, RNA and the Genetic Code
04:20
lecture locked Energy Considerations – Oxidation and Reduction in Metabolism
05:40
lecture locked Metabolism – Oxidation and Reduction in Metabolism
07:08
lecture locked Oxidation and Reduction – Oxidation and Reduction in Metabolism
02:46
lecture locked Electron Carriers – Oxidation and Reduction in Metabolism
02:41
lecture locked Catabolism and Anabolism — Metabolism and Regulation
04:16
lecture locked Metabolic Pathways – Metabolism and Regulation
02:38
lecture locked Regulation of Enzymatic Activity – Metabolism and Regulation
04:32
lecture locked Allosterism – Metabolism and Regulation
03:02
lecture locked Covalent Modification – Metabolism and Regulation
03:00
lecture locked Gene Expression – Metabolism and Regulation
02:33
Quiz zum Kurs „Biochemistry: Basics“

Energy Production, Storage and Supply (SLU - Molecular Foundations in Medicine / Week 2)

Energy, Enzymes and Metabolism

play symbol Definition of Energy
02:42
play symbol Laws of Thermodynamics
04:12
play symbol Chemical, Endergonic and Exergonic Reactions
03:30
lecture locked Activation Energy of Reactions
02:11
lecture locked ATP
02:27
lecture locked Bicarbonate Buffering System
04:12
lecture locked Activation and Inhibition
02:56
lecture locked Assisting Enzymes
02:20
lecture locked Biochemical Pathways
03:07
lecture locked Pyruvate Oxidation and Glycolysis: Overview
06:30
lecture locked Recycling of NADH
02:02
lecture locked Pyruvate Oxidation
01:38
lecture locked Anaerobic Glycolysis
04:27
lecture locked A Review of Glycolysis
02:23
lecture locked Electron Transport Chain (ETC) and Chemiosmosis
02:18
lecture locked Krebs Cycle
07:08
lecture locked Electron Transport Chain (ETC)
02:03
lecture locked Electrochemical Gradient
04:10
lecture locked ATP Synthase
02:57
lecture locked Cell Respiration
06:00
lecture locked Proteins, Catabolism of Fats and Metabolic Regulation: Introduction
01:15
lecture locked Entry Points into Cellular Respiration
02:10
lecture locked Catabolism of Fats and Proteins
03:43
lecture locked Metabolic Pathways
03:41
lecture locked Process of Metabolism
03:56
Quiz zum Kurs „Energy, Enzymes and Metabolism“

Carbohydrate Metabolism

play symbol Introduction – Glycolysis and Pyruvate Metabolism
02:57
play symbol Glycolysis: Glucose –> G6-P –> F6-P – Glycolysis and Pyruvate Metabolism
04:30
lecture locked Glycolysis: F6-P –> F1,6-P – Glycolysis and Pyruvate Metabolism
04:44
lecture locked Glycolysis: F1,6P –> DHAP – Glycolysis and Pyruvate Metabolism
03:36
lecture locked Glycolysis: Dhap –> Ga3-P – Glycolysis and Pyruvate Metabolism
01:56
lecture locked Glycolysis: GAP –> 1,3 BPG – Glycolysis and Pyruvate Metabolism
01:42
lecture locked Glycolysis: 1,3 BPG –> 3-PG – Glycolysis and Pyruvate Metabolism
01:31
lecture locked Glycolysis: 3-PG –> 2-PG – Glycolysis and Pyruvate Metabolism
07:35
lecture locked Pyruvate Kinase & Summary Glycolysis – Glycolysis and Pyruvate Metabolism
02:45
lecture locked Fate of Pyruvate – Glycolysis and Pyruvate Metabolism
05:59
lecture locked Gluconeogenesis: Metabolism of Galactose
03:27
lecture locked Gluconeogenesis: Metabolism of Fructose
04:25
lecture locked Gluconeogenesis: Synthesis of Glucose
02:33
lecture locked Gluconeogenesis: Reactions
07:15
lecture locked Gluconeogenesis: Regulation and Glycolysis
06:58
lecture locked Glycogen Metabolism: Introduction
01:53
lecture locked Glycogen Metabolism: Glycogen Breakdown
06:08
lecture locked Glycogen Metabolism: Glycogen Synthesis
03:35
lecture locked Glycogen Metabolism: Regulation of Glycogen
10:50
lecture locked Glycogen Metabolism: Insulin Signaling and Summary
03:34
lecture locked The Pentose Phosphate Pathway: Introduction
02:34
lecture locked Pathway Overview and Reactions – Part 1
05:02
lecture locked Pathway Overview and Reactions – Part 2
09:13
lecture locked Introduction to the Citric Acid Cycle
10:00
lecture locked Citric Acid Cycle
10:16
lecture locked Glyoxylate Cycle
05:28
lecture locked Ketone Body Metabolism
03:33
Quiz zum Kurs „Carbohydrate Metabolism“

Other important Roles of Lipids (SLU - Molecular Foundations in Medicine / Week 2)

Lipid Metabolism

play symbol Fat Breakdown and Synthesis
03:37
lecture locked Beta Oxidation of Fatty Acids
09:27
lecture locked Oxidation of Unsaturated and Other Fatty Acids
05:05
lecture locked Fatty Acid Synthesis
09:54
lecture locked Syntheses of Other Fatty Acids
01:51
lecture locked Steroids and Bile Acids: Mevalonate Pathway I
01:55
lecture locked Steroids and Bile Acids: Ketone Body Synthesis
03:05
lecture locked Steroids and Bile Acids: Mevalonate Pathway II
03:59
lecture locked Steroids and Bile Acids: Cholesterol Synthesis
02:58
lecture locked Steroids and Bile Acids: Movement of Cholesterol
08:19
lecture locked Steroids and Bile Acids: Receptor-mediated Endocytosis
00:59
lecture locked Steroids and Bile Acids: Steroid Hormone Metabolism
03:45
lecture locked Synthesis of Glycerophospholipids – Membrane Lipid Metabolism
07:20
lecture locked Synthesis of Sphingolipids – Membrane Lipid Metabolism
03:14
Quiz zum Kurs „Lipid Metabolism“

Other clinical important metabolic pathways (SLU - Molecular Foundations in Medicine / Week 2)

lecture locked The Pentose Phosphate Pathway: Introduction
02:34
lecture locked Gluconeogenesis: Metabolism of Galactose
03:27
lecture locked Gluconeogenesis: Metabolism of Fructose
04:25
Quiz zum Kurs „Other clinical important metabolic pathways (SLU - Molecular Foundations in Medicine / Week 2)“

Week 3 (SLU - Molecular Foundations in Medicine)

Defects in Metabolism (Inborn Errors of Metabolism) (SLU - Molecular Foundations in Medicine / Week 3)

lecture locked Disorders of Carbohydrate Metabolism
06:17
lecture locked Disorders of Amino Acid Metabolism
06:55
lecture locked Defects of Fatty Acid Oxidation
03:37
lecture locked Urea Cycle Disorders
02:27
Quiz zum Kurs „Defects in Metabolism (Inborn Errors of Metabolism) (SLU - Molecular Foundations in Medicine / Week 3)“
Quiz zum Kurs „SLU - Molecular Foundations in Medicine“

Details

  • Enthaltene Vorträge: 267
  • Laufzeit: 20:25 h
  • Enthaltene Quizfragen: 670
  • Enthaltene Lernmaterialien: 57

Dozenten des Kurses SLU - Molecular Foundations in Medicine

 Adam Le Gresley, PhD

Adam Le Gresley, PhD

Dr. Adam Le Gresley is Professor of Organic Chemistry within the Department of Chemical and Pharmaceutical Sciences at Kingston University in London, United Kingdom.
He obtained his PhD in supramolecular organic chemistry from the University of Surrey in 2004, and undertook his postdoctoral research on photolabile compounds at Drexel College of Medicine in Philadelphia, USA. Currently, he is Director of Research and Enterprise of the School of Life Sciences, Pharmacy, and Chemistry at Kingston University. An experienced lecturer, Dr. Le Gresley has been teaching undergraduate and postgraduate students at Kingston University since 2009.
Within Lecturio, Dr. Le Gresley teaches courses on Chemistry.

 Kevin Ahern, PhD

Kevin Ahern, PhD

Dr. Kevin Ahern is a Professor in the Department of Biochemistry and Biophysics at Oregon State University (OSU), USA.
He obtained his PhD in Biochemistry from Oregon State University. Currently, he teaches courses for health sciences students at OSU.
He is co-author of three Open Educational electronic textbooks on Biochemistry and a Guide to Getting Into Medical School.
Due to his achievements, he earned OSU’s highest teaching recognition, the Elizabeth P. Ritchie Distinguished Professor Award in 2017.
Within Lecturio, Dr. Ahern teaches courses on Biochemistry and on "How to Get into Medical School”.

 Georgina Cornwall, PhD

Georgina Cornwall, PhD

Dr. Georgina Cornwall is a Biology Instructor and currently works as an Instructional Designer in the private sector, developing interactive online training materials.
She obtained her PhD in Environmental, Population, and Organismic Biology at the University of Colorado, USA, in 2000, and has since taught a broad array of biology courses at various US universities.
She is an active promoter of hybrid/online teaching formats and interactive courses, and has received several awards for her engaging and innovative course design; e.g., she was named Adjunct Faculty of the Year at Colorado Mountain College in Aspen twice.
Within Lecturio, Dr. Cornwall teaches courses on Biology & Genetics.

 Carlo Raj, MD

Carlo Raj, MD

Dr. Carlo Raj is a Physician and Lecturer at Becker’s Healthcare, in Illinois, USA, and the CEO and founder of Indus Intellect Virtual MedEd, a medical education consulting company.
He obtained his MD from Medical University of the Americas (MUA) and is an international lecturer and public speaker.
Within Lecturio, Dr. Raj teaches courses on Pathology.

 Brian Alverson, MD

Brian Alverson, MD

Dr. Brian Alverson is the Residency Director at Nemours Children's Hospital in Wilmington, Delaware and a Professor of Pediatrics at Jefferson University in Philadelphia. Until 2022, he has been a Professor of Pediatrics and Professor of Medical Science at Brown University, as well as the Director for the Division of Pediatric Hospital Medicine at Hasbro Children's Hospital, Rhode Island, USA.

He obtained his MD at the University of Pennsylvania School of Medicine in 1999 and is currently also the Director of Undergraduate Pediatric Education at the Alpert School of Medicine at Brown University.

Due to his achievements in pediatric education, he has won over 25 teaching awards at two Ivy League Medical Schools.

Within Lecturio, Dr. Alverson teaches courses on Pediatrics.


Rezensionen

(549)
4,4 von 5 Sternen
5 Sterne
404
4 Sterne
50
3 Sterne
43
2 Sterne
15
1  Stern
37
 
informative and intriguing
von Ali I. am 30. März 2024 für Ion Channel Blocker and Opener – Biological Membranes

informative and interesting way of conveying the subject which helps understanding them much easier.

 
Simplemente, me encantó
von Avril L. am 01. März 2024 für Background of Enzymatic Reactions – Enzyme Catalysis

Me encantó como lo ha explicado, paso a paso, de manera detallada y concisa. He aprendido mucho gracias a este video, ¡gracias!

 
Good course!
von Nicolas W. am 17. Januar 2024 für Carbohydrate Metabolism

To the point. Good organized pathway explanations. Pedagogical presentation skills.

 
Great, straight to the point lecture.
von Mariana . am 13. Dezember 2023 für Overview of Transcription and Translation

I like how she breaks down the information in small and easy to understand pieces. There's no need to overcomplicate things like other science teachers love to do.