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CUSM 5100 Week 2

Von Geoffrey Meyer, PhD, Craig Canby, PhD, James Pickering, PhD u.a.

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Inhalte

CUSM 5100 Week 2 Monday

Connective tissue (CUSM 5100 Week 2 Monday)

play symbol Introduction to the Connective Tissue
03:00
play symbol What Are the Properties of Connective Tissues?
03:29
lecture locked How Are Connective Tissues Classified?
10:56
lecture locked Other Common Named Locations
06:42
lecture locked Histological Distinction and Extracellular Constituents
07:01
Quiz zum Kurs „Connective tissue (CUSM 5100 Week 2 Monday)“

Energy and Metabolism: Oxidative Phosphorylation (CUSM 5100 Week 2 Monday)

lecture locked Electron Transport Chain (ETC) and Chemiosmosis
02:18
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
Quiz zum Kurs „Energy and Metabolism: Oxidative Phosphorylation (CUSM 5100 Week 2 Monday)“

Arm (CUSM 5100 Week 2 Monday)

play symbol Humerus – Bones and Surface Anatomy of Upper Limb
08:19
lecture locked Arm in Cross Section – Anatomy of the Arm
03:13
lecture locked Anterior Compartment – Anatomy of the Arm
08:19
lecture locked Cubital Fossa – Anatomy of the Arm
04:14
lecture locked Neurovasculature Relations – Anatomy of the Arm
02:46
Quiz zum Kurs „Arm (CUSM 5100 Week 2 Monday)“

Energy and Metabolism: Tricarboxylic Acid Cycle (CUSM 5100 Week 2 Monday)

lecture locked Introduction to the Citric Acid Cycle
10:00
lecture locked Citric Acid Cycle
10:16
Quiz zum Kurs „Energy and Metabolism: Tricarboxylic Acid Cycle (CUSM 5100 Week 2 Monday)“

Energy and Metabolism: Glycolysis (CUSM 5100 Week 2 Monday)

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
Quiz zum Kurs „Energy and Metabolism: Glycolysis (CUSM 5100 Week 2 Monday)“

Axilla and Brachial Plexus (CUSM 5100 Week 2 Monday)

lecture locked Axilla – Axilla and Brachial Plexus
06:16
lecture locked Scapulohumeral Muscles – Axilla and Brachial Plexus
05:50
lecture locked Axillary Artery – Axilla and Brachial Plexus
06:53
lecture locked Brachial Plexus – Axilla and Brachial Plexus
14:19
Quiz zum Kurs „Axilla and Brachial Plexus (CUSM 5100 Week 2 Monday)“

Spinal Cord and Nerves (CUSM 5100 Week 2 Monday)

play symbol Spinal Cord Segments and Spinal Nerves
05:09
lecture locked Gray and White Matter of the Spinal Cord
06:39
lecture locked Rexed Laminae and Spinal Cord Tracts
05:39
lecture locked Arterial Supply of the Spinal Cord
03:55
lecture locked Ascending Pathways: Anterolateral System/Spinothalamic Tract
02:54
Quiz zum Kurs „Spinal Cord and Nerves (CUSM 5100 Week 2 Monday)“

CUSM 5100 Week 2 Wednesday

Cellular Defense Mechanisms (CUSM 5100 Week 2 Wednesday)

lecture locked Strategies to Eliminate Pathogens
05:06
lecture locked Phagocytic Cells
07:23
Quiz zum Kurs „Cellular Defense Mechanisms (CUSM 5100 Week 2 Wednesday)“

Amino Acids Metabolism (CUSM 5100 Week 2 Wednesday)

play symbol Amino Acid Metabolism: Introduction
02:21
play symbol α-ketoglutarate Family and Glutamine Synthesis Uses Glutamine Synthetase
08:10
play symbol Proline and Arginine Synthesis
05:39
lecture locked Serine Family and Methionine Catabolism
06:18
lecture locked Cysteine Metabolism
04:51
Quiz zum Kurs „Amino Acids Metabolism (CUSM 5100 Week 2 Wednesday)“

Lipoprotein And Cholesterol Metabolism and Transport (CUSM 5100 Week 2 Wednesday)

lecture locked Synthesis of Glycerophospholipids – Membrane Lipid Metabolism
07:20
lecture locked Synthesis of Sphingolipids – Membrane Lipid Metabolism
03:14
Quiz zum Kurs „Lipoprotein And Cholesterol Metabolism and Transport (CUSM 5100 Week 2 Wednesday)“

Shoulder joint (CUSM 5100 Week 2 Wednesday)

lecture locked Glenohumeral Joint – Joints of Upper Limb
06:11
lecture locked Anterior Axioappendicular Muscles – Anatomy of the Shoulder
10:41
lecture locked Posterior Axioappendicular Muscles – Anatomy of the Shoulder
06:57
play symbol Humerus – Bones and Surface Anatomy of Upper Limb
08:19
play symbol Scapula – Bones and Surface Anatomy of Upper Limb
07:30
Quiz zum Kurs „Shoulder joint (CUSM 5100 Week 2 Wednesday)“

Introduction to Pathology and Pathology Nomenclature (CUSM 5100 Week 2 Wednesday)

play symbol Neoplasia, Dysplasia, Tumor and Cancer: Differentiating Definitions– Neoplasia
04:55
play symbol Types of Tumors: Tissue, Benign and Malignant – Neoplasia
03:48
lecture locked Benign Neoplasm and Teratoma – Neoplasia
06:39
lecture locked Malignant Neoplasms – Neoplasia
03:29
Quiz zum Kurs „Introduction to Pathology and Pathology Nomenclature (CUSM 5100 Week 2 Wednesday)“

Fatty Acid Metabolism: -Beta oxidation (CUSM 5100 Week 2 Wednesday)

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
Quiz zum Kurs „Fatty Acid Metabolism: -Beta oxidation (CUSM 5100 Week 2 Wednesday)“
Quiz zum Kurs „CUSM 5100 Week 2“

Details

  • Enthaltene Vorträge: 53
  • Laufzeit: 5:02 h
  • Enthaltene Quizfragen: 162
  • Enthaltene Lernmaterialien: 18

Dozenten des Kurses CUSM 5100 Week 2

 Geoffrey Meyer, PhD

Geoffrey Meyer, PhD

Prof. Geoffrey Meyer is a Professor and Senior Honorary Research Fellow in the School of Human Sciences at the University of Western Australia.
He obtained his PhD from the University of Western Australia in 1981. Currently, he is the Coordinator for Histology in the Federative International Program for Anatomical Terminologies (FIPAT) of the International Federation of Associations of Anatomists (IFAA).
Due to his achievements, he earned the Australian University Teaching Award and has received teaching fellowships from the University of Western Australia and the Australian Learning and Teaching Council.
Within Lecturio, Dr. Meyer teaches courses on Histology.

 Craig Canby, PhD

Craig Canby, PhD

Dr. Craig Canby is a Professor of Anatomy and the Associate Dean for Academic Curriculum and Medical Programs at the College of Osteopathic Medicine at Des Moines University, Iowa, USA.
He obtained his PhD in Anatomy at the University of Iowa.
For his achievements in teaching and research, he received various awards such as the DPT Class of 2008 Teaching Excellence Award and the prestigious Hancher-Finkbine Medallion.
Within Lecturio, Dr. Canby teaches courses on Anatomy.

 James Pickering, PhD

James Pickering, PhD

Dr. James Pickering is a Professor of Anatomical Education at the University of Leeds, UK.
He obtained his PhD from the University of Leeds in 2019. Currently, he undertakes and publishes research within the areas of anatomy education, digital education, and curriculum design and evaluation.
Due to his achievements, he earned the University of Leeds Teaching Award and was named The Most Innovative Teacher of the Year 2014 and Learning Technologist of the Year 2014.
Within Lecturio, Dr. Pickering teaches courses on Anatomy.

 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.

 Peter Delves, PhD

Peter Delves, PhD

Dr. Peter Delves is a Professor Emeritus of Immunology and served as the Vice Dean of Education of the Faculty of Medical Sciences at University College London, UK.
He obtained his PhD at the University of London and is a prolific author, having published several textbooks and laboratory manuals. He is also the editor of two encyclopedias on immunology and on life sciences.
Dr. Delves has extensive teaching experience at both the undergraduate and postgraduate levels and is particularly interested in innovations in web-based education.
Within Lecturio, Dr. Delves teaches courses on the Immune System.


Rezensionen

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Outstanding! Thanks to Dr. Peter, I can finally start to understand immunology. Highly recommend his lecture.
von Mariana . am 04. Dezember 2023 für Phagocytic Cells

Outstanding! Thanks to Dr. Peter, I can finally start to understand immunology. Highly recommend his lecture to annyone struggling with the subject.

 
Amazing lecture
von Peddi A. am 25. Oktober 2023 für ATP Synthase

The video by Lecturio provides an excellent overview of the electron transport chain and chemiosmosis, two of the most important metabolic processes in the cell. These processes work together to produce ATP, the cell's energy currency. One of the most interesting things about the electron transport chain is that it is a highly efficient way to convert energy from food into ATP. The chain uses the energy from NADH and FADH2, two electron carriers that are produced during glycolysis and the Krebs cycle, to pump protons across the inner mitochondrial membrane. This creates a proton gradient, which is like a dam holding back a reservoir of energy. The ATP synthase enzyme then uses the energy of the proton gradient to drive the synthesis of ATP from ADP and inorganic phosphate. This process is called chemiosmosis. The video does a great job of explaining the complex steps of the electron transport chain and chemiosmosis in a clear and concise way. It also provides helpful animations and diagrams that illustrate the process.

 
Errors in the Video
von Peddi A. am 16. Oktober 2023 für Fatty Acid Synthesis

I've reviewed the Video, and while it provides a comprehensive overview, there are a few points that need clarification. "Fatty acid synthesis doesn't occur in the mitochondrion; it occurs in the cytoplasm, sequestered from fatty acid oxidation, simplifying the regulation of the two pathways." Clarification: Fatty acid synthesis indeed occurs in the cytoplasm, separate from fatty acid oxidation that takes place in mitochondria. This separation allows for streamlined regulation, ensuring the balance between synthesis and breakdown. "Fatty acid synthesis is chemically similar to the reverse of oxidation, involving joining, reduction, loss of water, and a final reduction, making it essentially the reverse of oxidation." Clarification: Fatty acid synthesis does indeed involve joining of acetyl and malonyl units, reduction steps, and removal of water, making it similar but not exactly the reverse of oxidation. The subtle differences in the chemical steps are crucial for the controlled synthesis of fatty acids. "The enzyme acetyl-CoA carboxylase is regulated through phosphorylation by AMP-activated protein kinase and allosteric binding of citrate, ensuring the balance between synthesis and cellular energy levels." Clarification: Acetyl-CoA carboxylase, a key enzyme in fatty acid synthesis, is indeed regulated through phosphorylation and allosteric binding of citrate. This regulation allows cells to respond to energy demands, modulating fatty acid production accordingly. "Fatty acid synthesis involves a series of steps catalyzed by the multifunctional enzyme fatty acid synthase, where individual activities within the enzyme complex work together, ensuring efficient fatty acid production." Clarification: Fatty acid synthase, a multi functional enzyme complex, plays a central role in fatty acid synthesis. Its individual activities work in harmony within the complex, allowing for the sequential addition of carbon units and the creation of fatty acids up to 16 carbons in length.

 
Biochemistry Lectures
von K SIVANGANAM K. am 29. August 2023 für Glycolysis: Glucose –> G6-P –> F6-P – Glycolysis and Pyruvate Metabolism

Great Lecturer..well explained. Every section of lectures are meticulously explained. Clearly understood.