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Home » Educator Resources » Flipped Courses » Cell Biology Flipped Course
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Resources for Cell Biology Flipped Course

The Cell Biology Flipped Course is built around a model where students watch iBiology videos as homework, with assignments to guide them, and then use classroom time for in-depth discussions and problem-based learning. The Cell Biology Flipped Course was first developed in collaboration with Professor Jonathan Scholey at the University of California – Davis and offered in 2013 to senior undergraduate biology majors. It was offered again in the spring of 2019 by UC Davis Professors Kassandra Ori-McKenney and Rick McKenney. Below, you will find all of the course materials including the seminars, discussion questions, and assignments.

To access the assignment materials you must register as an educator. If you are already registered, then log in here.

Educator Testimonial

Title Video Concepts Duration Video Downloads Transcript PDF Resources
(Educators Only)
Session 1: Origins of Life

Jack Szostak discusses the origin of life on earth and the components of a simple protocell.

With: Jack Szostak

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All Course Materials for this Session (Educators only) – Created by Jack Szostak

The Origins of Life on Earth The Origins of Life on Earth
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Emergence of life, conditions that support life, self-replicating protocell 54:40 Hi-Res

Subtitled:

  • English
  • Russian
  • Spanish
View Transcript
Session 2: Organization of Cytoplasm

Anthony Hyman explains what is known about the organization of the cytoplasm, complex structures, processes, and compartments.

With: Anthony Hyman

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All Course Materials for this Session (Educators only) – Created by Tony Hyman

Organization of Cytoplasm Organization of Cytoplasm
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Cell division, RNA interference, cellular organization 27:57 Hi-Res

Subtitled:

  • English
  • French
  • Spanish
View Transcript
Session 3: G-Proteins

Alfred Wittinghofer discusses experiments that led to the mechanistic understanding of how G-proteins can act as switches.

With: Alfred Wittinghofer

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All Course Materials for this Session (Educators only) – Created by Alfred Wittinghofer

GTP-binding Proteins as Molecular Switches GTP-binding Proteins as Molecular Switches
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Cell growth, growth factor, GTP-binding protein, RAS pathway 42:01 Hi-Res

Subtitled:

  • English
View Transcript
GTPase Reactions and Diseases GTPase Reactions and Diseases
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Link between GTPases and disease, cancer cell growth 55:01 Hi-Res

Subtitled:

  • English
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Session 4: Vesicle Trafficking

Randy Schekman gives an overview of the secretory pathway, including protein secretion and vesicle trafficking.

With: Randy Schekman

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All Course Materials for this Session (Educators only) – Created by Randy Schekman

The Secretory Pathway: How Cells Package and Traffic Proteins for Export The Secretory Pathway: How Cells Package and Traffic Proteins for Export
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Secretory pathway, extracellular vesicles, endoplasmic reticulum, Golgi Apparatus, vesicle fusion, vesicle trafficking 35:00 Hi-Res Low-Res

Subtitled:

  • English
View Transcript
Genes and Proteins Required for Secretion Genes and Proteins Required for Secretion
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Secretory pathway, budding, vesicle trafficking, and vesicle fusion 38:29 Hi-Res Low-Res

Subtitled:

  • English
View Transcript
Session 5: Cell Motility

Julie Theriot describes a thermodynamic model that proposes a mechanism for cell motility.

With: Julie Theriot

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All Course Materials for this Session (Educators only) – Created by Julie Theriot

Protein Polymers, Crawling Cells and Comet Tails Protein Polymers, Crawling Cells and Comet Tails
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Filamentous actin, actin polymerization, cell motility 28:53 Hi-Res Low-Res

Subtitled:

  • English
  • Spanish
View Transcript
Session 6: Cytoskeletal Motor Proteins

Ron Vale discusses how cytoskeletal motor proteins are fascinating enzymes that power much of the movement performed by living organisms.

With: Ron Vale

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All Course Materials for this Session (Educators only) – Created by Ron Vale

Molecular Motor Proteins Molecular Motor Proteins
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Molecular motor protein structure and function 35:25 Hi-Res Low-Res

Subtitled:

  • English
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The Mechanisms of Dynein Motility The Mechanisms of Dynein Motility
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Dynein movement along microtubules 39:36 Hi-Res Low-Res

Subtitled:

  • English
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Session 7: Cell Division

Richard McIntosh talks about the problems that cells face in eukaryotic cell division and describes some of the ways cells solves them.

With: Richard 'Dick' McIntosh

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All Course Materials for this Session (Educators only) – Created by Richard McIntosh

Separating Duplicated Chromosomes Separating Duplicated Chromosomes
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Cell division, chromosome segregation, mitotic machinery 29:33 Hi-Res

Subtitled:

  • English
  • Spanish
View Transcript
Understanding Mitosis through Experimentation Understanding Mitosis through Experimentation
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Mitotic spindle dynamics, chromosome attachment to spindle, mitotic motors, chromosome segregation 39:02 Hi-Res

Subtitled:

  • English
  • Spanish
View Transcript
Moving Chromosomes to the Spindle Poles: the Mechanisms of Anaphase A Moving Chromosomes to the Spindle Poles: the Mechanisms of Anaphase A
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Microtubule depolymerization, chromosome-microtubule linkages 41:26 Hi-Res

Subtitled:

  • English
  • Spanish
View Transcript
Session 8: Protein Kinases

In this seminar, Susan Taylor gives an overview of the structure and function of protein kinases.

With: Susan Taylor

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All Course Materials for this Session (Educators only) – Created by Susan Taylor

Protein Phosphorylation in Biology Protein Phosphorylation in Biology
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Protein kinase structure and function, PKA enzyme superfamily 23:06 Hi-Res

Subtitled:

  • English
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Architecture of a Protein Kinase Architecture of a Protein Kinase
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Protein kinase structures 28:14 Hi-Res

Subtitled:

  • English
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Session 9: Cell Cycle

In this seminar, David Morgan provides a general overview of the cell-cycle control system.

With: David Morgan

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All Course Materials for this Session (Educators only) – Created by David Morgan

Controlling the Cell Cycle: Introduction Controlling the Cell Cycle: Introduction
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Cell cycle, cell-cycle control system, cell division 28:30 Hi-Res

Subtitled:

  • English
  • Spanish
View Transcript
Cdk Substrates Cdk Substrates
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Cyclin-dependent kinases 30:07 Hi-Res

Subtitled:

  • English
View Transcript

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This material is based upon work supported by the National Science Foundation and the National Institute of General Medical Sciences under Grant No. MCB-1052331. Any opinion, finding, conclusion, or recommendation expressed in these videos are solely those of the speaker and do not necessarily represent the views of iBiology, the National Science Foundation, the National Institutes of Health, or other iBiology funders.

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