Cell Biology Course Syllabus (2015-9-10)

Teaching load each week: 2 X 90min lectures + 2 X 90min discussion classes.

There will be two midterm exams and one final exam, 40%, 30%, and 30%.

Textbook will be Lodish “Molecular and Cellular Biology (7th edition)”.

Each week, there will be 2 lectures (90 minutes per lecture) and 2 discussion classes (90 minutes each). The discussion class can cover an original research paper..

WEEK1: Sept14-18 ----- Yue Zhou (Jiao Tong University)

Sept 15Tuesday (10:00-11:40 am)

Introduction to Cell Biology

Chapters 1, 2, 3, 4, 6, 7

Sept 18Friday (10:00-11:40 am)

Membrane structure, cellular compartments and protein sorting

Chapters 10, 13

WEEK2: Sept 21-25 ---- Yue Zhou and Weiliang Xia (Jiao Tong University)

Sept 22Tuesday

Endoplasmic reticulum and protein synthesis

Chapter13

Sept 25Friday

Energy conversion: Mitochondria and chloroplasts

Chapter 12

WEEK3: Sept 28- Oct 2 ----- Yue Zhou(Jiao Tong University)

Sept 29Tuesday (90 min)

Protein trafficking from Endoplasmic Reticulum to Golgi

Chapter 14

WEEK 4: Oct 5 –Oct 10 ----- Weiliang Xia (Jiao Tong University)

Oct 10Saturday (National Day Holiday, move to Oct 10)

Endocytosis and Exocytosis

Chapter 14

WEEK 5: Oct 12-16Yue Zhou and Weiliang Xia (Jiao Tong University)

Oct 13Tuesday

Culturing, Visualization and Perturbing Cells

Chapter 9

Oct15 Thursday

Discussion classI & II: Super-resolution microscopy (90 min each)

Oct 16Friday (90 min)

Manipulating Proteins, DNA and RNA

Chapter 5

WEEK6: Oct 19-23,Le Ma (Thomas Jefferson University)

Oct 20 Tuesday

Cytoskeleton: assembly and dynamics (90 min)

Chapter 17, 18

Oct 22 Thursday

Discussion class I & II: Dynamics of polymer assembly (90 min each)

Oct 23 Friday

Cytoskeleton: regulation (90 min)

Chapter 17, 18

WEEK7: Oct 26-30 ---- Le Ma (Thomas Jefferson University)

Oct 27 Tuesday

Molecular Motors (90 min)

Chapter 17, 18

Oct 29 Thursday

Discussion class I & II: Generation of neuronal cell polarity (90 min each)

Oct 30 Friday

Mitosis, cell shape and movement (90 min)

Chapter 20, 23

Week 8Nov 2- Nov 6 Yue Zhou and Weiliang Xia (Jiao Tong University)

Nov 3Tuesday (90 min) ,First midterm

November 5 Thursday (90min)

Discussion classI & II: Caspases (90 min each)

Nov 6Friday (90 min)

Cell death: apoptosis, necrosis and autophagy

Chapter 21

WEEK 9: Nov 9-Nov 13 Yue Zhou and Weiliang Xia (Jiao Tong University)

November 10 Tuesday (90 min)

Sexual reproduction and stem cells

Chapter 21

WEEK10: Nov 16- Nov 20 ----- Wei Li (USC)

Nov 17, Tuesday

Signal Transduction: Concept and Mechanism

Chapter 15, 16

Nov 19, Thursday

Discussion class I & II: Studies on cell signaling: today and tomorrow(90 min each)

WEEK11: Nov 23- Nov 27, Wei Li (USC)

Nov 23Monday 18:00-19:40

Signal Transduction: New Progress

Chapter 15, 16

Nov 24, Tuesday

Cell Cycle Progression and Control of Cell Proliferation

Chapter 19

Nov 26, Thursday

Discussion class I & II: The challenges in cancer diagnosis and treatment (90 min each)

Nov 27, Friday

Cell Transformation and Cancer;

Oncogenes and Tumor Suppressor Genes

Chapter 24

WEEK12: Nov 30-Dec 4 Yue Zhou and Weiliang Xia (Jiao Tong University)

Dec 1Tuesday (90 min) ,Second midterm

December 4 Friday (90 min) Weiliang Xia

Cell Biology Topics

WEEK13: Dec 7-Dec 11 ----Liming Li (Northwestern University)

Dec 8 Tuesday

Ion channels and transporters (90 min)

Chapter 11

Dec 10 Thursday

Discussion class I & II: Channelrhodopsin and application (90 min each)

Dec 11Friday

Synaptic structure and synapse formation (90 min)

Chapter 22

Week14----- Dec 14-18 Liming Li (Northwestern University)

Dec 15 Tuesday

Cell-cell adhesion and tight junctions (90 min)

Chapter 20

Dec 17 Thursday

Discussion class I & II: Cell degeneration and disease (90 min each)

Dec 18 morning Friday

Gap junctions and extracellular matrix(90 min)

Chapter 20

WEEK15: Dec 21-25--- Yue Zhou and Weiliang Xia (Jiao Tong University)

December 22Tuesday (90 min)

Cellular responses induced by tissue engineering biomaterials

Early January ----- Final Exam