Serial Number
18847
Course Number
BChem7040
Course Identifier
B46 M1420
No Class
- 2 Credits
Compulsory
Graduate Institute of Biochemical Sciences
Graduate Institute of Biochemical Sciences
Compulsory- Shang-Te Danny Hsu
- View Courses Offered by Instructor
COLLEGE OF LIFE SCIENCES Graduate Institute of Biochemical Sciences
- Fri 3, 4
Please contact the department office for more information
Type 3
40 Student Quota
NTU 40
Specialization Program
Frontiers in Biochemistry
- Chinese
- NTU COOL
- Core Capabilities and Curriculum Planning
- Notes、 KUEN-PHON WU、 Hsin-Yung Yen合授
- Limits on Course Adding / Dropping
NTU Enrollment Status
Loading...- Course DescriptionThis course will cover fundamental aspects of biological chemistry, structural biology, and chemical biology. Compared to undergraduate level biochemistry, this course will emphasize molecules, mechanisms, structures, and major techniques in structural biochemistry
- Course ObjectiveThe goal for this course is to make sure that every graduate student in IBS, including both master and Ph. D. students, and regardless of chemistry or biology background, will have acquired the up-to-date knowledge in biological chemistry, including chemical biology and structural biochemistry.
- Course Requirement
- Expected weekly study hours after class
- Office Hour
- Designated Reading
- References
- Grading
60% Mid-term exam
Paper-based examination with problems based on the material taught in this class (up to 10% bonus points will be available for active participation in discussions and interactions in the classes)
40% Group presentation
10% from each instructor 10% from students’ average - Tell a story about an important biology problem and how structural biology is used to address the problem at a molecular level - The presentation content should include at least two different structural biology tools taught in this course - The presentations will be carried out in English - The figures and animations should be prepared by PyMol, ChimeraX or any molecular structure visualizing software packages. They cannot be taken directly from the papers. - 30 min presentation for each group (each group can decide its format and member contributions) - 20 min Q&A from instructors and fellow students
- Adjustment methods for students
- Course Schedule
02/23Week 1 02/23 授課老師：徐尚德老師_Introduction of protein structures 03/01Week 2 03/01 授課老師：嚴欣勇老師_Mass spectrometry part 1 03/08Week 3 03/08 授課老師：嚴欣勇老師_Mass spectrometry part 2 03/15Week 4 03/15 授課老師：嚴欣勇老師_Mass spectrometry case study 03/22Week 5 03/22 授課老師：徐尚德老師_NMR spectroscopy part 1 03/29Week 6 03/29 授課老師：徐尚德老師_NMR spectroscopy part 2 04/05Week 7 04/05 Tomb-Sweeping Festival (holiday) 04/12Week 8 04/12 授課老師：徐尚德老師_NMR spectroscopy case study 04/19Week 9 04/19 授課老師：吳昆峯老師_X-ray crystallography, cryo-EM & AI part 1 04/26Week 10 04/26 授課老師：吳昆峯老師_X-ray crystallography, cryo-EM & AI part 2 05/03Week 11 05/03 授課老師：吳昆峯老師_X-ray crystallography, cryo-EM & AI part 3 05/10Week 12 05/10 授課老師：吳昆峯老師_X-ray crystallography, cryo-EM & AI case study 05/17Week 13 05/17 Midterm exam 05/24Week 14 05/24 preparation of group presentations(NO class) 05/31Week 15 05/31 小組報告 1/2 06/07Week 16 06/07 小組報告 3/4 06/14Week 17 06/14 小組報告 5/6 06/21Week 18 06/21 小組報告 7/8