Ø
Summer
2017 BINF07501 MS Thesis Research I
CHEM07348
Biochemistry
Ø
Spring 2017
BMS01230
Translational Biomedical Research II
BMS01330
Translational Biomedical Research IV
CHEM08305
(Advanced) Biophysical Chemistry
CHEM08510/CHEM08410 Survey of
Molecular Modeling Methods
Ø
Fall
2016
BMS01105
Introduction to Biomedical Sciences I
BMS01220
Translational Biomedical Research I
BMS01320
Translational Biomedical Research
III
CHEM07595/CHEM07399 Bioinformatics-Biochemistry Applications
CHEM08305/CHEM08505 (Advanced) Biophysical Chemistry
Ø
Spring
2016 CHEM07548/07348 (Advanced) Biochemistry
CHEM08510/CHEM08410 Survey of Molecular Modeling Methods
BMS01230
Translational Biomedical Research II
BMS01110
Introduction to Biomedical Sciences II
Ø
Fall
2015 CHEM07348 Biochemistry
CHEM07595/CHEM07399
Bioinformatics-Biochemistry Applications
BMS01220
Translational Biomedical Research I
BMS01105
Introduction to Biomedical Sciences I
Ø
Spring 2015 CHEM08410/08510
Survey of Molecular Modeling Methods
CHEM06101 General Chemistry II (two
sections)
Ø
Fall 2014 CHEM06100
General Chemistry I
CHEM07595/CHEM07399 Bioinformatics-Biochemistry
Applications
Ø
Spring 2014 CHEM06100
General Chemistry I
CHEM07348 Biochemistry
Ø
Fall 2013 CHEM08410
Survey of Molecular Modeling Methods
CHEM07348 Biochemistry
Tips for study:
Probability theory by
Prof. Wenbo Li (Math: Tackle analytical problems using probabilistic
approach, Sufficient condition for defining probability: the whole
state space is closed and the number of state is countable! Group theory
can be used to generate the states. Statistically independence VS mean
field approximation)
Chemometrics by Prof. Steven
D. Brown (Data-base/knowledge based predictive modeling, correlation)
Electronic structure
theory by Prof. Jack Simons (Quantum Mechanism:
HF-->MP2-->CCST(T),
DFT, Feynman PI/probabilistic approach, wave-nature of electron)
Nuclear Magnetic Resonance (Molecular structure in solution, RDC,
Karplus equation, NOE)
Introduction to Modern Statistical Mechanics by David Chandler (Boltzmann
statistics:
conservation of energy)
Poisson-Boltzmann equation (Continuum Electrostatics, Gauss law:
charge is conserved)
Message Passing Interface (MPI) programming (Parallel/high
performance programming, divide & conquer)
Organic/biochemistry/molecular biology (Context)
Experimental techniques such as Ion-mobility mass spectroscopy, NMR,
CD, Fluorescence ( Check theoretical predictions, provides new fields for
MD simulations)
