• 陳振中教授（台灣大學化學系）
• 余慈顏博士（中央研究院原子與分子研究所）
• 徐尚德博士（中央研究院生物化學研究所）

• Introduction of NMR hardware designs
  - Signal detection and Fourier transformation
• Practical aspects of (solution state) NMR data acquisitions
  - Data acquition parameters - solvent type, pulse calibration, solvent suppression, relationship between spectral width, data points and acquisition time, decoupling, temperature effect, etc.
  - Data processing (hands-on practice with Topspin) window function, zero filling, linear prediction, solvent subtraction, baseline correction, etc.
• Theoretical aspect of NMR spectroscopy
  - Product operator formalism
  - NMR relaxation dynamics and lineshape
  - Principles of multidimensional NMR
• Introduction of common solution state NMR experiments
  - 1D 1H and 13C NMR
  - 2D homonuclear NOESY, COSY and TOCSY
  - 2D heteronuclear 13C/15N HSQC, HMQC and HMBC
  - Diffusion order spectroscopy (DOSY)
• Applications of NMR in structural biology, medicinal chemistry and material sciences
  - Protein NMR spectroscopy, assignment and isotope-labeling
  - Molecular interaction mapping by NMR
• Measurements and analysis of solid state NMR spectra under magic angle spinning

參考書目：click here