Master the science, correct common misconceptions and gain a coherent grasp of fundamental concepts of NMR.
Gain experience in correlating the 1D and 2D spectra of proton and carbon with the structures of organic molecules.
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This course presents a comprehensive approach to the fundamental concepts of NMR using algebra and trigonometry. This intensive course examines each of the fundamental concepts in great detail. These principles are used in discussions of apodization functions, data treatments, relaxation measurements, NOE's and special decoupling experiments.
The course begins with a review of the general features of proton and carbon spectra followed by the use of proton decoupling procedures, magnetic non-equivalence, relaxation time measurements and NOE. The second portion of the course concentrates on the general features and interpretation of 2D homonuclear and heteronuclear J-delta and chemical shift correlation spectra.
Expert testimonials representing the fields of academia, pharmaceuticals and medicine.
"Nuclear magnetic resonance presents a daunting challenge for beginners approaching the subject from less physical disciplines. Professor Traficante solves this problem by treating the basic concept - Fourier transformation, sensitivity, relaxation, spin coupling for example - in very gentle steps making a complex subject readily accessible for all."
"Since I have been an industrial NMR spectroscopist training scientists to do NMR for over 40 years, I have a full appreciation for the amount of time this course would have saved me. Professor Traficante's presentations show the result of decades of teaching this topic. He presents each concept clearly and at a pace that allows the student to think about what the lessons mean. However, it is a useful review for even experienced spectroscopists."
"I have full confidence that this is the best MNR course for individuals seeking this type of education. Professor Traficante is the best-qualified to provide these videos, as well as the most experienced. His teaching skills are unparalleled."
Dr. Traficante's background makes him especially qualified to teach NMR. He obtained his Ph.D. in 1962 from MIT in the field of synthetic organic chemistry. He has worked in the NMR field since 1962 and in the 1970s he pioneered multi-nuclear instrumentation. He has built probes, reassembled spectrometers and developed new software programs to enhance the signal-to-noise ratio and the resolution of NMR spectra. His current research in the areas of structure determination, instrumentation and data processing provide him with knowledge and expertise applicable to a broad audience. His organic chemistry background, plus his expertise in electronics, gives his lectures a special depth and appreciation for the field. Dr. Traficante is known worldwide as an outstanding educator.
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