Clarity in a Complex Field
Make & Modify Heterocyclic Compounds.
Proven methods.
Real world examples.
the premiere industry course
This powerful course provides your team with high-value insights on the synthesis of heterocyclic compounds of the type encountered in the biotech, pharmaceutical, and agricultural industries.
HETEROCYCLES, SIMPLIFIED
The distillation and organization has been done for you. Gain simplifying insights and key knowledge on the structure, reactivity, and synthesis of heterocyclic compounds. Read more »
Best Synthetic Methods
Learn which methods and routes are tested, well-regarded, reliable, and scalable. Kilograms, not milligrams. Read more »
Relevant Heterocycles
Course examples and case-studies are largely taken from the pharmaceutical field. An optional company-specific module is available that addresses your area. Read more »
"I was very impressed by the breadth of references and reviews listed. I really liked Will's approach to teaching how to think about different bond disconnections. This helped me simplify how I think about these problems.”
– N.B., West coast discovery chemist
– N.B., West coast discovery chemist
Great Course Notes
Long after the course is done, the notes will live on. Over 400 pages of relevant chemical examples and highly-selected, informative, and useful literature citations. Read more »
Top-Notch Instruction
Will Pearson is an award-winning researcher and engaging teacher in the field of heterocyclic chemistry. Read more »
When All Else Fails...
When literature routes and analogies are not useful, use retrosynthetic analysis to propose a reasonable
route to your new compound. Read more »
Heterocyclist Blog
- Pd(II)-Catalyzed Dehydrogenative Cyclizations of N-Allylimines April 29, 2013Near-simultaneous reports of an interesting new pyrrole (and dihydropyrrole) synthesis have appeared recently from the labs of Frank Glorius (Westfälische Wilhelms-Universität Münster) and Naohiko Yoshikai (Nanyang Technologial University, Singapore). Optimization of the additives, solvent, and temperature led to essentially the same conditions from each la […]
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