Universität Wien

270069 VO Strategies and Tactics in Organic Synthesis (2016S)

3.00 ECTS (2.00 SWS), SPL 27 - Chemie

Details

Language: English

Examination dates

Lecturers

Classes

Block Lecture:

First appointment: Tuesday, 12. April at 10h00 in SR3

Always from 10:00 to 12:00!

Di, 12.04.2016 SR 3 (Organische Chemie)
Mi, 13.04. SR 1 (Analytische Chemie)

Di, 19.04. HS 4 (please note the different room!)
Mi, 20.04. SR 1

Di, 03.05. HS 4
Mi, 04.05. SR 1

Di, 10.05. HS 4

Mi, 18.05. SR 1

Di, 24.05. HS 4
Mi, 20.04. SR 1

Di, 31.05. HS 4
Mi, 01.06. SR 1

EXAM: Do, 23.06 from 10:30 to 12:30 HS2


Information

Aims, contents and method of the course

As its name suggests, this lecture aims at discussing how a complex molecule can be approached from a synthetic point of view. In order to do so, selected syntheses will be analysed and commented on. Emphasis shall be placed on retrosynthetic disconnections and their reduction to practice, on maximisation of synthetic efficiency and on the discussion of new methods in Organic Chemistry. Students will be encouraged to think creatively and suggest “out-of-the-box” approaches whenever possible.
For illustrative purposes, an Outline of the main broad topics to be covered and a pool of possible case-studies (typically 1 per lecture) are presented below.

OUTLINE and CASE-STUDY POOL

Sample case-studies

1. Classical approaches to complex molecules
a) Woodward, Strychnine
b) Woodward, Reserpine
c) Corey, Prostaglandins
d) Still, Periplanone B
e) Curran, Hirsutene and Capnellene
f) Corey, Gingkolide

2. Biomimetic approaches
a) Nicolaou, Endiandric Acids
b) Heathcock, Daphnyphillium alkaloids
c) Johnson, Steroids
d) Pirrung, Isocomene
e) Nicolaou, Bisorbicillinoids
f) Shair, Longithorone A
g) Sorensen, FR 182877

3. The past and the future
a) Overman, Strychnine (vs. 1a)
b) Stork, Quinine (vs. Woodward)
c) Volhardt, Steroids (vs. 2c)
d) Grubbs, Capnellene (vs. 1e)
e) Winkler, Manzamine A
f) Corey, Onocerin
g) Baran, Hapalindoles
h) Gin, Batzelladine A

(sample syntheses listed are only illustrative and not all of them will be covered!)

Assessment and permitted materials

Minimum requirements and assessment criteria

Examination topics

Reading list

Classics in Total Synthesis I, Nicolaou et al
Classics in Total Synthesis II, Nicolaou et al
The Logic of Chemical Synthesis, Corey

Association in the course directory

OC-1

Last modified: Mo 07.09.2020 15:41