Page 170 - Chiral Separation Techniques

148 5 Membranes in Chiral Separations

processes are the ease of staging (this applies especially to the liquid–membrane
fractionation) and the ease of treating large streams (which is a key advantage of the
MEUF process). In the near future, we expect more of these “hybrid” technologies
to be developed, which will certainly broaden the scope of membrane-based enan-
tioseparations.

List of structures

1 N-alkyl-L-hydroxyproline
2 Propranolol
3 Bupranolol
4 Modified cyclodextrin
5 3,3’-dimethylbis(α,α’-dinaphthyl)-22-crown-6
6 Poly{1-[dimethyl(10-pinanyl)silyl]prop-1-yne} (PDPSP)
7 H-Asp(OcHex)-Leu-Asp(OcHex)-Glu(Obzl)-CH - (DIDE)
2
8 Norephedrine
9 Ephedrine
10 Mirtazipine
11 Salbutamol
12 Terbutaline
13 Ibuprofen
14 -5-cholesteryl glutamate

References

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