Wyniki wyszukiwania - BazTech

Ograniczanie wyników

Znaleziono wyników: 2

Liczba wyników na stronie

Wyniki wyszukiwania

Wyszukiwano:
w słowach kluczowych: polymer supported

Sortuj według:

Ogranicz wyniki do:

Nowe katalizatory na nośnikach polimerowych do procesów utleniania związków organicznych

Hebda E., Pielichowski J.

Przemysł Chemiczny

2011

T. 90, nr 7

1332-1339

Narzędzia chemii kombinatorycznej : nośniki stosowane w syntezie organicznej związków nisko- i wysokocząsteczkowych

Łaźny R., Nodzewska A.

Wiadomości Chemiczne

2003

[Z] 57, 7-8

587--625

Progress in combinatorial chemistry is largely determined by development of specific synthetic organic chemistry tools such as solid supports, linkers, polymer supported reactions and methods of analysis, screening and deconvolution of combinatorial libraries. This review article presents basic terms related to polymer supported synthesis, enumerates major advantages of supported reactions, and gives a comprehensive, up to date, overview of support matrices used for immobilization of small and large molecules. The review covers the literature up to September 2002. The supports reviewed include (i) polymeric gels (Merrifield gel, TentaGel, ArgoGelTM, JandaJelTM, PEGA, PEG-PS, PEG-POP, SPOCC, PS-TTEGDA, CLEAR, DendroGel, Pepsyn, and Sucholeiki paramagnetic gel), (ii) soluble polymers (LPS, PEG, ROMP-polymer, PAMAM-dendrymer, Boltron), (iii) macroporous supports (CPG, Pepsyn K, PolyHIPE, ArgoPoreTM) and other developments including SMART reactors, MicroTubeTM, membranes, pins, and cellulose. For most of the supports reviewed basic characteristics such as swelling in different solvents, solvent usability, typical loading, typical anchoring groups, preparation, and recent applications are given or cited. The reviewed literature suggests that the supports most often used for synthesis of small molecules and peptides are based on gel matrices. The variety of available supports, many of which were introduced in the last years, shows that this area of synthetic methodology may grow dynamically in the future.