Bioorganic chemistry of rigid-rod molecules: Adventures with p-oligophenyls

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Abstract

Studies on the usefulness of rigid-rod molecules to address pertinent questions of biological relevance are summarized. Emphasis is placed on (a) the supramolecular functional plasticity of p-octiphenyl β-barrels expressed in molecular recognition (adaptable synthetic hosts), molecular translocation (adaptable synthetic ion channels) and molecular transformation (esterases, RNases), (b) molecular recognition of polarized membranes by rigid push-pull rods, as well as (c) the synthetic organic chemistry of rigid-rod molecules.

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Baudry, Y., Baumeister, B., Das, G., Gerard, D., Matile, S., Sakai, N., … Talukdar, P. (2002). Bioorganic chemistry of rigid-rod molecules: Adventures with p-oligophenyls. Chimia, 56(12), 667–671. https://doi.org/10.2533/000942902777679948

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