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Self-capping supramolecular polymerization reportedly yields chemically segmented assemblies of precise lengths

Science magazine reports that the oppositely charged assemblies’ collective molar mass reaches into the billion-dalton range.

Science MagazineSM
1 Source, 33m ago, first seen 33m ago

TLDR

A contributor to Science magazine says “self-capping” living supramolecular polymerization yields chemically segmented, oppositely charged assemblies with precise lengths. Their collective molar mass reaches into the billion-dalton range, the contributor says.

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1 Source, first seen 33m ago

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Combined views

1.2K

1 Source, first seen 33m ago

5 reposts

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Science Magazine@ScienceMagazineRT @SamuelStupp: We reported in @ScienceMagazine last week on a "self-capping" living supramolecular polymerization that yields chemically…33m
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    1 Source

    Science Magazine@ScienceMagazineRT @SamuelStupp: We reported in @ScienceMagazine last week on a "self-capping" living supramolecular polymerization that yields chemically…33m
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