SCHEDULED MAINTENANCE
Iterative step-growth synthesis and degradation of unimolecular polyviologens under mild conditions†
Abigail O.
Delawder, 
a
Mark S.
Palmquist,
a
Jovelt M.
Dorsainvil,
a
Nathan D.
Colley,
a
Tiana M.
Saak,
a
Max C.
Gruschka,
a
Xuesong
Li,
a
Lei
Li,
a
Yipei
Zhang
a
and
Jonathan C.
Barnes
*a
a
Mark S.
Palmquist,
a
Jovelt M.
Dorsainvil,
a
Nathan D.
Colley,
a
Tiana M.
Saak,
a
Max C.
Gruschka,
a
Xuesong
Li,
a
Lei
Li,
a
Yipei
Zhang
a
and
Jonathan C.
Barnes
*a
Abstract
An iterative step-growth addition method was used to expedite the gram-scale synthesis of main-chain polyviologens by several days, while also producing the longest main-chain polyviologen (i.e., 26 viologen subunits) reported to date. Facile degradation using inorganic and organic aqueous bases was also demonstrated for a representative oligoviologen (6V-Me·12Cl), a polyviologen (26V-Me·52Cl), and oligoviologen-crosslinked hydrogels.
- This article is part of the themed collection: 2021 Emerging Investigators
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