Mechanically interlocked daisy-chain-like structures as multidimensional molecular muscles
Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible muscle-like motions, cyclic molecular DCs ([ cn ]DCs, where n is the number of repeating units) have long been attractive synthetic targets for s...
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| Published in | Nature chemistry Vol. 9; no. 2; pp. 128 - 134 |
|---|---|
| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
London
Nature Publishing Group UK
01.02.2017
Springer Nature Nature Publishing Group |
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| Online Access | Get full text |
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| Abstract | Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible muscle-like motions, cyclic molecular DCs ([
cn
]DCs, where
n
is the number of repeating units) have long been attractive synthetic targets for supramolecular chemists. Herein we report artificial molecular muscles that—unlike one-dimensional (1D) biological muscles—contract and stretch in 2D or 3D. These systems have the structures of [
c3
]- and [
c4
]DCs with subcomponents that operate as molecular switches, powered through the addition or removal of Zn
2+
ions to impart muscle-like behaviour. We assembled these [
c3
]- and [
c4
]DCs selectively by exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavoured the formation of smaller homologues. The switching phenomena of our [
c3
]- and [
c4
]DCs resulted in the contracted molecular muscles stretching by approximately 23 and 36%, respectively, comparable to the value (27%) for linear biological muscles.
By exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavour the formation of smaller homologues, molecular switches based on [
c3
] and [
c4
]daisy chains have been assembled selectively; they display muscle-like motion in multiple dimensions with changes in length of approximately 23% and 36%, respectively. |
|---|---|
| AbstractList | Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible muscle-like motions, cyclic molecular DCs ([cn]DCs, where n is the number of repeating units) have long been attractive synthetic targets for supramolecular chemists. Herein we report artificial molecular muscles that-unlike one-dimensional (1D) biological muscles-contract and stretch in 2D or 3D. These systems have the structures of [c3]- and [c4]DCs with subcomponents that operate as molecular switches, powered through the addition or removal of Zn super(2+) ions to impart muscle-like behaviour. We assembled these [c3]- and [c4]DCs selectively by exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavoured the formation of smaller homologues. The switching phenomena of our [c3]- and [c4]DCs resulted in the contracted molecular muscles stretching by approximately 23 and 36%, respectively, comparable to the value (27%) for linear biological muscles. Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible muscle-like motions, cyclic molecular DCs ([cn]DCs, where n is the number of repeating units) have long been attractive synthetic targets for supramolecular chemists. Herein we report artificial molecular muscles that-unlike one-dimensional (1D) biological muscles-contract and stretch in 2D or 3D. These systems have the structures of [c3]- and [c4]DCs with subcomponents that operate as molecular switches, powered through the addition or removal of Zn2+ ions to impart muscle-like behaviour. We assembled these [c3]- and [c4] DCs selectively by exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavoured the formation of smaller homologues. The switching phenomena of our [c3]- and [c4] DCs resulted in the contracted molecular muscles stretching by approximately 23 and 36%, respectively, comparable to the value (27%) for linear biological muscles. Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible muscle-like motions, cyclic molecular DCs ([ cn ]DCs, where n is the number of repeating units) have long been attractive synthetic targets for supramolecular chemists. Herein we report artificial molecular muscles that—unlike one-dimensional (1D) biological muscles—contract and stretch in 2D or 3D. These systems have the structures of [ c3 ]- and [ c4 ]DCs with subcomponents that operate as molecular switches, powered through the addition or removal of Zn 2+ ions to impart muscle-like behaviour. We assembled these [ c3 ]- and [ c4 ]DCs selectively by exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavoured the formation of smaller homologues. The switching phenomena of our [ c3 ]- and [ c4 ]DCs resulted in the contracted molecular muscles stretching by approximately 23 and 36%, respectively, comparable to the value (27%) for linear biological muscles. By exploiting structural rigidity, coordination geometries and bond rotational barriers that disfavour the formation of smaller homologues, molecular switches based on [ c3 ] and [ c4 ]daisy chains have been assembled selectively; they display muscle-like motion in multiple dimensions with changes in length of approximately 23% and 36%, respectively. |
| Author | Liu, Yi-Hung Lai, Chien-Chen Chang, Jia-Cheng Peng, Shie-Ming Chiu, Sheng-Hsien Tseng, Shin-Han |
| Author_xml | – sequence: 1 givenname: Jia-Cheng surname: Chang fullname: Chang, Jia-Cheng organization: Department of Chemistry, National Taiwan University – sequence: 2 givenname: Shin-Han surname: Tseng fullname: Tseng, Shin-Han organization: Department of Chemistry, National Taiwan University – sequence: 3 givenname: Chien-Chen surname: Lai fullname: Lai, Chien-Chen organization: Institute of Molecular Biology, National Chung Hsing University, Department of Medical Genetics, China Medical University Hospital – sequence: 4 givenname: Yi-Hung surname: Liu fullname: Liu, Yi-Hung organization: Department of Chemistry, National Taiwan University – sequence: 5 givenname: Shie-Ming surname: Peng fullname: Peng, Shie-Ming organization: Department of Chemistry, National Taiwan University – sequence: 6 givenname: Sheng-Hsien orcidid: 0000-0002-0040-1555 surname: Chiu fullname: Chiu, Sheng-Hsien email: shchiu@ntu.edu.tw organization: Department of Chemistry, National Taiwan University |
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| DOI | 10.1038/nchem.2608 |
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| Keywords | POLYMERS CONTRACTION JANUS DIMER PH ROTAXANE DRIVEN MACHINE |
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| Snippet | Daisy chains (DCs) are garlands of flowers that can be worn as bracelets and necklaces. As a result of their beautiful interlocked structures and possible... |
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| SubjectTerms | 140/131 140/58 639/638/541/964 639/638/541/966 Analytical Chemistry Biochemistry Chemistry Chemistry, Multidisciplinary Chemistry/Food Science Inorganic Chemistry Muscles Organic Chemistry Physical Chemistry Physical Sciences Rigidity Science & Technology |
| Title | Mechanically interlocked daisy-chain-like structures as multidimensional molecular muscles |
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