高等学校化学学报 ›› 2023, Vol. 44 ›› Issue (6): 20220772.doi: 10.7503/cjcu20220772
收稿日期:
2022-12-27
出版日期:
2023-06-10
发布日期:
2023-02-09
通讯作者:
闻利平
E-mail:wen@mail.ipc.ac.cn
基金资助:
CHEN Weipeng1, KONG Xiangyu1,2, WEN Liping1,2()
Received:
2022-12-27
Online:
2023-06-10
Published:
2023-02-09
Contact:
WEN Liping
E-mail:wen@mail.ipc.ac.cn
Supported by:
摘要:
离子可控传输是维持众多正常生理活动的重要基础, 而实现可控离子传输的关键是生命体系中的各类蛋白质离子通道. 受此启发, 科研工作者开发了一系列仿生智能离子通道, 实现了类似生命体中的可控离子传输. 其中, 基于水凝胶体系的离子通道由于其空间荷电性和三维互通特性, 展现出高离子选择性和高离子通量的优点. 同时, 水凝胶基离子通道的生物相容性、 可形变特性及稳定的离子储存特性, 使其成为智能离子传输领域的研究热点之一, 该类材料已被广泛应用于离子-电子电路、 医疗健康、 能源转化与存储以及资源与环境等领域. 本文主要从水凝胶基智能离子通道的构筑方法出发, 阐述了凝胶内部离子传输机制, 并对其在各领域的应用进行了总结, 最后对目前水凝胶基离子通道存在的问题及未来发展趋势进行了展望.
中图分类号:
TrendMD:
陈伟鹏, 孔祥玉, 闻利平. 水凝胶基仿生离子通道及其智能离子传输. 高等学校化学学报, 2023, 44(6): 20220772.
CHEN Weipeng, KONG Xiangyu, WEN Liping. Hydrogel-based Bioinspired Ion Channels: Fabrication and Controllable Ion Transport. Chem. J. Chinese Universities, 2023, 44(6): 20220772.
Cross⁃linking type | Gelation mechanism | Gelation method | Example |
---|---|---|---|
Noncovalent cross⁃linking | Addition polymerization by carbon⁃carbon double bond | Free radical polymerization | Poly(acrylic acid) |
Condensation reaction | Self⁃cross⁃linking | Poly(vinyl alcohol)+glutaraldehyde | |
Schiff base reaction | Polyethyleneimine+terephthalaldehyde | ||
Borate ester bond | Poly(vinyl alcohol)+sodium tetraborate | ||
Hydrazone bond | Polymers with hydrazide functional groups | ||
Disulfide bond | Thioctic acid⁃based hydrogel | ||
Click chemistry | Hyaluronic acid⁃based hydrogel | ||
Covalent cross⁃linking | Electrostatic interaction | Self⁃cross⁃linking | Sodium alginate+chitosan |
Metal coordination | Poly(acrylic acid)+Fe3+ | ||
Hydrophobic association | LSCT/UCST or self⁃cross⁃linking | Poly(N⁃isopropylacrylamide) | |
Hydrogen bond | Thermal treatment | Agarose | |
Crystallization | Poly(vinyl alcohol) | ||
Physical entanglement | Self⁃cross⁃linking | Polyethylene glycol(high molecular) | |
π⁃π stacking | Poly(3,4⁃ethylenedioxythiophene) | ||
Host⁃guest interaction | α⁃Cyclodextrin+polyethylene glycol |
Table 1 Construction methods for hydrogel-based ion channels
Cross⁃linking type | Gelation mechanism | Gelation method | Example |
---|---|---|---|
Noncovalent cross⁃linking | Addition polymerization by carbon⁃carbon double bond | Free radical polymerization | Poly(acrylic acid) |
Condensation reaction | Self⁃cross⁃linking | Poly(vinyl alcohol)+glutaraldehyde | |
Schiff base reaction | Polyethyleneimine+terephthalaldehyde | ||
Borate ester bond | Poly(vinyl alcohol)+sodium tetraborate | ||
Hydrazone bond | Polymers with hydrazide functional groups | ||
Disulfide bond | Thioctic acid⁃based hydrogel | ||
Click chemistry | Hyaluronic acid⁃based hydrogel | ||
Covalent cross⁃linking | Electrostatic interaction | Self⁃cross⁃linking | Sodium alginate+chitosan |
Metal coordination | Poly(acrylic acid)+Fe3+ | ||
Hydrophobic association | LSCT/UCST or self⁃cross⁃linking | Poly(N⁃isopropylacrylamide) | |
Hydrogen bond | Thermal treatment | Agarose | |
Crystallization | Poly(vinyl alcohol) | ||
Physical entanglement | Self⁃cross⁃linking | Polyethylene glycol(high molecular) | |
π⁃π stacking | Poly(3,4⁃ethylenedioxythiophene) | ||
Host⁃guest interaction | α⁃Cyclodextrin+polyethylene glycol |
Fig.2 Ion transport in hydrogels and hydrogel⁃derived materials(A) Ion transport in gel-based nanochannel[49]; (B) ion transport in hydrogel membranes[83]; (C) ion transport in bulk hydrogel materials[91].(A) Copyright 2020, American Chemical Society; (B) Copyright 2021, John Wiley and Sons; (C) Copyright 2007, American Chemical Society.
Fig.3 Ion transport mechanism in hydrogel⁃based channels(A) The structure of hydrogel-based ion channels; (B) ion diffusion in the channels; (C) ion exchange mechanism in the channels; (D) ion selective transport in ion channels.
Fig.4 Application of hydrogel⁃based ion channels in ionic⁃electronic circuits(A) Hydrogel-based ion channel bridges the gap between artificial electronic circuit and biological ion circuit[113]; (B) ionic gating[114]; (C) solid state ionic diode[91]; (D) ionic signal amplifier[115]; (E) ionic touch strip[116].(A) Copyright 2018, John Wiley and Sons; (B) Copyright 2018, John Wiley and Sons; (C) Copyright 2007, American Chemical Society; (D) Copyright 2019, National Academy of Sciences; (E) Copyright 2020, American Chemical Society.
Fig.5 Application of hydrogel⁃based ion channels in drug delivery and sweat detection(A) Intelligent gating system for sustained drug release[121]; (B) high performance wound dressing[123]; (C) wearable medical equipment[124].(A) Copyright 2022, American Chemical Society; (B) Copyright 2021, American Chemical Society; (C) Copyright 2021, John Wiley and Sons.
Fig.6 Application of hydrogel⁃based ion channels in energy conversion and storage(A) Mechanical energy conversion[130]; (B) low grade thermal energy conversion[131]; (C) salinity gradient energy conversion[136]; (D) salinity gradient battery[141]; (E) zinc battery.(A) Copyright 2020, the Royal Society of Chemistry; (B) Copyright 2016, John Wiley and Sons; (C) Copyright 2020, Springer Nature; (D) Copyright 2021, John Wiley and Sons.
Fig.7 Application of hydrogel⁃based ion channels in element enrichment and water treatment(A) Element recovery[147]; (B) water resource purification[149]; (C) dye separation[151].(A) Copyright 2020, John Wiley and Sons; (B) Copyright 2020, American Chemical Society; (C) Copyright 2018, the Royal Society of Chemistry.
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