期刊
CHEMICAL COMMUNICATIONS
卷 59, 期 85, 页码 12759-12762出版社
ROYAL SOC CHEMISTRY
DOI: 10.1039/d3cc02451b
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This study attempted to optimize practical applications of hydrophobic ionophores through integrin-mediated cellular delivery, facilitating the transport of Cl- in the cellular environment.
Integrin-mediated cellular delivery was attempted to optimize practical applications of hydrophobic ionophores. The potent ionophore preferentially transports H+/Cl- across the lipid bilayers following a symport mechanism. The RGD-peptide-appended tag was stimulated by glutathione to generate the active ionophore, prompting the transport of Cl- under the cellular environment. Integrin-mediated cellular delivery was attempted to optimize practical applications of hydrophobic ionophores.
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