Superchaotropic Boron Clusters as Membrane Carriers for the Transport of Hydrophilic Cargos

Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co‐workers discarded classical amphiphilic models and pro...

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Published inAngewandte Chemie International Edition Vol. 61; no. 26; pp. e202204979 - n/a
Main Authors Hu, Xin‐Yue, Guo, Dong‐Sheng
Format Journal Article
LanguageEnglish
Published Germany Wiley Subscription Services, Inc 27.06.2022
EditionInternational ed. in English
Subjects
Boron
Boron Clusters
Carriers
Clusters
Drug Delivery
Drug development
Hydrophilicity
Medical imaging
Membrane Transport
Membranes
Superchaotropic
Carriers
Superchaotropic
Boron Clusters
Drug Delivery
Membrane Transport
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Abstract Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co‐workers discarded classical amphiphilic models and proposed a new transport principle based on the chaotropic effect. They utilized globular boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. Herein, we highlight this recent pioneering work, which is a landmark for membrane transport. Montenegro, Nau and co‐workers abandoned the typical amphiphilic model of membrane transport and proposed a new chaotrope‐mediated transport principle. They utilized superchaotropic boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. This groundbreaking work is a conceptual innovation and may have a profound impact on cell‐biological, neurobiological, physiological, and pharmaceutical studies.
AbstractList Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co‐workers discarded classical amphiphilic models and proposed a new transport principle based on the chaotropic effect. They utilized globular boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. Herein, we highlight this recent pioneering work, which is a landmark for membrane transport.
Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co-workers discarded classical amphiphilic models and proposed a new transport principle based on the chaotropic effect. They utilized globular boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. Herein, we highlight this recent pioneering work, which is a landmark for membrane transport.Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co-workers discarded classical amphiphilic models and proposed a new transport principle based on the chaotropic effect. They utilized globular boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. Herein, we highlight this recent pioneering work, which is a landmark for membrane transport.
Design of membrane transporters is important in pharmaceutical drug delivery and bioimaging. Traditionally, the amphiphilic transport mechanism has governed the design of membrane carriers over the last 50 years. Recently, Montenegro, Nau and co‐workers discarded classical amphiphilic models and proposed a new transport principle based on the chaotropic effect. They utilized globular boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. Herein, we highlight this recent pioneering work, which is a landmark for membrane transport. Montenegro, Nau and co‐workers abandoned the typical amphiphilic model of membrane transport and proposed a new chaotrope‐mediated transport principle. They utilized superchaotropic boron clusters as membrane carriers to transport a broad range of hydrophilic cargo. This groundbreaking work is a conceptual innovation and may have a profound impact on cell‐biological, neurobiological, physiological, and pharmaceutical studies.
Author Guo, Dong‐Sheng
Hu, Xin‐Yue
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SubjectTerms Boron
Boron Clusters
Carriers
Clusters
Drug Delivery
Drug development
Hydrophilicity
Medical imaging
Membrane Transport
Membranes
Superchaotropic
Title Superchaotropic Boron Clusters as Membrane Carriers for the Transport of Hydrophilic Cargos
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