Complementary characteristics of homologous p-octiphenyl beta-barrels with ion channel and esterase activity (Q30164840)

9 June 2017

title

Complementary characteristics of homologous p-octiphenyl beta-barrels with ion channel and esterase activity (English)

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9 June 2017

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3

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Naomi Sakai

object named as

Naomi Sakai

series ordinal

2

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author name string

Abhigyan Som

series ordinal

1

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9 June 2017

language of work or name

English

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publication date

1 April 2003

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Bioorganic & Medicinal Chemistry

9 June 2017

published in

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9 June 2017

volume

11

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9 June 2017

issue

7

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9 June 2017

page(s)

1363-1369

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p-octiphenyl beta-barrels with ion channel and esterase activity

9 June 2017

cites work

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beta-Fibrillogenesis from Rigid-Rod beta-Barrels: Hierarchical Preorganization Beyond Microns We thank J. Buffle and J. Dubochet for their fruitful discussions and the Swiss NSF (21-57059.99 (S.M.), 2000-050629.97 (K.J.W.), and the National Research

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Recognition of Polarized Lipid Bilayers byp-Oligophenyl Ion Channels: From Push−Pull Rods to Push−Pull Barrels

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Giant Artificial Ion Channels Formed by Self-Assembled, Cationic Rigid-Rod beta-Barrels We thank Dr. E. Buck (Warner Instrument Corp., Hamden, CT) and R. Marclay (University of Geneva) for installation of a BLM workstation, Dr. E. Buck for BLM instr

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Rigid-rod beta-barrels as lipocalin models: probing confined space by carotenoid encapsulation

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On the Electrostatics of Cell-Membrane Recognition: From Natural Antibiotics to Rigid Push-Pull Rods

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Novel resorcin[4]arenes as potassium-selective ion-channel and transporter mimics

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A Synthetic Pore-Mediated Transmembrane Transport of Glutamic Acid This work is supported by a grant from the National Institutes of Health (Grant: GM52190)

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Cascade Blue derivatives: Water soluble, reactive, Blue emission dyes evaluated as fluorescent labels and tracers

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Ionic Blockage of Sodium Channels in Nerve

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Fluorimetric assay of hydrolases at longwave excitation and emission wavelengths with new substrates possessing unique water solubility

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Electrostatics of cell membrane recognition: structure and activity of neutral and cationic rigid push-pull rods in isoelectric, anionic, and polarized lipid bilayer membranes.

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Rigid Rod-Shaped Polyols: Functional Nonpeptide Models for Transmembrane Proton Channels†

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7 January 2021

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Identifiers

DOI

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9 June 2017

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