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Protein encapsulation in the hollow space of hemocyanin crystals containing a covalently conjugated ligand

Biochemical and biophysical research communications, 2019-06, Vol.514 (1), p.31-36

2019

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A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Angewandte Chemie (International ed.), 2013-02, Vol.52 (9), p.2430-2434

International ed. in English, 2013

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Protein stabilization by an amphiphilic short monodisperse oligo(ethylene glycol)

Chemical communications (Cambridge, England), 2015-05, Vol.51 (40), p.8457-8460

2015

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Development of an Engineered Photoactive Yellow Protein as a Cross‐Linking Junction for Construction of Photoresponsive Protein‐Polymer Conjugates

ChemPhotoChem, 2019-06, Vol.3 (6), p.356-360

2019

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Amplification of Light-induced Molecular-Shape Change by Supramolecular Machines

Journal of Photopolymer Science and Technology, 2012/06/26, Vol.25(5), pp.655-658

2012

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An approach to rational ligand-design based on a thermodynamic analysis

Recent patents on biotechnology, 2010-11, Vol.4 (3), p.183-188

2010

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Structural and energetic hot-spots for the interaction between a ladder-like polycyclic ether and the anti-ciguatoxin antibody 10C9Fab

Molecular bioSystems, 2011-03, Vol.7 (3), p.793-798

2011

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How Protein Recognizes Ladder-like Polycyclic Ethers

The Journal of biological chemistry, 2008-07, Vol.283 (28), p.19440-19447

2008

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Design of cyborg proteins by loop region replacement with oligo(ethylene glycol): exploring suitable mutations for cyborg protein construction using machine learning

Bulletin of the Chemical Society of Japan, 2024-09, Vol.97 (9)

2024

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Critical Contribution of Aromatic Rings to Specific Recognition of Polyether Rings

The Journal of biological chemistry, 2008-05, Vol.283 (18), p.12259-12266

2008

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A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Angewandte Chemie, 2013-02, Vol.125 (9), p.2490-2494

2013

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Protein stabilization by an amphiphilic short monodisperse oligo(ethylene glycol)Electronic supplementary information (ESI) available: Photographs and VT-CD spectra of lysozyme in the presence of PhOEG (1.0 mM). See DOI: 10.1039/c4cc10301g

2015-05

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Application of photoactive yellow protein as a photoresponsive module for controlling hemolytic activity of staphylococcal α-hemolysin

Chemical communications (Cambridge, England), 2012-01, Vol.48 (39), p.4737-4739

2012

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Thermal-aggregation suppression of proteins by a structured PEG analogue: Importance of denaturation temperature for effective aggregation suppression

Biochemical engineering journal, 2014-05, Vol.86, p.41-48

2014

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Rational Fragment-design Method Based on a Thermodynamic Analysis

Yakugaku zasshi, 2009-11, Vol.129 (11), p.1311-1317

2009

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Cover Feature: Development of an Engineered Photoactive Yellow Protein as a Cross‐Linking Junction for Construction of Photoresponsive Protein‐Polymer Conjugates (ChemPhotoChem 6/2019)

ChemPhotoChem, 2019-06, Vol.3 (6), p.262-262

2019

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Application of photoactive yellow protein as a photoresponsive module for controlling hemolytic activity of staphylococcal α-hemolysinElectronic supplementary information (ESI) available: Preparation of mutants, and hemolytic activities of wild-type Hla and N-PYP-Hla-SS. See DOI: 10.1039/c2cc18118e

2012-04

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Back Cover: A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation (Angew. Chem. Int. Ed. 9/2013)

Angewandte Chemie (International ed.), 2013-02, Vol.52 (9), p.2612-2612

International ed. in English, 2013

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How protein recognizes ladder-like polycyclic ethers. Interactions between ciguatoxin (CTX3C) fragments and its specific antibody 10C9

The Journal of biological chemistry, 2008-07, Vol.283 (28), p.19440-19447

2008

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Grafting synthetic transmembrane units to the engineered low-toxicity α-hemolysin to restore its hemolytic activity

Molecular bioSystems, 2014-12, Vol.10 (12), p.3199-3206

2014

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A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Angewandte Chemie, 2013-02, Vol.125 (9), p.2490-2494

2013

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Grafting synthetic transmembrane units to the engineered low-toxicity α-hemolysin to restore its hemolytic activityElectronic supplementary information (ESI) available: Size-exclusion chromatography and activity assay of Hla mutants, SDS-PAGE and western blot analysis, TEM images, EPR spectra, conductance measurements, absorption, fluorescence, and CD spectra. See DOI: 10.1039/c4mb00405a

2014-10

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Critical contribution of aromatic rings to specific recognition of polyether rings. The case of ciguatoxin CTX3C-ABC and its specific antibody 1C49

The Journal of biological chemistry, 2008-05, Vol.283 (18), p.12259-12266

2008

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Pyrene-appended α-Cyclodextrin as a Fluorescent pH Probe Responding to a Wide Range

Analytical Sciences, 2006, Vol.22(5), pp.655-657

2006

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Rücktitelbild: A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation (Angew. Chem. 9/2013)

Angewandte Chemie, 2013-02, Vol.125 (9), p.2674-2674

2013

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Protein encapsulation in the hollow space of hemocyanin crystals containing a covalently conjugated ligand

A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Protein stabilization by an amphiphilic short monodisperse oligo(ethylene glycol)

Development of an Engineered Photoactive Yellow Protein as a Cross‐Linking Junction for Construction of Photoresponsive Protein‐Polymer Conjugates

Amplification of Light-induced Molecular-Shape Change by Supramolecular Machines

An approach to rational ligand-design based on a thermodynamic analysis

Structural and energetic hot-spots for the interaction between a ladder-like polycyclic ether and the anti-ciguatoxin antibody 10C9Fab

How Protein Recognizes Ladder-like Polycyclic Ethers

Design of cyborg proteins by loop region replacement with oligo(ethylene glycol): exploring suitable mutations for cyborg protein construction using machine learning

Critical Contribution of Aromatic Rings to Specific Recognition of Polyether Rings

A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Protein stabilization by an amphiphilic short monodisperse oligo(ethylene glycol)Electronic supplementary information (ESI) available: Photographs and VT-CD spectra of lysozyme in the presence of PhOEG (1.0 mM). See DOI: 10.1039/c4cc10301g

Application of photoactive yellow protein as a photoresponsive module for controlling hemolytic activity of staphylococcal α-hemolysin

Thermal-aggregation suppression of proteins by a structured PEG analogue: Importance of denaturation temperature for effective aggregation suppression

Rational Fragment-design Method Based on a Thermodynamic Analysis

Cover Feature: Development of an Engineered Photoactive Yellow Protein as a Cross‐Linking Junction for Construction of Photoresponsive Protein‐Polymer Conjugates (ChemPhotoChem 6/2019)

Application of photoactive yellow protein as a photoresponsive module for controlling hemolytic activity of staphylococcal α-hemolysinElectronic supplementary information (ESI) available: Preparation of mutants, and hemolytic activities of wild-type Hla and N-PYP-Hla-SS. See DOI: 10.1039/c2cc18118e

Back Cover: A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation (Angew. Chem. Int. Ed. 9/2013)

How protein recognizes ladder-like polycyclic ethers. Interactions between ciguatoxin (CTX3C) fragments and its specific antibody 10C9

Grafting synthetic transmembrane units to the engineered low-toxicity α-hemolysin to restore its hemolytic activity

A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation

Critical contribution of aromatic rings to specific recognition of polyether rings. The case of ciguatoxin CTX3C-ABC and its specific antibody 1C49

Pyrene-appended α-Cyclodextrin as a Fluorescent pH Probe Responding to a Wide Range

Rücktitelbild: A Structured Monodisperse PEG for the Effective Suppression of Protein Aggregation (Angew. Chem. 9/2013)

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