Anna Croft

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Professor of Disruptive Chemistries

Loughborough University

United Kingdom

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About

Anna Croft is a Professor of Disruptive Chemistries at Loughborough University, located in the United Kingdom. Her research focuses on innovative approaches in catalytic processes, including 3D printed biocatalytic systems, continuous viral inactivation methods, and the utilization of liquid salts for energy storage. She has contributed significantly to the understanding of enzymatic processes in ionic environments and is exploring the engineering of radical enzymes for enhanced catalytic activity.

Recent Grants

Grant: Open

Dialling up performance for on demand manufacturing

Open Date: 2022-06-30

Close Date: 2027-06-29

Grant: Close

Accelerated Discovery and Development of New Medicines: Prosperity Partnership for a Healthier Nation

Open Date: 2019-01-01

Close Date: 2023-12-31

Grant: Close

Making vitamin H sustainable - developing biotin overproduction approaches

Open Date: 2017-09-30

Close Date: 2021-11-11

Grant: Close

Formulation for 3D printing: Creating a plug and play platform for a disruptive UK industry

Open Date: 2016-09-30

Close Date: 2021-03-30

Grant: Close

ISIS Neutron experiment

Open Date: 2016-05-01

Close Date: 2016-05-01

Articles (11)

Year:

2025

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2025

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2024

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2024

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2023

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2023

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2023

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2022

Year:

2022

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University of New South Wales

AUSTRALIA

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Anna Croft

Research Interests

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Contact this professor

About

Recent Grants

Articles (11)

High resolution 3D printed biocatalytic reactor core with optimized efficiency for continuous flow synthesis

Optimisation of additively manufactured coiled flow inverters for continuous viral inactivation processes

Alkali and alkaline earth metals in liquid salts for supercapatteries

Ion-combination specific effects driving the enzymatic activity of halophilic alcohol dehydrogenase 2 from Haloferax volcanii in aqueous ionic liquid solvent mixtures

Application of a Synthetic Ferredoxin‐Inspired [4Fe4S]‐Peptide Maquette as the Redox Partner for an [FeFe]‐Hydrogenase

If It Is Hard, It Is Worth Doing: Engineering Radical Enzymes from Anaerobes

The adaptability of the ion-binding site by the Ag(I)/Cu(I) periplasmic chaperone SilF

Activation of Glycyl Radical Enzymes─Multiscale Modeling Insights into Catalysis and Radical Control in a Pyruvate Formate-Lyase-Activating Enzyme

Perspective—Redox Ionic Liquid Electrolytes for Supercapattery

Effect of Oriented Electric Fields on Biologically Relevant Iron–Sulfur Clusters: Tuning Redox Reactivity for Catalysis

Controlling the outcome of SN2 reactions in ionic liquids: from rational data set design to predictive linear regression models

Collaborators (7)

Thorsten Allers

David Grant

Christof M. Jäger

Graham Newton

Nicholas Mitchell

Simone Morra

Ronald Haines

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