Stephen A. Wells

Stephen A. Wells

University of Bath

H-index: 30

Europe-United Kingdom

About Stephen A. Wells

Stephen A. Wells, With an exceptional h-index of 30 and a recent h-index of 15 (since 2020), a distinguished researcher at University of Bath, specializes in the field of framework flexibility, zeolites, MOFs, protein flexibility, protein rigidity.

His recent articles reflect a diverse array of research interests and contributions to the field:

Inferring the dynamics of ionic currents from recursive piecewise data assimilation of approximate neuron models

FLEXOME software suite

Glycosylation increases active site rigidity leading to improved enzyme stability and turnover

N-linked glycosylation increases horse radish peroxidase rigidity leading to enhanced activity and stability

Stereoselective metabolism of chloramphenicol by bacteria isolated from wastewater, and the importance of stereochemistry in environmental risk assessments for antibiotics

Using geometric simulation software ‘GASP’to model conformational flexibility in a family of zinc metal–organic frameworks

Pressure-driven methanol intrusion in MFI-zeolites and its effects on the structural deformation in silicalite-1

Cisplatin uptake and release in pH sensitive zeolitic imidazole frameworks

Stephen A. Wells Information

University

Position

PDRA Department of Biology and Biochemistry

Citations(all)

3054

Citations(since 2020)

1081

Cited By

2924

hIndex(all)

30

hIndex(since 2020)

15

i10Index(all)

65

i10Index(since 2020)

30

Email

University Profile Page

Google Scholar

Stephen A. Wells Skills & Research Interests

framework flexibility

zeolites

MOFs

protein flexibility

protein rigidity

Top articles of Stephen A. Wells

Title

Journal

Author(s)

Publication Date

Inferring the dynamics of ionic currents from recursive piecewise data assimilation of approximate neuron models

arXiv preprint arXiv:2312.12888

Stephen A Wells

Joseph D Taylor

Paul G Morris

Alain Nogaret

2023/12/20

FLEXOME software suite

Stephen Wells

2023/9/26

Glycosylation increases active site rigidity leading to improved enzyme stability and turnover

The FEBS Journal

Krithika Ramakrishnan

Rachel L Johnson

Samuel D Winter

Harley L Worthy

Christopher Thomas

...

2023/4/2

N-linked glycosylation increases horse radish peroxidase rigidity leading to enhanced activity and stability

bioRxiv

Krithika Ramakrishnan

Rachel L Johnson

Sam D Winter

Harley L Worthy

Chris Thomas

...

2022/9/23

Stereoselective metabolism of chloramphenicol by bacteria isolated from wastewater, and the importance of stereochemistry in environmental risk assessments for antibiotics

Water Research

Felicity CT Elder

Ben Pascoe

Stephen Wells

Samuel K Sheppard

Jason Snape

...

2022/6/15

Using geometric simulation software ‘GASP’to model conformational flexibility in a family of zinc metal–organic frameworks

New Journal of Chemistry

William J Gee

Stephen A Wells

Simon J Teat

Paul R Raithby

Andrew D Burrows

2021

Pressure-driven methanol intrusion in MFI-zeolites and its effects on the structural deformation in silicalite-1

F Pagliaro

T Battiston

A Sartbaeva

S Wells

D Comboni

...

2021/9/1

Cisplatin uptake and release in pH sensitive zeolitic imidazole frameworks

The Journal of Chemical Physics

Megan J Thompson

Stephen A Wells

Tina Düren

2021/6/28

Structure and dynamics of a cold-active esterase reveals water entropy and active site accessibility as the likely drivers for cold-adaptation

bioRxiv

Nehad Noby

Husam Sabah Auhim

Samuel Winter

Harley L Worthy

Amira M Embaby

...

2021/2/23

Biomolecule preservation

2021/1/5

Determining the structure of zeolite frameworks at high pressures

CrystEngComm

Lisa A Price

Chris J Ridley

Craig L Bull

Stephen A Wells

Asel Sartbaeva

2021

Structure and in silico simulations of a cold-active esterase reveals its prime cold-adaptation mechanism

Open Biology

Nehad Noby

Husam Sabah Auhim

Samuel Winter

Harley L Worthy

Amira M Embaby

...

2021/12/1

Rigidity, normal modes and flexible motion of a SARS-CoV-2 (COVID-19) protease structure

bioRxiv

Stephen A Wells

2020/3/12

Dataset for" Rigidity, normal modes and flexible motion of a SARS-CoV-2 (COVID19) protease structure"

Stephen Wells

2020/3/9

FLEXOME software suite, first release 23/11/2020

Stephen Wells

2020/11/23

Monoclonal antibody stability can be usefully monitored using the excitation-energy-dependent fluorescence edge-shift

Biochemical Journal

Michael J Knight

Rachel E Woolley

Anthony Kwok

Stuart Parsons

Hannah BL Jones

...

2020/9/30

Dataset for" Ensilicated tetanus antigen retains immunogenicity: in vivo study and time-resolved SAXS characterization"

Aswin Doekhie

Asel Sartbaeva

Francoise Koumanov

Jean Van Den Elsen

Karen Edler

...

2020/6/8

Ensilicated tetanus antigen retains immunogenicity: in vivo study and time-resolved SAXS characterization

Scientific Reports

Aswin Doekhie

Rajeev Dattani

Yun-Chu Chen

Yi Yang

Andrew Smith

...

2020/6/8

See List of Professors in Stephen A. Wells University(University of Bath)

Co-Authors

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