-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
Molecular biophysics of strong DNA bending and the RecQ DNA helicase
Published 2014Subjects:Thesis -
10
A biophysical study of the G protein coupled receptor neurotensin receptor 1
Published 2007Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
11
Control of the unidirectional motor in Rhodobacter sphaeroides
Published 2009Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
12
Molecular and structural characterisation of the human Fibrillin-1 N-C terminal interaction
Published 2013Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
13
Structural, biochemical and computational studies of TRP channel transmembrane domain modularity
Published 2014Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
14
Structure-function studies of the bacterial dsDNA translocase FtsK
Published 2010Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
15
Structural characterisation of the interaction between Plasmodium falciparum erythrocyte membrane protein 1 (PfEMP1) and their human ligands in severe malaria
Published 2012Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
16
Ion channels: structure of a molecular brake
Published 1999Subjects: “…Molecular biophysics (biochemistry)…”
Journal article -
17
The relationship between flagellar motor dynamics and the proton motive force
Published 2011Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
18
The dielectric properties of water within model transbilayer pores
Published 1997Subjects: “…Molecular biophysics (biochemistry)…”
Journal article -
19
The molecular basis for ER tubule formation
Published 2015Subjects: “…Molecular biophysics (biochemistry)…”
Thesis -
20
The Cytokine IL-1β and Piperine Complex Surveyed by Experimental and Computational Molecular Biophysics
Published 2020-09-01“…Here, we present for the first time the characterisation of the complex formed by IL-1β and piperine through experimental and computational molecular biophysical analyses. Fluorescence spectroscopy unveiled the presence of one binding site for piperine with an affinity constant of 14.3 × 10<sup>4</sup> M<sup>−1</sup> at 298 K. …”
Get full text
Article