Add to ORKGThe permeability of cell membranes varies significantly across both healthy and diseased tissue, and changes in cell membrane permeability can occur during treatment response in tumours. Measurements of cell membrane permeability could therefore be useful for tumour detection and as biomarkers of treatment response in the clinic. As the diffusion of water across the cell membrane is directly dependent on cell membrane permeability, we have investigated the ability of diffusion-diffusion exchange spectroscopy to quantify the diffusion exchange of water in a suspension of yeast, as a first step towards its application in tumours
Diffusion of intracellular water was measured in perfused cells embedded in basement membrane gel th...
In this work we present a PFG-SE technique to obtain the a characteristic time for molecular exchang...
The yeast proteome includes about 300 polytopic membrane proteins known or predicted to function as ...
The permeability of cell membranes varies significantly across both healthy and diseased tissue, and...
A new PGSE NMR sequence is introduced for measuring diffusive transport across the plasma membrane o...
Abstract This study uses diffusion weighted NMR to determine yeast cell size at different times afte...
Water transport across cell membranes can be measured non-invasively with diffusion NMR. We present ...
The aim of this thesis was to develop a technique to carry out non- invasive cytometry in tumours us...
Water transport across cell membranes can be measured non-invasively with diffusion NMR. We present ...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
Here we describe techniques that we developed for monitoring membrane fluidity of individual yeast c...
AbstractPlasma membrane water transport is a crucial cellular phenomenon. Net water movement in resp...
Water exchange through the cell membranes is an important feature of cells and tissues. The rate of ...
Although diffusion MRI has shown promise for the characterization of breast cancer, it has low speci...
Measuring transmembrane water exchange can provide potential biomarkers for tumors and brain disorde...
Diffusion of intracellular water was measured in perfused cells embedded in basement membrane gel th...
In this work we present a PFG-SE technique to obtain the a characteristic time for molecular exchang...
The yeast proteome includes about 300 polytopic membrane proteins known or predicted to function as ...
The permeability of cell membranes varies significantly across both healthy and diseased tissue, and...
A new PGSE NMR sequence is introduced for measuring diffusive transport across the plasma membrane o...
Abstract This study uses diffusion weighted NMR to determine yeast cell size at different times afte...
Water transport across cell membranes can be measured non-invasively with diffusion NMR. We present ...
The aim of this thesis was to develop a technique to carry out non- invasive cytometry in tumours us...
Water transport across cell membranes can be measured non-invasively with diffusion NMR. We present ...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
Here we describe techniques that we developed for monitoring membrane fluidity of individual yeast c...
AbstractPlasma membrane water transport is a crucial cellular phenomenon. Net water movement in resp...
Water exchange through the cell membranes is an important feature of cells and tissues. The rate of ...
Although diffusion MRI has shown promise for the characterization of breast cancer, it has low speci...
Measuring transmembrane water exchange can provide potential biomarkers for tumors and brain disorde...
Diffusion of intracellular water was measured in perfused cells embedded in basement membrane gel th...
In this work we present a PFG-SE technique to obtain the a characteristic time for molecular exchang...
The yeast proteome includes about 300 polytopic membrane proteins known or predicted to function as ...