Real-time ion flux imaging: an ion-sensitive field-effect transistor (ISFET) array is coupled with optical microscopy to image the growth of, and ion flux through, micrometer-scale tubes and membranes built from polyoxometalate clusters. The correlation between the optical and ionic imaging data is excellent, showcasing the use of ISFET arrays for high-resolution spatial and temporal mapping of ionic movements
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
A heterogeneous distribution of ion channels on the cell surface is a prerequisite for several cellu...
Ion interactions in chemistry and biology are invisible to the human eye, so we can observe only the...
Ion interactions in chemistry and biology are invisible to the human eye, so we can observe only the...
We present new preliminary data from arrays of ion sensor field effect transistors (ISFETs). Two dev...
We describe a complete lab-on-a-chip type ion-sensitive chemicalsensorarraysystem for imagingproton ...
Optical measurements of ion flux are a powerful technique when studying the functional properties of...
We describe a complete lab-on-a-chip type ion-sensitive chemicalsensorarraysystem for imagingproton ...
This thesis presents the development and test of an integrated ion camera chip for monitoring highly...
Optical measurements of ion flux are a powerful technique when studying the functional properties of...
Biological membranes contain ion channels, which are nanoscale pores allowing controlled ionic trans...
This thesis presents the achievements and scientific work conducted using a previously designed and ...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
Over the past twenty-five years, silicon CMOS technology has firmly established itself as the domina...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
A heterogeneous distribution of ion channels on the cell surface is a prerequisite for several cellu...
Ion interactions in chemistry and biology are invisible to the human eye, so we can observe only the...
Ion interactions in chemistry and biology are invisible to the human eye, so we can observe only the...
We present new preliminary data from arrays of ion sensor field effect transistors (ISFETs). Two dev...
We describe a complete lab-on-a-chip type ion-sensitive chemicalsensorarraysystem for imagingproton ...
Optical measurements of ion flux are a powerful technique when studying the functional properties of...
We describe a complete lab-on-a-chip type ion-sensitive chemicalsensorarraysystem for imagingproton ...
This thesis presents the development and test of an integrated ion camera chip for monitoring highly...
Optical measurements of ion flux are a powerful technique when studying the functional properties of...
Biological membranes contain ion channels, which are nanoscale pores allowing controlled ionic trans...
This thesis presents the achievements and scientific work conducted using a previously designed and ...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
Over the past twenty-five years, silicon CMOS technology has firmly established itself as the domina...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
Background: High-resolution spectroscopic imaging of the cross section of ion-selective membranes du...
A heterogeneous distribution of ion channels on the cell surface is a prerequisite for several cellu...