Immunofluorescent staining continues to be a crucial technique for determining the cellular localisation of proteins of interest. However, the need to fix the cells prevents its use in time-resolved approaches and can create imaging artefacts. In this project I was developing a new method for immunofluorescence in living cells. The B-subunit of cholera toxin (CTB), which has the ability to non-toxically induce endocytosis upon binding to the cell surface, was used to deliver antibody mimetics (called Affimers) into the endomembrane system of human cells
Fluorescent labeling of endogenous proteins for live-cell imaging without exogenous expression of ta...
The uptake and trafficking of cell surface receptors can be monitored by a technique called 'antibod...
Cell physiology and cellular responses to external stimuli are partly controlled through protein bin...
Thesis (Master's)--University of Washington, 2022Every second, living human cells are executing comp...
Fluorescent fusion proteins have revolutionized examination of proteins in living cells. Still, stud...
The spatiotemporal localization of different intracellular factors in real-time and their detection ...
Antibodies have proven to be useful tools in fluorescence imaging to identify targets in cells. In l...
<div><p>Our understanding of cell-cell interactions has been significantly improved in the past year...
Our understanding of cell-cell interactions has been significantly improved in the past years with t...
Immunofluorescence has often been employed in in vivo imaging to understand the dynamic interaction ...
There are a number of instances in which the use of live cell imaging has provided critical insight ...
International audienceThis protocol was developed to label proteins in bacterial cells with antibodi...
abstract: The ability to profile proteins allows us to gain a deeper understanding of organization, ...
Immunofluorescence imaging has provided captivating visual evidence for numerous cellular events, fr...
Fluorescence microscopy is a powerful and widely used tool in molecular biology. Over the years, the...
Fluorescent labeling of endogenous proteins for live-cell imaging without exogenous expression of ta...
The uptake and trafficking of cell surface receptors can be monitored by a technique called 'antibod...
Cell physiology and cellular responses to external stimuli are partly controlled through protein bin...
Thesis (Master's)--University of Washington, 2022Every second, living human cells are executing comp...
Fluorescent fusion proteins have revolutionized examination of proteins in living cells. Still, stud...
The spatiotemporal localization of different intracellular factors in real-time and their detection ...
Antibodies have proven to be useful tools in fluorescence imaging to identify targets in cells. In l...
<div><p>Our understanding of cell-cell interactions has been significantly improved in the past year...
Our understanding of cell-cell interactions has been significantly improved in the past years with t...
Immunofluorescence has often been employed in in vivo imaging to understand the dynamic interaction ...
There are a number of instances in which the use of live cell imaging has provided critical insight ...
International audienceThis protocol was developed to label proteins in bacterial cells with antibodi...
abstract: The ability to profile proteins allows us to gain a deeper understanding of organization, ...
Immunofluorescence imaging has provided captivating visual evidence for numerous cellular events, fr...
Fluorescence microscopy is a powerful and widely used tool in molecular biology. Over the years, the...
Fluorescent labeling of endogenous proteins for live-cell imaging without exogenous expression of ta...
The uptake and trafficking of cell surface receptors can be monitored by a technique called 'antibod...
Cell physiology and cellular responses to external stimuli are partly controlled through protein bin...