Fluorescent protein (FP) fusions are frequently used to localize and follow the movement of proteins in living cells. However, a consensus is missing about the experimental design and controls that guarantee the reliability of the results. Here, we discuss possible artifacts and try to navigate through the many methods, preferences, and assumptions that surround protein localization in plants that make it difficult to design a universal approach to achieve reliable results. © 2013 Elsevier Ltd
In this study we report the design, construction and validation of a novel transposon aimed to syste...
<p>In biology, localisation is function. Cells display a complex sub-cellular structure with numerou...
Over the past decade, confocal microscopy and the ever-expanding toolchest of fluorescent protein (x...
P>A key challenge in cell biology is to directly link protein localization to function. The green...
P>A key challenge in cell biology is to directly link protein localization to function. The green...
Bednarz H, Niehaus K. Using transposition to introduce eGFP fusions in Sinorhizobium meliloti: A too...
We introduce a non-intrusive method exploiting post-division single-cell variability to validate pro...
These continue to be heady times for bacterial cell biology, bothfor experimentalists and formodeler...
Fluorescent protein fusions (FPFs) have been used to address a wide range of questions in individual...
First discovered in jellyfish, fluorescent proteins (FPs) have been successfully optimized for use a...
We introduce a non-intrusive method exploiting post-division single-cell variability to validate pro...
In biology, localisation is function. Cells display a complex sub-cellular structure with numerous d...
<p>In biology, localisation is function. Cells display a complex sub-cellular structure with numerou...
Defining the function of all proteins in an organism is one of the major objectives for biology in t...
Many longstanding questions about dynamics of virus-cell interactions can be answered by combining f...
In this study we report the design, construction and validation of a novel transposon aimed to syste...
<p>In biology, localisation is function. Cells display a complex sub-cellular structure with numerou...
Over the past decade, confocal microscopy and the ever-expanding toolchest of fluorescent protein (x...
P>A key challenge in cell biology is to directly link protein localization to function. The green...
P>A key challenge in cell biology is to directly link protein localization to function. The green...
Bednarz H, Niehaus K. Using transposition to introduce eGFP fusions in Sinorhizobium meliloti: A too...
We introduce a non-intrusive method exploiting post-division single-cell variability to validate pro...
These continue to be heady times for bacterial cell biology, bothfor experimentalists and formodeler...
Fluorescent protein fusions (FPFs) have been used to address a wide range of questions in individual...
First discovered in jellyfish, fluorescent proteins (FPs) have been successfully optimized for use a...
We introduce a non-intrusive method exploiting post-division single-cell variability to validate pro...
In biology, localisation is function. Cells display a complex sub-cellular structure with numerous d...
<p>In biology, localisation is function. Cells display a complex sub-cellular structure with numerou...
Defining the function of all proteins in an organism is one of the major objectives for biology in t...
Many longstanding questions about dynamics of virus-cell interactions can be answered by combining f...
In this study we report the design, construction and validation of a novel transposon aimed to syste...
<p>In biology, localisation is function. Cells display a complex sub-cellular structure with numerou...
Over the past decade, confocal microscopy and the ever-expanding toolchest of fluorescent protein (x...