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David Spector: Coordinating gene expression in space and time

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ABSTRACT

Spector’s work focuses on the spatial organization and regulation of gene expression.

No MeSH data available.


Pre-mRNA splicing factors are enriched in a speckled distribution pattern in mammalian cell nuclei. Structured illumination superresolution image of a splicing factor (SC35-EYFP) showing its elaborate organization within nuclear speckles and its diffuse distribution throughout the nucleoplasm.IMAGE ACQUIRED BY ZSOLT LAZAR (1)
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fig3: Pre-mRNA splicing factors are enriched in a speckled distribution pattern in mammalian cell nuclei. Structured illumination superresolution image of a splicing factor (SC35-EYFP) showing its elaborate organization within nuclear speckles and its diffuse distribution throughout the nucleoplasm.IMAGE ACQUIRED BY ZSOLT LAZAR (1)


David Spector: Coordinating gene expression in space and time
Pre-mRNA splicing factors are enriched in a speckled distribution pattern in mammalian cell nuclei. Structured illumination superresolution image of a splicing factor (SC35-EYFP) showing its elaborate organization within nuclear speckles and its diffuse distribution throughout the nucleoplasm.IMAGE ACQUIRED BY ZSOLT LAZAR (1)
© Copyright Policy
Related In: Results  -  Collection

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getmorefigures.php?uid=PMC5037416&req=5

fig3: Pre-mRNA splicing factors are enriched in a speckled distribution pattern in mammalian cell nuclei. Structured illumination superresolution image of a splicing factor (SC35-EYFP) showing its elaborate organization within nuclear speckles and its diffuse distribution throughout the nucleoplasm.IMAGE ACQUIRED BY ZSOLT LAZAR (1)

View Article: PubMed Central - HTML - PubMed

ABSTRACT

Spector’s work focuses on the spatial organization and regulation of gene expression.

No MeSH data available.