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» proteomics

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image: Practical Proteomes

Practical Proteomes

By | January 1, 2016

Cell type–specific proteomic analyses are now possible from paraffin-embedded tissues.

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image: Sleepy Squirrels

Sleepy Squirrels

By | January 1, 2016

Visit the lab of Matthew Andrews at the University of Minnesota Duluth, who studies hibernating thirteen-lined ground squirrels to learn how their hearts manage extreme temperature fluctuations.

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image: Heart-Healthy Hibernators

Heart-Healthy Hibernators

By | January 1, 2016

Overwintering ground squirrels survive fluctuations in body temperature that would cause cardiac arrest in nonhibernators.

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image: Cracking the Complex

Cracking the Complex

By | November 1, 2015

Using mass spec to study protein-protein interactions

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image: Probing Down Syndrome with Mini Brains

Probing Down Syndrome with Mini Brains

By | October 20, 2015

Researchers create cerebral organoids using induced pluripotent stem cells from patient skin cells and characterize protein-expression changes linked to cognitive impairment.

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image: Human Proteome Mapped Again

Human Proteome Mapped Again

By | January 22, 2015

Researchers complete another interactive protein atlas, boosting the number of publicly available maps of human protein expression levels.

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image: Mapping the Human Proteome

Mapping the Human Proteome

By | November 10, 2014

A comprehensive map of human proteins throughout the body identifies the testes as home to the most unique blend of gene products.

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image: Tailoring Your Proteome View

Tailoring Your Proteome View

By | August 1, 2014

Computational tools can streamline the development of targeted proteomics experiments.  

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image: Added Layers of Proteome Complexity

Added Layers of Proteome Complexity

By | July 17, 2014

Scientists discover a broad spectrum of alternatively spliced human protein variants within a well-studied family of genes.  

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image: Human Gene Set Shrinks Again

Human Gene Set Shrinks Again

By | July 8, 2014

Proteomic data suggest the human genome may encode fewer than 20,000 genes.

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