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Displaying 160 of 2878 articles.

Simple strategy could lead to a “universal” flu vaccine

To keep up with evasive flu viruses, new vaccines must be developed each year. Scientists are devising a strategy to better prevent the disease without annual shots.

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In brief: Alternative CRISPR system is less specific, more robust

Scientists found that a system called CRISPR-Cas10 can target rapidly mutating viruses.

Gut bacteria that “talk” to human cells may lead to new treatments

Scientists developed a method to genetically engineer gut bacteria to produce molecules that have the potential to treat certain disorders by altering human metabolism.

Albany Medical Center Prize awarded to Luciano Marraffini

The prestigious award honors Marraffini and four other scientists for development of the revolutionary genome-editing system known as CRISPR-Cas9.

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In brief: How a microRNA protects against liver cancer

New insights about gene regulation in liver cells could lead to better treatments for a common tumor type.

New animal models for hepatitis C could pave the way for a vaccine

In the rats that roam New York City’s streets and tunnels, scientists have found a virus that resembles hepatitis C. They have used it to create the first animal model of the human disease, a breakthrough that potentially could yield a much-needed vaccine.

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In brief: A glimpse into the origins of antibiotic resistance

Scientists have identified several genetic mechanisms by which antibiotic resistance may have arisen in a bacterium that causes deadly infections.

New faculty member studies the tuberculosis bacterium

Jeremy M. Rock uses genetics to investigate how the microbe causes disease. He will join Rockefeller’s faculty on January 1, 2018.

Discovery of a Zika antibody offers hope for a vaccine

Searching for a way to thwart Zika, scientists have discovered an antibody with a potent ability to neutralize the virus.

Scientists engineer human-germ hybrid molecules to attack drug-resistant bacteria

The centromere region of chromosomes retains the same DNA from one generation to the next. Scientists have gained new insights into how it avoids being scrambled in normal cells, and how it becomes unstable in cancer.