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Research reveals high-risk subtype of relapsed pediatric AML

Research reveals high-risk subtype of relapsed pediatric AML
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

United States , Michael Rusch , Andrew Mcdonough , Yen Chun Liu , Benjamin Huang , Ryan Hiltenbrand , Madan Babu , Tamara Westover , John Easton , Xiaotu Ma , Jeffrey Rubnitz , Jeffery Klco , Evan Parganas , Michael Walsh , Jonathan Miller , Andrew Kleist , Jinghui Zhang , Amanda Leonti , Delaram Rahbarinia , Sherif Abdelhamed , Jamesr Downing , Jamie Maciaszek , Pandurang Kolekar , Scott Foy , Jenny Smith , Huiyun Wu ,

Research finds high-risk subtype of relapsed pediatric AML

Research finds high-risk subtype of relapsed pediatric AML
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

United States , Michael Rusch , Andrew Mcdonough , Yen Chun Liu , Benjamin Huang , Ryan Hiltenbrand , Madan Babu , Tamara Westover , John Easton , Xiaotu Ma , Jeffrey Rubnitz , Jeffery Klco , Evan Parganas , Michael Walsh , Jonathan Miller , Andrew Kleist , Jinghui Zhang , Amanda Leonti , Delaram Rahbarinia , Sherif Abdelhamed , Jamesr Downing , Jamie Maciaszek , Pandurang Kolekar , Scott Foy , Jenny Smith , Huiyun Wu ,

Cracking the code of a shapeshifting protein


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A shapeshifting immune system protein called XCL1 evolved from a single-shape ancestor hundreds of millions of years ago. Now, researchers at the Medical College of Wisconsin (MCW) discovered the molecular basis for how this happened. In the process they uncovered principles that scientists can use to design purpose-built nanoscale transformers for use as biosensors, components of molecular machines, and even therapeutics. The findings were published today in
Science. The primary and senior authors of the manuscript, respectively, are MCW researchers Acacia Dishman, MD-PhD student, and Brian Volkman, PhD, professor of biochemistry.
Molecular switches can be used to detect cancer, construct nanoscale machines, and even build cellular computers. Many currently available molecular switches, however, rely on transcription and translation to switch on, and cellular degradation to turn off, meaning that they work slowly and sometimes irreversibly. Turning them ....

Kenneth Prehoda , Jamie Fox , Andrew Kleist , Brian Volkman , Francis Peterson , M Madan Babu , Robert Tyler , Rob Tyler , Institute Of Molecular Biology , Department Of Chemistry , Jude Children Research Hospital , University Of Oregon , College Of Wisconsin , Medical College , Acacia Dishman , Chemical Biology , Marshfield Clinic , Center Director , Structural Biology , Data Driven Discovery , Jude Children , Research Hospital , Molecular Biology , ஜேமி நரி , ஆண்ட்ரூ கிலேஸ்ட் , பிரையன் வோல்க்மேன் ,