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  • Self-Organized Morphogenesis

    How do living things build themselves?

    Understanding the principles of self-organized morphogenesis

  • E. coli in a dish

    How does nature change its nature?

    Understanding the principles of biological adaptation

  • Cellular decision-making

    How do cells divide and develop?

    Understanding the principles of cellular decision-making

  • Going viral

    How to go viral

    Manoharan group captures the first videos of viral self-assembly

  • Lord of the wings

    How to train your dragon(fly)

    Rycroft lab releases mathematical model of insect wing development

  • Image of Iris gone binary

    How to get involved

    Now recruiting grad students, postdocs & faculty. Join us for a few weeks, a few years, or forever.

  • NSF Simons cake

    How to Halloween

    Happy Halloween from Andrew, Vinny, Bridget & Sharad

  • Waves of Mutation

    How to survive

    Desai lab goes head-to-head with Darwin's dogma of survival of the fittest

  • The World is On Fire

    How to Apocalypse

    QBio group meeting is back (remotely). Join us Wednesdays at 4 for science during the shutdown

QBio in the News

Protein tug of war

Special EF-X: Professor Hekstra wins NIH Director’s New Innovator Award

Thursday, October 8, 2020
Extavour

Digitize, Debunk, Discover: Extavour group overturns dogma of developmental biology

Wednesday, July 3, 2019

QuantBio Seminar Mailing list

Tuesday, September 4, 2018
Making chromosomes sparkle

Making Chromosomes Sparkle: NSF-Simons Center welcomes Irina Martynenko

Monday, October 14, 2019
Viral self-assembly

Viral Videos: Manoharan lab captures first images of viruses in action

Wednesday, October 9, 2019
Needle in a haystack

Finding a Neuron in a Haystack: Ramanathan lab develops new strategy for assessing causality in complex networks

Thursday, December 20, 2018
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