Welcome Anthony McDouglal!
Anthony is the newest postdoc in the lab. Anthony comes to us from the MIT Mechanical Engineering PHD program.
Similar Posts
Lab wins Halloween group costume contest
The Martin lab won the coveted group costume competition for the Biology department Halloween party. They had a winning combination of fish-like pillows and various forms of wasabi.
Mary Ann Collins publishes paper from her PhD work in MBoC
Postdoc Mary Ann Collins publishes paper from her PhD work in Molecular Biology of the Cell. One of her microscopy images was selected for the cover!
Welcome Mingmar Sherpa!
Mingmar joined us this summer from the University of Alabama at Birmingham as our new Technical Associate, welcome!
Hannah Yevick and Clint Ko submitted papers
Congratulations to Hannah Yevick and Clint Ko on submitting their papers. You can read Hannah’s paper titled Structural redundancy in supracellular actomyosin networks enables robust tissue folding, and Clint’s paper titled Microtubules stabilize intercellular contractile force transmission during tissue folding on BioRxiv.
Natalie publishes Development review
Congratulations to graduate student, Natalie Heer, for publishing her review article “Tension, Contraction and Tissue Morphogenesis” in Development. Natalie contributed to the special issue celebrating the 100th anniversary of “On Growth and Form.” Her review article describes the latest research explaining how forces are generated to sculpt tissues.
Lab wins Halloween group costume contest
The Martin lab won the coveted group costume competition for the Biology department Halloween party. They had a winning combination of fish-like pillows and various forms of wasabi.
Mary Ann Collins publishes paper from her PhD work in MBoC
Postdoc Mary Ann Collins publishes paper from her PhD work in Molecular Biology of the Cell. One of her microscopy images was selected for the cover!
Welcome Mingmar Sherpa!
Mingmar joined us this summer from the University of Alabama at Birmingham as our new Technical Associate, welcome!
Hannah Yevick and Clint Ko submitted papers
Congratulations to Hannah Yevick and Clint Ko on submitting their papers. You can read Hannah’s paper titled Structural redundancy in supracellular actomyosin networks enables robust tissue folding, and Clint’s paper titled Microtubules stabilize intercellular contractile force transmission during tissue folding on BioRxiv.
Natalie publishes Development review
Congratulations to graduate student, Natalie Heer, for publishing her review article “Tension, Contraction and Tissue Morphogenesis” in Development. Natalie contributed to the special issue celebrating the 100th anniversary of “On Growth and Form.” Her review article describes the latest research explaining how forces are generated to sculpt tissues.
Lab wins Halloween group costume contest
The Martin lab won the coveted group costume competition for the Biology department Halloween party. They had a winning combination of fish-like pillows and various forms of wasabi.
Mary Ann Collins publishes paper from her PhD work in MBoC
Postdoc Mary Ann Collins publishes paper from her PhD work in Molecular Biology of the Cell. One of her microscopy images was selected for the cover!
Welcome Mingmar Sherpa!
Mingmar joined us this summer from the University of Alabama at Birmingham as our new Technical Associate, welcome!
Hannah Yevick and Clint Ko submitted papers
Congratulations to Hannah Yevick and Clint Ko on submitting their papers. You can read Hannah’s paper titled Structural redundancy in supracellular actomyosin networks enables robust tissue folding, and Clint’s paper titled Microtubules stabilize intercellular contractile force transmission during tissue folding on BioRxiv.
Natalie publishes Development review
Congratulations to graduate student, Natalie Heer, for publishing her review article “Tension, Contraction and Tissue Morphogenesis” in Development. Natalie contributed to the special issue celebrating the 100th anniversary of “On Growth and Form.” Her review article describes the latest research explaining how forces are generated to sculpt tissues.