Mimi Xie Passed Qualifying Exam
Congratulations to graduate student, Mimi Xie, on passing her qualifying exam.
Congratulations to graduate student, Mimi Xie, on passing her qualifying exam.
Congratulations grad student, Marlis Denk-Lobnig, on her paper titled Combinatorial patterns of graded RhoA activation and uniform F-actin depletion promote tissue curvature being published by Development.
Biology graduate student, Natalie Heer, joins the lab. Natalie received her undergraduate degree from Harvard University where she worked in the Reck-Peterson lab on dynein motility.
Congratulations to graduate student, Claudia Vasquez, on passing her qualifying exam.
Congratulations Natalie on publishing her work “Actomyosin-based Tissue Folding Requires a Multicellular Myosin Gradient” in Development. Natalie discovered that a tissue-wide gradient in transcription and resulting contractility is necessary to fold a tissue. We had fun collaborating with Pearson Miller and the Dunkel Lab on this project.
Jonathan comes to us from the Harvard Biophysics PhD program and Mary Ann did her PhD on nuclear movement in muscle.
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.
Congratulations grad student, Marlis Denk-Lobnig, on her paper titled Combinatorial patterns of graded RhoA activation and uniform F-actin depletion promote tissue curvature being published by Development.
Biology graduate student, Natalie Heer, joins the lab. Natalie received her undergraduate degree from Harvard University where she worked in the Reck-Peterson lab on dynein motility.
Congratulations to graduate student, Claudia Vasquez, on passing her qualifying exam.
Congratulations Natalie on publishing her work “Actomyosin-based Tissue Folding Requires a Multicellular Myosin Gradient” in Development. Natalie discovered that a tissue-wide gradient in transcription and resulting contractility is necessary to fold a tissue. We had fun collaborating with Pearson Miller and the Dunkel Lab on this project.
Jonathan comes to us from the Harvard Biophysics PhD program and Mary Ann did her PhD on nuclear movement in muscle.
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.
Congratulations grad student, Marlis Denk-Lobnig, on her paper titled Combinatorial patterns of graded RhoA activation and uniform F-actin depletion promote tissue curvature being published by Development.
Biology graduate student, Natalie Heer, joins the lab. Natalie received her undergraduate degree from Harvard University where she worked in the Reck-Peterson lab on dynein motility.
Congratulations to graduate student, Claudia Vasquez, on passing her qualifying exam.
Congratulations Natalie on publishing her work “Actomyosin-based Tissue Folding Requires a Multicellular Myosin Gradient” in Development. Natalie discovered that a tissue-wide gradient in transcription and resulting contractility is necessary to fold a tissue. We had fun collaborating with Pearson Miller and the Dunkel Lab on this project.
Jonathan comes to us from the Harvard Biophysics PhD program and Mary Ann did her PhD on nuclear movement in muscle.
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.