Developmental Biology Program
The Mary Baylies Lab
Research
Mary Baylies, PhD
Professor
Developmental biologist Mary Baylies studies the mechanisms that form and maintain muscle both during normal development and in disease.
Research Projects
Featured News
In the Lab
Scientists Home In On “Equation” for Muscle Cell Size
A new study in flies reveals a previously unknown type of cooperation at work in muscle cells.
At Work: Developmental Biologist Mary Baylies
Learn about Mary Baylies, a developmental biologist studying muscle biology at the Sloan Kettering Institute.
Student Lecture Highlights Major Trends in Modern Cancer Research
More than 500 high school students and their teachers filled the Rockefeller Research Laboratories to learn about recent discoveries.
People
Mary Baylies, PhD
Professor
- The Baylies laboratory studies the mechanisms that form and maintain muscle both during normal development and in disease.
- PhD, The Rockefeller University
- [email protected]
- Email Address
- 212-639-5888
- Office Phone
- Download CV
- PDF File
Members
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MSK Bridge Program Scholar
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Lab Alumni
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Research Fellow
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Graduate Research Assistant
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Postdoctoral Research Fellow
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Lab Affiliations
Achievements
- Identified that global, regional, and local inputs contribute to nuclear size regulation in multinucleated skeletal muscle fibers.
- Demonstrated that properly placed nuclei are critical for healthy muscle function.
- Discovered that microtubules are critical for the movement and positioning of nuclei in the multinucleated skeletal muscle cell.
- Developed Drosophila models of muscle wasting in cancer cachexia and aging.
- Identified how actin filament dysregulation contributes to skeletal muscle dysfunction in models of nemaline myopathy.
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- Developed a Drosophila model for metastasis in alveolar rhabdomyosarcoma, a type of soft tissue cancer most often seen in children.
- Described how nuclear polarization occurs during myonuclear movement in vivo.
- Completed the first spatial and temporal characterization of an F-actin structure that forms at the myoblast fusion site.
- Identified transcription factors and chromatin regulators that are critical for muscle identity.
- Identified 3-D arrangement of myoblasts that occur during muscle specification and morphogenesis.
- Discovered signal transduction pathways (Notch, Wnt, BMP, and RTK) and transcription factors that are critical for muscle identity.
- President of the Society for Muscle Development (2009-2013).
- Frederick Adler Chair for Junior Faculty (1997-2003).
