Karen M. Lyons Lab
UCLA Department of Molecular, Cell, and Developmental Biology
UCLA Department of Orthopaedic Surgery
UCLA Department of Orthopaedic Surgery
Growth Factor Signaling in Mammalian Development
Many of the inductive events associated with vertebrate development are mediated by diffusible signals. The involvement of members of the transforming growth factor ß family of growth regulatory molecules in aspects of cell cycle control, gene expression, and cell-cell interactions is well established. Members of the Bone Morphogenetic Protein (BMP) subgroup of TGFß-related molecules have been implicated in many key signalling events in vertebrates and invertebrates. We are using the mouse as a model organism to study the roles of these regulatory factors during vertebrate development.
We are interested in identifying the cellular targets of action of TGFß-related genes in a developmental context. Our approach is to take advantage of the genetic capabilities the mouse system offers, including transgenic and gene targeting technologies. We are also using organ and cell culture strategies to define the molecular mechanism of action of TGFß-related molecules in a biologically relevant context. These efforts have been facilitated by the recent identification of receptors for specific BMPs. We are currently developing cell culture systems and in vivo models to study BMP-mediated receptor signalling.
Contact Info
Karen M. Lyons, Ph.D.
Biomedical Sciences/
Orthopaedic Hospital Research Building
Office: Room 410C (310)825-5480
Lab: Room 446 (310) 825-6228
Fax: (310)825-5409
Email: klyons@mednet.ucla.edu