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Department of Periodontics, Dental School, The University of Texas Health Science Center at San Antonio

----- Where We Study BMP Signaling in Bone & How Osteocyte Respond to Mechanical Stimulation

We are interested in how osteoblast cells function during development and postnatal bone formation.

Our work is focused on members of the BMP and BMP receptor gene families of signaling molecules. We use both transgenic models, cell models, and systems biology approaches.

We also study how mechanical load is transmitted to genome of osteocytes, the cells thought to be a primary responder to mechanical signals. We use both transgenic models, analysis of osteoblast to osteocyte differentiation models, and microarray approaches to understand the major pathways and network envolved in osteocyte function.

Understanding mechanisms of BMP signaling and mechanisms of load induce bone formation will lead to new modalities for bone regeneration in periodontal diseases.

OVERVIEW

 


Our work in Bone Group in Dep. of Periodontics in progress
Recent publication and reprints
PUBLICATION
PROTOCOLS

RESOURCES

Stuff we send out

LAB MEMBERS

LINKS
PubMed and Journals online
DATABASE
Microarray raw database sets (MLO-Y4, 2T3, mechanical stimulation)
For suggestions, comments, and concerns about this site, e-mail us at: harris@uthscsa.edu
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Home | Overview | Publication | Protocols | Resources | Lab Members | Links | Database
DMP1_GFP_Mice
DMP1-GFP Mice
DMP1-GFP Mice after Loading
X-ray of BMP4 CKO
Double Label of Ulnae
Gene Cluster of Mechanical Responsive Genes
Gene Network (GeneMapp)
DMP1_GFP_loading
MLO_mechanical_clusters
geneNetwork
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7703 Floyd Curl Drive, MSC 7894
San Antonio, Texas, 78229-3900
Microarray
Microarray raw database sets (MLO-Y4, 2T3, mechanical stimulation)
Link to our Microarray website