About
Dr. Tara Karimi has devoted her academic career to studying biological systems and…
Activity
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I had the pleasure of speaking 1 on 1 with both Moji Karimi (Founder & CEO) and Lisa Bromiley (CFO) of Cemvita Inc. in #houston. Moji outlined a…
I had the pleasure of speaking 1 on 1 with both Moji Karimi (Founder & CEO) and Lisa Bromiley (CFO) of Cemvita Inc. in #houston. Moji outlined a…
Liked by Tara Karimi
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🔥 Boom! A big kickoff to the week as 8090 Industries portfolio company Circ® led by Peter Majeranowski makes its official debut at New York Fashion…
🔥 Boom! A big kickoff to the week as 8090 Industries portfolio company Circ® led by Peter Majeranowski makes its official debut at New York Fashion…
Liked by Tara Karimi
Experience
Education
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• Thesis and dissertation: Comparative Analysis of Senescence Indicators and Differentiation Potential of MSCs Derived From Bone Marrow and Umbilical Cord Blood into Bone and Cartilage
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• Thesis and Research Dissertation: Studies on the Effect of Ovalbumin and Mannose Conjugated Ovalbumin on the Prevention of Salmonellosis in Chickens and Evaluation of Its Antimicrobial Properties
• Research project on “Evaluation the Effect of Glycosylation on Antimicrobial Properties of Ovomucoid and Ovotransferrin
Publications
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Growth Factors for Musculoskeletal Tissue Engineering in Engineering Musculoskeletal Tissues and Interfaces
Book Chapter/ Publisher:Taylor and Francis Group
Growth Factors for Musculoskeletal Tissue Engineering in Engineering Musculoskeletal Tissues and Interfaces
Editors: Syam Nukavarapu, Joseph W. Freeman and Cato T. Laurencin
Part I: Chapter 3
Publisher: Taylor and Francis Group
On Press, March/ 31/ 2015Other authorsSee publication
Patents
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Induced Pacemaker and Purkinje Cells from Adult Stem Cells
Filed US US 20170182099 A1
Adult stem cells are reprogrammed to form pacemaker cells and Purkinje cells through the sequential activation of SHOX2>TBX5>HCN2. These Purkinje cells spontaneously surround and connect with the larger pacemaker cells, thus forming an induced sinoatrial body that produces funny current and can make cardiovascular tissues beat in a manner similar to a natural sinoatrial node.
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