Loma Linda University

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Chandrasekhar Kesavan, PhD
Asst Res Prof, Medicine
School of Medicine
Presentations    Research Presentations -- National
    1. Kesavan C, Wergedal and Mohan S. Conditional Disruption of the miR17-92 Cluster in Osteoblasts Impairs Skeletal Growth and Periosteal Response to Mechanical Loading 35th ASBMR annual meeting held at Baltimore.
    ( 9/2013 )
    1. Kesavan C, Srivastva A, Aziz T, Mohan S. ENU chemical mutagenesis reveals that the distal region of mouse chromosome 11 contains a key bone size mechanoresponsive gene. 33rd ASBMR annual meeting held at San Diego.
    ( 9/2011 )
    1. Kesavan C and Mohan S. Anabolic response to skeletal loading in mice with targeted disruption of pleiotrophin gene. 30th ASBMR annual meeting held at Montreal, Canada.
    ( 9/2008 )
  Poster Presentation
    1. Kesavan C, Mohan S, Brommage R, Wergedal JE. Wnt16 Is an Important Regulator of Bone Size and the Periosteal Bone Formation Response to Mechanical Loading. 35th ASBMR annual meeting held at Baltimore.
    2. Muthusamy K, Mohan S, Nagamani S, Kesavan C. Identification of Novel Small Molecules That Bind to the Loop2 Region of Sclerostin –An In Silico Computational Analysis. 35th ASBMR annual meeting held at Baltimore.
    ( 9/2013 - 9/2014 )
    1. Antony S, Mohan S, Wergedal JE, Rungaroon J and Kesavan C. Systemic Administration of an Antagomir Designed to Inhibit miR-92, a Regulator of Angiogenesis, Failed to Modulate Skeletal Anabolic Response to Mechanical Loading. 34th American soceity of bone and mineral research conference.
    ( 9/2012 - 10/2012 )
    1. C. Kesavan, D. J. Baylink, J. E. Wergedal, S. Mohan. Inbred Mouse Strains Exhibit Variations In The Skeletal Adaptive Response to 4-Point Bending: Evidence For Involvement Of Different Genetic Mechanisms. 26th ABSMR annual meeting held at Washington.
    2. C. Kesavan, S. Mohan, J. Wergedal, D. J. Baylink. Bone Anabolic Response To A Mechanical Load Is A Complex Trait And Involves Bone Size, Material Bone Density (mBMD) And Volumetric Bone Density (vBMD) Phenotypes. 26th ASBMR annual meeting held at Washington.
    3. C. Kesavan, S. Mohan, S. Oberholtzer, D. J. Baylink. Evidence That BMD Response To Mechanical Loading (ML) In Vivo Is Caused By Acute Up-Regulation Of Both Bone Formation (BF) Genes And Down Regulation Of Bone Resorption (BR) Genes. 26th ASBMR annnual meeting held at Washington.
    ( 10/2004 )
    1. W. Xing, D. J. Baylink, C. Kesavan, S. Mohan. Transfer of 128-kb BMP-2 Genomic Locus by HSV-Based Infectious BAC Stimulates Osteoblast Differentiation: A Platform for Functional Genomic Studies. 26th ASBMR annual meeting held at Washington.
    2. W. Xing, D. J. Baylink, C. Kesavan, H. Yu, R. B. Chadwick, Y. Hu, R. Rajkumar, S. Mohan. Global Analysis of 22,000 Genes in the Bones Reveals Involvement of Several Novel Genes/ESTs and Pathways in Mediating the Anabolic Response of Mechanical Strain in Mice In Vivo. 26th ASBMR annual meeting held at Washington.
    3. S. K. Lee, K. Govoni, Y. Chung, C. Kesavan, D. J. Baylink, D. LeRoith, T. Clemens, S. Mohan. Targeted Disruption of IGF-I Gene in Mature Osteoblasts Using Human Osteocalcin Promoter Driven Cre in Mice. 26th ASBMR annual meeting held at Washington.
    ( 10/2004 )