Nowlan:Research

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== Research Interests ==
== Research Interests ==
The Developmental Biomechanics Lab combines experimental and computational approaches to the study of the role of mechanical forces on prenatal skeletal development. When there is not enough movement in the womb, bones and joints can be severely affected, but the underlying reasons are not well understood. It is unclear how much movement, and what type of movements, are important for normal development of the skeleton. The aim of the multidisciplinary research done being conducted in the Nowlan Lab is to enhance our fundamental understanding of the role of mechanical forces on the formation, adaptation and maintenance of healthy cartilage and bone.
The Developmental Biomechanics Lab combines experimental and computational approaches to the study of the role of mechanical forces on prenatal skeletal development. When there is not enough movement in the womb, bones and joints can be severely affected, but the underlying reasons are not well understood. It is unclear how much movement, and what type of movements, are important for normal development of the skeleton. The aim of the multidisciplinary research done being conducted in the Nowlan Lab is to enhance our fundamental understanding of the role of mechanical forces on the formation, adaptation and maintenance of healthy cartilage and bone.
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== Current Research Highlights ==
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[[Image:Research highlights.tif]]
== Key Topics ==
== Key Topics ==
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* Model systems of abnormal prenatal movement
* Model systems of abnormal prenatal movement
* Mechanobiological computational models of skeletogenesis
* Mechanobiological computational models of skeletogenesis
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* Using computational simulations to explore the evolution of human bone
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* Fetal movement as a biomarker for fetal health
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== Current Research Highlights ==
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[[Image:Research highlights.tif]]
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Research Interests

The Developmental Biomechanics Lab combines experimental and computational approaches to the study of the role of mechanical forces on prenatal skeletal development. When there is not enough movement in the womb, bones and joints can be severely affected, but the underlying reasons are not well understood. It is unclear how much movement, and what type of movements, are important for normal development of the skeleton. The aim of the multidisciplinary research done being conducted in the Nowlan Lab is to enhance our fundamental understanding of the role of mechanical forces on the formation, adaptation and maintenance of healthy cartilage and bone.

Current Research Highlights

Image:Research highlights.tif

Key Topics

  • Mechanobiology of the developing skeleton
  • The effects of abnormal prenatal movements on bone and joint development
  • Joint morphogenesis
  • Developmental dysplasia of the hip (DDH)
  • Model systems of abnormal prenatal movement
  • Mechanobiological computational models of skeletogenesis
  • Fetal movement as a biomarker for fetal health
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