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We are a diverse group of mechanical engineers whose research goals include:

  • The development of a space-based MEMS hematology analyzer
  • The modeling and prediction of interaction forces among neuronal proteins such as dynein and tubulin under mechanical load | Two | One
  • Prediction of the self-assembly rate of collagen fibrils in vertebrate and non-vertebrates, utilizing polymerase chain reaction (PCR) techniques for DNA amplification
  • Prediction of diameter aggregation limit for collagen fibrils
  • The design of L100 nanomanipulator interface for use with Nikon TE-2000 microscope
  • Construction of a demonstration bench-top atomic force microscope (AFM) Frosh design photo | Instrument Photo | Full Manual
  • Design and construction of a highly parallel polymeric microbeam array for piconewton cellular force transduction.



Bradley Edward Layton | Research | Publications | Teaching | People | Lab Tour | Resources

Department of Mechanical Engineering and Mechanics
Room 151G Curtis Hall
3141 Chestnut Street
Philadelphia, PA 19104-2884
Email: blay@drexel.edu
Continuously updated © 2004 Bradley Edward Layton

Nanomanipulator