Samira Farboodmanesh, University of Massachusetts
- Control interfiber spacing, fiber orientation and pore size of electrically spun nanofiber scaffolds
- Recent advances in controlling individual continuous fiber employing rotating/translating collects with focused electrical fields
Nataliya Fedorova, North Carolina State University
- Feasibility of using spunbond technology and novel fibers to produce nanofibers
- Relationship between polymer composition, fiber construction and fiber/fabric properties investigated
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Kris Senecal, US Army Natick Soldier Center
- High surface area electrospun fiber membranes with bonded molecular recognition elements to capture biological agents in the food supply
- Novel fiber sampling devices can be tailored for other biosensor platforms
Dapeng Li, Cornell University
- Parameters of biotin loading PLA fibers for their use in biohazards
- Effects of biotin loading and dispersion in the fiber; relation of fiber size and fabric porosity to the fabric’s use as a sensor substrate
Chris Shields, Finetex Technology, Inc
- Advancing technology is decreasing costs of electrospun nonwovens; subsequently new market applications are being created for these fabrics
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