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Patent Details

Applicant:
Indian Institute of Technology (IIT) Roorkee 
Title:
Magnetic-field actuated hybrid nanofiber scaffold and apparatus for 4D tissue engineering 
Inventor(s):
P.Gopinath and S. Uday Kumar 
Applicant:
Indian Institute of Technology (IIT) Roorkee 
Application type:
Applied - 2017-03-03 
Application Number:
201711007507 
Applied at:
India 
Entered by:
Indian Institute of Technology (IIT) Roorkee 
Abstract:
The present invention relates to biomaterials comprising multi-dimensional functionalized scaffold useful for tissue generation and, more specifically to magnetic nanoparticle impregnated nanofibers scaffold for 3D cell culture and fabrication of a low-cost apparatus to maneuver the 3D scafold. The present invention provides a hybrid multi-layered nanofibrous scaffold and a four dimensional dynamic cell culture apparatus. The hybrid scaffold apart from providing ECM-like scaffold, also meticulously simulates mechanical stress cycles that cells experience under in-vivo conditions. The hybrid scaffold impregnated with super-paramagnetic magnetite nanoparticles are levitated under the influence of external magnetic field and are further actuated to undergo biaxial stretch cycles at stipulated frequency. The hybrid scaffold is a tri-layer nanofiber composite structure that is fabricated by subsequent layer by layer deposition of successive nanofibers by mask electrospinning technique. For monitoring cells on a real-time basis under microscopes, the apparatus is provided with sufficient head space over the tissue culture plate for positioning microscope lenses. The circular slot provided at the base of the apparatus perfectly accommodates cell culture plates and also enables easy transmission of light during microscopic observation without any interference of the apparatus body.  

 
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