Country
|
University / Institute / Research Group
|
Research Subject
|
Link
|
Australia
|
Deakin University - Centre for Material and Fibre
Innovation (CMFI)
|
Electrospinning of bi-component nanofibres
|
spin
|
Australia
|
University of Wollongong - The Intelligent Polymer
Research Institute (IPR)I
|
Inherently Conducting Polymers (ICPs) or carbon nanotubes to act as
the sensing and actuating elements within Intelligent material
systems.
|
spin
|
Australia
|
CSIRO Materials Science and Engineering - Dr. Yen
Truong
|
Electrospun membranes for the growth of cells
|
spin
|
Belgium
|
Ghent University - Dr. Karen DE CLERCK
|
Fibre morphology and characterisation, Electrospinning and
nanofibres
|
spin
|
China
|
Donghua University - Ji-Huan He
|
Bubble-electrospinning for mass-fabrication of nanofibers
|
spin
|
Germany
|
Max-Planck-Institute for Colloids and Interfaces -
Professor Markus Antonietti
|
Structural hierarchy and electrospinning
|
spin
|
Germany
|
Philipps-Universität Marburg - Group of Prof.
Wendorff
|
Evaluation of the intrinsic order, Control of surface topology,
Introduction of functional elements, Tissue engineering using
biodegradable polymers
|
spin
|
Germany
|
The Fraunhofer IGB - Dr. Thomas Schiestel
|
Inorganic and polymeric membranes
|
spin
|
India
|
Indian Institute of terchnology Madras - Dr. T. S.
Natarajan
|
Developed inexpensive Electrospinning apparatus. Conducting
research in nano fibers with conducting composites for different
applications including Food packaging.
|
spin
|
Iran
|
Asian Nanostructures Technology Company
(ANSTCO)
|
An Iranian leading company in the production of a wide variety of
organic and/or inorganic nanofibers and nanoparticles through
electrospinning and electrospraying processes.
|
spin
|
Israel
|
Russell Berrie Nanotechnology Institute - Dr. Eyal
Zussman`s Group
|
Electrospinning of functionalized nanofibers
|
spin
|
Italy
|
University of Bologna - The Research Group on
Electrospinning (RGE)
|
RGE intends to be a network research center dedicated to investigate
on electrospinning.
|
spin
|
Japan
|
Yamagata University - Koyama Laboratory
|
Beads formation in solution electrospinning
|
spin
|
New
Zealand
|
University of Canterbury - BioMATE
|
Electrospinning of biopolymer nanofibres
|
spin
|
Portugal
|
University of Aveiro - Dr. José A. Lopes da Silva
|
Electrospinning of synthetic polymers and biopolymers, bi-component
fibers, for biomedical and separation applications
|
spin
|
Russian
Federation
|
Karpov Institute of Physical Chemistry - Fiber
Materials Electrospinning Laboratory
|
Polymer micro- and nanofiber materials (Petrianov Filter)
electrospinning process
|
spin
|
Singapore
|
National University of Singapore-NanoBioEngineering
|
Advanced Electrospinning Process
|
spin
|
Sweden
|
Swerea IVF
|
Relations between the fibre spinning process and the formation of
nanofibres as well as on relations between material properties and
formation of fibres and on functionalization of fibres
|
spin
|
Switzerland
|
Empa - a Research Institute of the ETH Domain
|
Non-wovens made of directional nanofibers to be used for sensor
and tissue engineering applications
|
spin
|
UK
|
The University of Manchester - Biomaterials
|
Tissue Regeneration
|
spin
|
UK
|
The University of Reading - ElectroSPUN (ESPUN)
|
Synthesis, preparation, structure, properties and relationships of
synthetic and biological polymers
|
spin
|
UK
|
UCL Mechanical Engineering
|
Direct Cell Engineering by ay of Electrified Jets/Threads
|
spin
|
UK
|
University of Warwick - Innovative Manufacturing
Research Centre (IMRC)
|
Electrospinning of BioNanofibrils from Plant Protein and
Carbohydrates
|
spin
|
USA
|
Massachusetts Institute of Technology - Rutledge
Group
|
Formation and properties of nanofibers by electrospinning
|
spin
|
USA
|
Michigan State University - The Electronic and
Biological Nanostructures Laboratory
|
Nanobiology
|
spin
|
USA
|
The University of Texas at Dallas - Alan G.
MacDiarmid NanoTech Institute
|
Nanoscale Polymeric Photocells by Advanced Electrospinning
|
spin
|
USA
|
NC State University - The Nonwovens Institute
|
|
spin
|
USA
|
Cornell University - Craighead Research Group
|
Nanofabrication, Nanomaterials, Nano Optics and Electron Transport
|
spin
|
USA
|
Columbia University - Tissue Engineering Resource
Center (TERC)
|
Advance fundamental and translational aspects of functional tissue
engineering
|
spin
|
USA
|
University of Alabama at Birmingham -Center
for Nanoscale Materials and Biointegration
|
Nanostructured Polymeric Biomaterials
|
spin
|
USA
|
University of California at Berkeley - Liwei Lin’s
Group
|
microfabrication technologies, micro heat transfer, micro solid
mechanics, micro dynamics and micro optics
|
spin
|
USA
|
Johns Hopkins University - Mao Research Group
|
Functional scaffolds for cell/tissue engineering, pollymeric materials
for drug and gene delivery
|
spin
|
USA
|
University of Florida - The Sigmund Group
|
Synthesis of Nanomaterials with Novel Properties via electrospinning,
sol-gel, gel combustion, CVD
|
spin
|
USA
|
University of Illinois - Ioannis Chasiotis
|
Electrospinning apparatus for production of polymeric nanofibers
|
spin
|
USA
|
University of Michigan - Martin Research
Group
|
Oriented electrospun nanofibers
|
spin
|
USA
|
Clemson University Smart Structures and NEMS
Laboratory
|
Automated Manipulation of Active Nanofiber Fibrils Systems
|
spin
|
USA
|
Worcester Polytechnic Institute
|
Electrospinning of Carbon Nanotube Reinforced Polymeric Materials,
Effects of Molecular Weight Distribution on the Formation of Fibers of
Electrospinning Polystyrene, Drug Coated Stents
|
spin
|
USA
|
Washington University - Xia Group
|
Neural engineering, drug release, and surface modification
|
spin
|
USA
|
Case Western Reserve University - Gary Wnek
Research Group
|
Electrospinning of nano- and micro fibers and morphology
modulation in polymer blends
|
spin
|
USA
|
University of Cincinnati - Nanoelectronics Laboratory
|
biomaterials for photonic and electronic devices;
electrofluidics-materials and applications: electrospinning,
electrowetting, electrophoresis, electroosmosis
|
spin
|
USA
|
University of Delaware - Delaware Biotechnology
Institute
|
Electrostatic forces to control the shape of polymers and protein
polymers to create nanofibers and nanowebs
|
spin
|
