A nano spun polymeric
fiber matrix is characterized by extremely high surface which can be
directly targeted, constructed into 3-dimensional shapes matching a wide
variety of applications, cavities in the human body.
A nano fiber matrix is
especially applicable for membranes and products demanding;
- High surface area with predicable porosity
- Integrated laminate combinations of polymers
each focused to meet specific barrier applications like hydrophobic,
- Biodegradable matrices designed to erode in
timely intervals containing cavities for drug eluting cocktails and
biology specimens such as collagen, fibrin, thrombin
- Biodegradable matrices are so useable for
selective cell growth like fast endothelialization by busting NO or
for controlling cell proliferation by cytostatics or immune
Products which we believe
can be refined by the nano spinning process are;
Patches for wound healing
of burns, bedsore and warts or highly flexible gaze and net laminates
with inert biocompatible surfaces or a hydro gel center absorbing
humidity and dispensing drugs.
Hemostats with collagen
and biodegradable surgical adhesion tapes with fibrin / thrombin for
suture repair inclusive advanced healing for vascular anastomosis and
intestine surgery by drug elution.
Drug carriers like
biodegradable flexible wraps placed for drug release on specific sites
to provoke and control the cell integration with implants.
Filtration by targeted
screen size combined with osmosis membranes.
Heparin loaded tube
connectors and haemostatic valve materials.
Mats or tubes for
scaffolding of cell growth, artificial tissue and organ repair.