Producing a combined matrix and cells in situ on a damaged tissue and apparatus for implementing the same
AssigneeNanomedic Technologies Ltd.
InventorsClaudia Monica BARZILAY, Chen BARAK, Mark DARTY
Life of this patent
Estimating the term…
Abstract
A method of producing a matrix in situ on a damaged tissue; said method comprising steps of: producing a fibrous scaffolding mat by means of electrospinning a fiber-containing medium on said damaged tissue; applying a bioactive material to said damaged tissue; said bioactive material is selected from the group consisting of human cells, stem cells, manipulated cells, collagen, gelatin, blood or blood components and any combination thereof.
Claims18
-15. (canceled)
A method of applying bioactive material in situ to a damaged tissue;
- said method comprising
- producing a fibrous scaffolding mat by means of electrospinning a medium containing a fiber and/or polymer on said damaged tissue;
- and
- electrospraying said bioactive material on said damaged tissue, said bioactive material being selected from the group consisting of cells, stem cells, manipulated cells, polymer, blood, blood components, and any combination thereof.
A portable apparatus for applying bioactive material in situ on a damaged tissue, said apparatus comprising
- an electrospinning arrangement configured for electrospinning a medium comprising a fiber and/or a polymer in situ on a damaged tissue such that a fibrous scaffolding mat is produced, the electrospinning arrangement comprising a medium container configured for accommodating the medium;
- and
- an electrospraying arrangement configured for electrospraying a bioactive material selected from the group consisting of cells, stem cells, manipulated cells, polymer, blood or blood components, and any combination thereof, on the damaged tissue, the electrospraying arrangement comprising a material container configured for accommodating the bioactive material.
Dependencies are inferred from the claim text.