Treatment of Lumbar Intradiscal Pathology by Means Ofpercutaneous Through the Use of Tissue MicrograftingSoft of The Auricular Cartilage (Perichondrium), of ThePatient Himself by Inaki Arrotegui in Surgery & Case Studies Open Access Journal in Lupinepublishers
The principle on which this technology
is based is to use healthy counterpart connective tissue of the same
patient processed with KIT to regenerate its own damaged tissue.
The affinity of the donor and recipient tissue used contributes a
high differentiation and potentiality obtaining as a result a great
cellular regenerative efficiency. Patented technology applied to
a surgical instrument, sterile and disposable, which by means of
mechanical disintegration in small tissue particles isolates SVFs
with high regenerative power. 1: 1 ratio With 1 cm2 of healthy
tissue (biologically different) We regenerate 1cm2 of damaged
tissue. Proportion 1:20 With 1 cm2 of healthy tissue (biologically
homologous) we regenerate 20 cm2 of damaged tissue.It is based on the Theory of
MICROINJERTO TISULAR. Using WOVEN HOMOLOGOUS FABRIC
(AUTOLOGOUS) + Kit you get how: THE REGENERATION OF
DAMAGED TISSUE. Surgical concept: The smaller the dimension
of the graft, the easier it is to integrate into the implanted tissue.
Biological concept: The size of the SVF (Vascular Stromal Fracture)
cells is approx. 50 microns. This selection and isolation we
obtain are those that have a greater potentiality, greater power of
differentiation and a high efficiency in cell regeneration. Example:
To regenerate articular cartilage we use: Auricular Cartilage +
Perichondrium Articular cartilage: It is a cartilage of hyaline type
that lacks vascularization whose free surface is not covered by
perichondrium. Perichondrium: A layer of fibrous and compact
connective tissue that lines the cartilage, except the joint. It is highly
innervated and vascularized. When we extract healthy connective tissue HOMOLOGOUS to
the damaged tissue that we want to regenerate, the action of the
SVF induced by the pericytes and endothelial cells that increase its
vascularization is increased, therefore we take advantage of 95%
of its.
For more Lupine Publishers Open Access Journals Please visit our
website:
For more Surgery Journal articles Please Click Here:
To know more about Open Access Publishers please click on Lupine Publishers
No comments:
Post a Comment