La notizia è apparsa oggi sul sito ufficiale. Non riguarda direttamente l'hair moltiplication ma un altro progetto che stanno studiando...direi che i risultati ci sono e sono davvero incredibili!
L'intercytex dimostra di essere seria e molto attiva:
ecco la news:
Intercytex announces world first in skin repair using laboratory-manufactured human skin
26th June 2007
First artificial living skin graft to demonstrate full, consistent wound integration and persistence represents important landmark in regenerative medicine
Cambridge, UK: Intercytex Group plc, the cell therapy company focused on aesthetic medicine and tissue repair, announces today a clinical breakthrough in regenerative medicine following the conclusion of a clinical trial in which laboratory-made living human skin has been fully and consistently integrated into the human body for the first time. ICX-SKN contrasts with all other living skin graft alternatives which biodegrade in situ after a matter of weeks.
In the trial (which is published today in the July issue of Regenerative Medicine, available now for online viewing at www.futuremedicine.com), a full-thickness skin sample was excised from the upper arm of six volunteers and replaced with Intercytex' skin graft replacement product, ICX-SKN. After 28 days both visual and histological analysis showed that in all volunteers the ICX-SKN grafts were rapidly vascularised and overgrown with the hosts' own cells, resulting in a fully integrated skin graft that had closed and healed the wound site.
ICX-SKN comprises a collagen-based matrix produced by the same skin cells - human fibroblasts - that are responsible for laying down the collagen in natural skin. The fibroblasts weave a collagen structure which mimics that found in skin and which shares many of the structural attributes of skin. Intercytex' scientists believe that the combination of living human fibroblasts in a human fibroblast-produced matrix underpins the integration and acceptance of ICX-SKN by the host skin. To date, other living regenerative medicine skin constructs have degraded too quickly to act as skin grafts when implanted in the human body.
In certain wounds and burns the use of skin grafts taken from a different part of the patient's own body is the optimal treatment to obtain wound closure. However, their use is avoided wherever possible because skin grafting itself is a painful and traumatic process that creates an additional wound. ICXSKN rep
L'intercytex dimostra di essere seria e molto attiva:
ecco la news:
Intercytex announces world first in skin repair using laboratory-manufactured human skin
26th June 2007
First artificial living skin graft to demonstrate full, consistent wound integration and persistence represents important landmark in regenerative medicine
Cambridge, UK: Intercytex Group plc, the cell therapy company focused on aesthetic medicine and tissue repair, announces today a clinical breakthrough in regenerative medicine following the conclusion of a clinical trial in which laboratory-made living human skin has been fully and consistently integrated into the human body for the first time. ICX-SKN contrasts with all other living skin graft alternatives which biodegrade in situ after a matter of weeks.
In the trial (which is published today in the July issue of Regenerative Medicine, available now for online viewing at www.futuremedicine.com), a full-thickness skin sample was excised from the upper arm of six volunteers and replaced with Intercytex' skin graft replacement product, ICX-SKN. After 28 days both visual and histological analysis showed that in all volunteers the ICX-SKN grafts were rapidly vascularised and overgrown with the hosts' own cells, resulting in a fully integrated skin graft that had closed and healed the wound site.
ICX-SKN comprises a collagen-based matrix produced by the same skin cells - human fibroblasts - that are responsible for laying down the collagen in natural skin. The fibroblasts weave a collagen structure which mimics that found in skin and which shares many of the structural attributes of skin. Intercytex' scientists believe that the combination of living human fibroblasts in a human fibroblast-produced matrix underpins the integration and acceptance of ICX-SKN by the host skin. To date, other living regenerative medicine skin constructs have degraded too quickly to act as skin grafts when implanted in the human body.
In certain wounds and burns the use of skin grafts taken from a different part of the patient's own body is the optimal treatment to obtain wound closure. However, their use is avoided wherever possible because skin grafting itself is a painful and traumatic process that creates an additional wound. ICXSKN rep
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