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A barrier to successful transplantation of lab-grown organs and tissue is the inability to generate a viable network of blood vessels that integrates the new tissue into the patient. Now, a new way of growing blood vessels that uses patient-derived 3-D scaffolds - as opposed to artificial ones - could meet this need and deliver a significant boost to regenerative medicine.
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They suggest because their method of growing blood vessels in a 3-D scaffold uses cells from the patient, it reduces the risk of transplant rejection.
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The results show that over a 3-day period, the EPCs had established a new network of blood vessels within the human platelet lysate gel. This contrasted with "negligible formation of an interconnected capillary network within collagen I or fibrin gels." [emphasis in original]
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originally posted by: chr0naut
a reply to: BO XIAN
Found it (or something similar):
Hearts beating through decellularized scaffolds: whole-organ engineering for cardiac regeneration and transplantation. - PubMed