首页> 外国专利> METHOD FOR FORMING A BIOLOGICAL DRESSING FOR REGENERATING SKIN (INTEGUMENTARY SYSTEM) AND THE INTEGUMENTARY ANNEXES BY MEANS OF CLONOGENIC ADHERENT CELLS OF ENDOMETRIAL ORIGIN.

METHOD FOR FORMING A BIOLOGICAL DRESSING FOR REGENERATING SKIN (INTEGUMENTARY SYSTEM) AND THE INTEGUMENTARY ANNEXES BY MEANS OF CLONOGENIC ADHERENT CELLS OF ENDOMETRIAL ORIGIN.

机译:通过子宫内膜起源的克隆性粘附细胞形成皮肤再生生物修复剂的方法(整合系统)和整合附件。

摘要

The present invention refers to devices and methods for isolating adherent endometrial microexplants and their clonogenic stromal cells resulting therefrom, obtained from the menstrual flow, which are developed and used for the construction of biological dressings for regenerating or restoring or healing skin wounds; also refers to the culture, harvest and use thereof for the reconstruction of biological dressings for regenerating or restoring or healing wounds caused by burns (radiation or chemical), ulcers of any type and origin, wounds caused by friction or any other mechanism that causes the loss of the structural integrity of the skin, tegument annexes, and circulation annex to the area of the wound. The invention is formed by devices and methods for the recollection and isolation of microexplants that allow the cloning of explants, endometrial adherents and stromal clonogenic cells for the restoration of wounds that cause the loss of the structural integrity of the skin or tegum ent, tegument annexes such as circulation annex to the damaged area.
机译:本发明涉及从月经流中分离出的分离粘附的子宫内膜微外植体及其由此产生的克隆形成基质细胞的装置和方法,这些装置和方法被开发并用于构建生物敷料以再生或恢复或治愈皮肤伤口。还指培养物,收获物及其用于重建生物敷料的用途,这些生物敷料用于再生或恢复或治愈由烧伤(辐射或化学性),任何类型和起源的溃疡,由摩擦引起的伤口或任何其他引起伤口的机制引起的伤口皮肤,眼睑附件和伤口附件的循环附件的结构完整性丧失。本发明是由用于回收和分离微外植体的装置和方法形成的,该设备和方法允许外植体,子宫内膜粘附物和基质克隆细胞的克隆,以恢复造成皮肤或胫骨,外被膜附件结构完整性丧失的伤口。例如流通附件到受损区域。

著录项

  • 公开/公告号MX363247B

    专利类型

  • 公开/公告日2019-03-05

    原文格式PDF

  • 申请/专利权人 LABORATORIOS GEM S.A. DE C.V.;

    申请/专利号MX20140001981

  • 发明设计人 RICARDO RANGEL MARTINEZ;

    申请日2014-02-19

  • 分类号C12N5/0775;A61K35/48;A61P17/02;

  • 国家 MX

  • 入库时间 2022-08-21 12:01:41

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