Luftaufnahme Hohenstein Institute



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5/12/2010

Hohenstein researchers make progress on biotolerance of textile implants

Stem cells stimulate regeneration of vascular tissue to allow for optimised integration of textile implants

Press release:

HOH_Biotoleranz_textiler_Implantate_05-2010_EN.pdf
HOH_Biotoleranz_textiler_Implantate_05-2010_EN.pdfpdf (HOH_Bi...)
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Figure 1:
Directed formation of blood vessels in a textile implant that has been colonised with stem cells. The dense capillary network is clearly visible. (Scale = 500 µm).

Photograph: Hohenstein

   
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Figure 2:
Negative control: An implant colonised with connective tissue cells in which vascularisation did not take place (scale = 500 µm).

Photograph: Hohenstein

   
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Figure 3:
A PLA-fibre (top right) colonised with adult human stem cells. The cells were genetically modified so that the continually produced the red, fluorescent protein mCherry (scale = 20 µm).

Photograph: Hohenstein

   
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Figure 4:
Histological section of the textile implant filled with newly formed capillaries. The capillaries (red) were immune-labelled with the help of specific antibodies (scale = 300µm).

Photograph: Hohenstein

   
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Figure 5:
Graphic: Textiles colonised with stem cells secrete signalling molecules that stimulate the development of new capillaries from existing blood vessels.

Photographs: iStockphoto.com/bubaone/Hohenstein

   
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If you have any queries relating to this text, please contact:

Helmut Müller
+49 7143 271-709
+49 7143 271-721
E-Mail to Helmut Müller
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