| Page 01 |
The Contents (this sitemap) |
| Page 02 |
The advantages |
| Page 03 |
Culture conditions as close as possible to the situation within an organ |
| Page 04 |
Selecting a suitable support for optimal cell anchorage and differentiation |
| Page 05 |
The cell support is placed in a carrier for further handling |
| Page 06 |
Per(i)fusion of culture medium is necessary for optimal differentiation in vitro |
| Page 07 |
Per(i)fusion culture container |
| Page 08 |
NEW Gradient culture container for a single tissue carrier |
| Page 09 |
Gradient culture container for 6 tissue carriers |
| Page 10 |
The microscope per(i)fusion chamber |
| Page 11 |
NEW Container Tissue Factory |
| Page 12 |
Tissue engineering container |
| Page 13 |
Gas exchange module |
| Page 14 |
Instructions for use part 1 |
| Page 15 |
Instructions for use part 2 |
| Page 16 |
Instructions for use part 3 |
| Page 17 |
Settling of cells |
| Page 18 |
Flow chart of cell detection on non-transparent supports |
| Page 19 |
Screw cap |
| Page 20 |
Gas expander module to minimize bubbles in the medium |
| Page 21 |
Our offer |
| Page 22 |
Dimensions of offered tools |
| Page 23 |
Courses |
| Page 24 |
Book publication (Text in German language)
"Von der Zellkultur zum Tissue engineering" |
| Page 25 |
Book publication (Text in German language)
"Zukunftstechnologie Tissue Engineering -
Von der Zellbiologie zum künstlichen Gewebe" |
| Page 26 |
Book publication
"Tissue Engineering - Essentials for Daily Laboratory Work" |
| Page 27 |
NEW Latest book publication (Text in German language)
"3D Kulturen - Zellen, Kultursysteme und Environment" |
