The cartilage tissue-engineering bioreactor simulates dynamic hydrostatic pressure conditions in vivo.
It applies pressure at adjustable magnitudes and frequencies to support the formation of engineered human cartilage.
Pressure, frequency, and medium flow can be adjusted, and multiple constructs can be cultured in an enclosed system designed to reduce contamination.
Model:BQ-1800
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Product Categories
| Application Areas | Healthcare, environmental protection, biotechnology, pharmaceuticals and biopharmaceuticals, general applications |
|---|---|
| Hydrostatic pressure range | 0–1 MPa |
| Frequency-control range | 0-10 Hz |
| Culture capacity | 1–4 specimens |
| Power supply | AC220 V±10%/50 Hz±2% |
| Output power | 100 W |
| External dimensions (mm) | 450×450×500 |
Dynamic hydrostatic pressure is important in chondrocyte culture.
When chondrocytes are combined with biodegradable materials to engineer cartilage, static culture can produce defects such as hollow regions and mechanical properties far below those of native cartilage, limiting suitability for transplantation.
Some reported pressure-culture systems lack an enclosed environment or sustained dynamic hydrostatic loading, which can limit culture duration and performance.
The cartilage tissue-engineering bioreactor simulates dynamic hydrostatic pressure conditions in vivo.
It applies pressure at adjustable magnitudes and frequencies to support the formation of engineered human cartilage.
Pressure, frequency, and medium flow can be adjusted, and multiple constructs can be cultured in an enclosed system designed to reduce contamination.
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