Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传，提供流体动环境，施液诱导剪应，而促软特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导剪应力，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营能力，提供流体动力环境，施液诱导剪应力，进而促进软性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导应力，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导剪应力，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反器可以提高营养传输能，提供环境，施液诱导剪，而促软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导剪应力，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导剪应力，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

氧沉淀（可用作吸杂）会使屈服强度（临界剪）低为五之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反器可以提高营养传输能，提供流体动环境，施液诱导剪，进而促进软骨特异性基质蛋白的合成。

Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.

淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施液诱导剪应力，进而促进软骨特异性基质蛋白的合成。