YY/T 0606.25-2014
Tissue engineered medical product.Part 25: Quantification of remnant DNA in biological materials utilizing animal tissues and their derivatives: Fluorescence method (English Version)
- Standard No.
- YY/T 0606.25-2014
- Language
- Chinese, Available in English version
- Release Date
- 2014
- Published By
- Professional Standard - Medicine
- Status
- 2024-01
- Replace By
- YY/T 1876-2023
- Latest
- YY/T 1876-2023
- Scope
- This part of YY/T 0606 applies to final products or intermediate products of animal-derived biological materials and their derivatives, animal-derived scaffold materials used as matrices or scaffolds for tissue engineering medical products, and can also be used for human-derived materials. The test methods described in this section are used for the quantitative detection of residual DNA in biological materials of animal origin. The detection results are valid if the DNA residual amount of the sample to be detected is within the detection sensitivity of the method described in this section. For each specific sample, whether the test conditions are set appropriately requires appropriate methodological verification. In addition to the methods selected in this standard, other equivalent methods may be adopted. Users implementing this section shall establish appropriate safety and health regulations and stipulate the applicability of management regulations.
YY/T 0606.25-2014 history
- 2023 YY/T 1876-2023 Determination of DNA residues in animal-derived biological materials of tissue engineering medical products: Fluorescent staining method
- 2014 YY/T 0606.25-2014 Tissue engineered medical product.Part 25: Quantification of remnant DNA in biological materials utilizing animal tissues and their derivatives: Fluorescence method
YY/T 0606.25-2014 Tissue engineered medical product.Part 25: Quantification of remnant DNA in biological materials utilizing animal tissues and their derivatives: Fluorescence method was changed to YY/T 1876-2023 Determination of DNA residues in animal-derived biological materials of tissue engineering medical products: Fluorescent staining method.
