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The Embryo Toxicity Research of Manufacturing Water of Medical Device of in Vitro Fertilization Technology / 中国医疗器械杂志
Chinese Journal of Medical Instrumentation ; (6): 439-442, 2020.
Article in Chinese | WPRIM | ID: wpr-942758
ABSTRACT
Water is an important component in liquid medical device products for human assisted reproductive technology. Water traits, conductivity, microbial limits, total organic carbon, easy oxides, heavy metal content, bacterial endotoxin and other indicators have an important impact on sperm, egg and embryo development in vitro, so for such products, the quality of water control is extremely important. The production water for producing such products is generally prepared by MilliQ purification system. In this research, we used four different types of water to fabricate the IVF liquids. It included deionized reverse osmosis water, ultra purified water and ultra purified water without endotoxin or nucleic acid, and compared with tap water. The in vitro rat embryo test system was used to study the embryotoxicity of this four different culture liquid production waters. From the result, the group of the super purified water without endotoxin and nucleic acid has the best result of the embryo formation rate, the number of total cell number and the inner cell number. This study proved the importance of removing endotoxin and nucleic acid from the water used for the preparation of the liquid products for assisted reproduction, and provided the basis for the selection of water quality for the liquid products for assisted reproduction.
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Full text: Available Index: WPRIM (Western Pacific) Main subject: Research / Technology / Water / Fertilization in Vitro / Equipment Contamination / Reproductive Techniques, Assisted / Embryonic Development Limits: Animals / Humans Language: Chinese Journal: Chinese Journal of Medical Instrumentation Year: 2020 Type: Article

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Full text: Available Index: WPRIM (Western Pacific) Main subject: Research / Technology / Water / Fertilization in Vitro / Equipment Contamination / Reproductive Techniques, Assisted / Embryonic Development Limits: Animals / Humans Language: Chinese Journal: Chinese Journal of Medical Instrumentation Year: 2020 Type: Article