最近发表的研究表明，植入前胚胎的微振动显着增加受精率。 在自然界中，胚胎以6hz的慢速和20Hz的短脉冲暴露于振动。 它是由纤毛是appearsto重要搅动后者，快速输卵管液的微振动。 当使用NSSB-300机械振动仪器模拟这些短脉冲时，妊娠率可以增加多达50％。 整个振动台设计成适合紧贴各种孵化室，准备以设定的间隔施加微振动。 通常，NSSB-300系统设置为每小时一次振动5秒钟以获得最大效果。 将您的体外受精技术提高到一个新的水平。

NSSB-300 Mechanical Vibration Instrument

Improving Oocyte and Embryo Incubation

Embryos love to be shaken not stirred

Recent published studies show that micro-vibration of pre-implantation embryos dramatically increases fertilization rates. In nature, embryos are exposed to vibration at a slow rate of 6 hz and short bursts of 20Hz. It’s this latter, fast micro-vibration of oviductal fluid being agitated by the cilia that appearsto be important. When these short bursts are mimicked using the NSSB-300 Mechanical Vibration Instrument, rates of pregnancy can increase by as much as 50%. The entire vibrational table is designed to fit snugly into various incubation chambers ready to apply micro-vibration at set intervals. Typically the NSSB-300 System is set to vibrate for a mere 5 seconds once every hour for maximum effect. Take your in vitrofertilization technique to the next level.

Efficient production of blastocysts from 1) parthenogenetically activated oocytes and 2) somatic cell nuclear transfer (SCNT) embryos

Pig follicular oocytes were matured in vitro with or without mechanical vibration. Matured oocytes were

activated by ultrasound and cultured in vitro.

Pig follicular oocytes were matured in vitro with or without mechanical vibration. Matured oocytes

were enucleated and fused with miniature pig somatic cells to produce SCNT embryos.

The embryos were activated by ultrasound and cultured in vitro.