传统的血液分析器能够计算血细胞流动的数量，并能计算出血细胞的大小尺寸，但由于拍摄速度的限制，现有的技术并不能对血细胞进行详细拍摄。
Traditional blood analyzers can count cells and extract information about their size, but they cannot take pictures of every cell because no camera is fast enough and sensitive enough for the job.
运用计算机模式识别技术自动识别血细胞图像是模式识别在医学图像领域应用的一个重要研究课题。
It is an important topic in the field of medicine image to make research on Blood Cell image recognition with Computer Pattern recognition technique.
具有血细胞吸附力的病毒，可以计算其吸附红细胞的病灶区数滴定。
Hemadsorbing viruses can be titrated by counting the number of focal areas to which RBC are absorbed.
再过数十年，普通人类大脑将装有数百亿个血细胞大小、能有效将我们生物智能扩大数翻数10亿番的计算机。
In a few decades, the average human brain will host billions of blood-cell-sized computers that will effectively multiply our biological intelligence a billion fold.
再过数十年，普通人类大脑将装有数百亿个血细胞大小、能有效将我们生物智能扩大数翻数10亿番的计算机。
In a few decades, the average human brain will host billions of blood-cell-sized computers that will effectively multiply our biological intelligence a billion fold.
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