Examples of using 单细胞 in Chinese and their translations into English
{-}
-
Political
-
Ecclesiastic
-
Programming
单细胞(生物)：由一个细胞构成的生物体。
首先是单细胞的隔间系统，提供绝对压力。
单细胞藻类：230-800.
Unicellular algae: 230- 800.甚至一些单细胞生物也知道要游向光明。
Even some one-celled organisms know to swim to the light.这些单细胞寄生虫适应各种各样的寄主。
These unicellular parasites adapt to a significant range of hosts.在单细胞水平上。
At the single-cell level.他们对单细胞生物的研究使他们在现代科学家中出名。
Her work on unicellular organisms made her famous among modern scientists.它的宣布宣称：“单细胞革命刚刚开始。
Its announcement declared,“The single-cell revolution is just starting.”.青岛所单细胞研究中心主任合作.
The Single Cell Center of Qingdao Institute of Bioenergy and Bioprocess Technology.这包括单细胞淡水绿藻如Selenastrumcapricornutum。
This includes unicellular freshwater green algae such as Selenastrum capricornutum.然而，这些修复活动也可以在单细胞水平观察到。
These phenomena can be observed at the single cell level as well.地球上绝大多数物种是单细胞生物。
The vast majority of life on Earth are single celled organisms.例如，他举例单细胞动物。
Give two examples of unicellular animals.这些单细胞成为植物和动物。
And the single cells became plants and animals.地球上首先出现的生命体是单细胞。
The first living organisms that appeared on earth were single celled.火星上的生命一定是单细胞的生物.
Ever evolved on Mars must be unicellular organisms.单细胞每个单元是一个单独的生物体。
Each individual cell is a separate, unique organism.单细胞如何能够成长为一个完整的有机体。
He investigates how a single cell can become 然后这个单细胞成为所有未来生命的基础。
每个人作为单细胞生存的时间约为半小时。
Every human spent about half 处理单细胞时，大小很重要。
When dealing with single cells, size matters.疟疾是由引起严重发烧的单细胞寄生虫引起的。
Malaria is caused by a single-cell parasite that causes severe fever.开发单细胞RNA速度分析是一项重大突破。
Developing an analysis of RNA velocity for single cells is a major breakthrough.单细胞并不一定会使生物过简单的生活。
Being single-celled doesn't necessarily doom a creature to a simple life.为什么单细胞不能长得很大？?
而在最下面的是单细胞动物。
And at the bottom are the monocellular animals.".它可能是一种单细胞生物。
It's likely a single cell organism.单细胞分析也可以非常方便的对不同病人样本进行比较，找出不同样本中具体的差别。
Single cell analysis can also be very convenient for comparing samples from different cancer patients to find specific differences in tumor immune contexture.微生物群落（包括细菌、单细胞生物和线虫）揭示了关于土壤状态的大量信息。
Microbiological communities, which include bacteria, single-celled organisms and nematodes, reveal a great deal of information about the state of soils.运用单细胞分析技术识别每个细胞亚群，是对每个病人个性化治疗的重要步骤。
Being able to identify each subpopulation using this single cell analysis technique will be an important step towards tailoring treatment to each patient.
