What is the translation of " 的人体组织 " in English?

• human tissues
• human tissue
• of body tissue

Examples of using 的人体组织 in Chinese and their translations into English

然而，迄今为止，所有3d打印的人体组织都缺乏用于器官修复和替换的细胞密度和器官水平的功能。
However, all 3D-printed human tissues to date lack the cellular density and organ-level functions they need to be used in organ repair and replacement.

圣迭戈的Organovo公司打印出了具备机能的人体组织，可以应用于医疗研究和临床应用。
San Diego-based Organovo prints functional human tissue that can be used for medical research and therapeutic applications.

然而，迄今为止，所有3d打印的人体组织都缺乏用于器官修复和替换的细胞密度和器官水平的功能。
However, to date all 3D-printed human tissues lack the cellular density and organ-level functions required for them to be used in organ repair and replacement.

机器人将被用来开发更好的假肢，替代原本的人体组织；研究人员甚至提出完全人造身体的设想。
The robots will be used to develop better artificial limbs, to grow human tissue grafs, and the researchers have even suggested a completely artificial body.

通过使用这些嵌入的人体组织，当你还在用鼠标工作时，你是否已经开始得到答案了?
By using these embedded human tissues, does that begin to give you the answer while still working on a mouse?

D打印的人体组织可以帮助宇航员在前往火星的旅途中保持健康。
D printing human tissue could help keep astronauts healthy all the way to Mars.

这项技术被用于人类蛋白质图集项目内，在正常的人体组织，癌症和细胞系的蛋白质表达模式的全球分析。
The technique is used within the Human Protein Atlas project for global analysis of protein expression patterns in normal human tissues, cancer and cell lines.

而伴随着3D打印的人体组织应用于药物测试，还将减少动物实验的需求。
D printed human tissue will also allow for drug testing without the use of animals and reduce the need for human trials.

从这个定义中排除的是体外研究，利用不能与生活个体相联系的人体组织。
Excluded from this definition are in vitro studies that use human tissues that cannot be linked to a living individual.

在这个阶段，利用3D生物打印技术可以打印出具备良好生物相容性的人体组织，而使用的材料是关键难题。
At this stage, the use of 3D bioprinting technology can print human tissues with good biocompatibility, and the materials used are key challenges.

但研究人员指出，在体型更大的宿主动物体内，这项技术有一天可能会产生可移植的人体组织。
But the researchers suggest that in a larger host animal, the technique might someday generate transplantable human tissue.

但如果某人拿走我的人体组织，即我身体的一部分，我对它却没有任何权利。
But if somebody takes my tissue- part of my physical body- I have no rights.

一位神学研究者表示，他认为实验室培养的人体组织没有灵魂，因此是非人类的。
A theologian said that he would consider lab-grown tissue without a soul, and therefore non-human.

通常而言，他们裁定一旦你的人体组织脱离身体，你对于它就再没有了任何权利。
In general, they have rules that once your tissue leaves your body, you no longer maintain any rights to it.

为了区分不同类型的人体组织，MRI系统对接收信号的幅度进行分析。
To differentiate tissue types, the MRI systems analyze the magnitude of the received signals.

首先，他们对试图保留生育能力的患者捐赠的人体组织进行了实验。
First, they experimented on human tissue donated by patients attempting fertility preservation.

然而，迄今为止所有3D打印的人体组织仍存在缺陷，比如它们缺乏用于器官修复和替换所需的细胞密度以及某些功能性。
However, to date all 3D-printed human tissues lack the cellular density and organ-level functions required for them to be used in organ repair and replacement.

IPS细胞还还都能能生长成任何类型的人体组织，被视为再生医学和药物开发的另另另另一个多颇具前景的工具。
IPS cells can grow into any type of body tissue and are seen as a promising tool for regenerative medicine and drug development.

这非常类似于传统的磁共振成像(MRI)，不同之处在于它将声波带入混合物中，以绘制出更清晰的人体组织组成图。
This is much like a traditional MRI, except that it brings sound waves into the mix to paint a clearer picture of body tissue composition.

然而，老化细胞似乎在老化的人体组织中积累，并可能导致老化和退化。
But then it seems that senescent cells accumulate in aged human tissues and may contribute to ageing and degeneration.

病理学家WilliamRolland的教学标本，其中包括了1917年采集自法国的人体组织切片。
The late pathologist Dr. William Rolland's teaching collection included human tissue slides from France in 1917.

但是，衰老的细胞似乎会积聚在老化的人体组织中，并可能导致衰老和退化。
But then it seems that senescent cells accumulate in aged human tissues and may contribute to ageing and degeneration.

P2Y受体几乎存在于所有的人体组织中，根据它们的G蛋白偶联发挥各种生物学功能。
P2RY1 is expressed in almost all human tissues where it exerts numerous biological functions based on its G-protein coupling.

D打印出的人造器官还能让科学家制造出更准确的人体组织模型，用于药物测试。
The 3D structures will also enable scientists to create more accurate human tissue models for drug testing.

该技术将使我们能够创建更准确的人体组织模型，这对于体外药物开发和毒性测试至关重要.
The technique will allow us to create more accurate human tissue models which are essential to in vitro drug development and toxicity-testing.

通过与科隆大学医院皮肤科的研究人员合作，SandraIden分析了来自皮肤癌病人的人体组织样品。
In cooperation with researchers of the Dermatology Department at the University Hospital Cologne, Sandra Iden's team analyzed human tissue samples of skin cancer patients.

人体组织的特征。
Characteristics of human organisation.

在未来的实验中，研究小组计划在更多的人体组织样本中证实其结果。
In future experiments, the research team plans to confirm its results in more human tissue samples.