心脏组织 in English translation

• heart tissue
• cardiac tissue
• cardiac tissues
• heart tissues
• heart organization

Examples of using 心脏组织 in Chinese and their translations into English

心脏组织的工程替代材料具有挑战性，因为它是一个不断移动和收缩的器官。
Engineering replacement materials for heart tissue is challenging since it is an organ that is constantly moving and contracting.

极速3d彩走势心脏组织没有其他实质性损害表明，SARS-CoV-2感染可能不会直接损害心脏。
There were no obvious histological changes seen in heart tissue, suggesting that SARS-CoV-2 infection might not directly impair the heart..

一种在实验室中制备超薄切片心脏组织的新方法可以帮助科学家们研究细胞如何在跳动的心脏内起作用。
A new method for preparing ultra-thin slices of heart tissue in the lab could help scientists to study how cells behave inside a beating heart..

研究人员计划使用这项技术评估旨在逆转心脏组织损伤的治疗效果。
The researchers plan to use the technique to evaluate the effectiveness of therapies aimed at reversing damage to heart tissue.

通常情况下,只有一小部分药物到达心脏组织。
More often than not, only a small bit of the drug reaches the heart tissue.

之所以需要该再充电脉冲，是为了使心脏组织保持净零电荷。
This recharge pulse is required so that the heart tissue is left with a net-zero charge.

理论是T细胞被心力衰竭激活，然后进入心脏组织。
The theory is that T cells are activated by heart failure and then move into the heart tissue.

Trinity的生物工程师开发了一种原型补丁，其功能与心脏组织的关键方面相同。
Bioengineers from Trinity have developed a prototype patch that does the same job as crucial aspects of heart tissue.

每个贴片由一个拇指大小的心脏组织（测量3厘米乘2厘米）组成，包含多达5000万个人类干细胞，编程后变成工作的心肌细胞。
The thumb-sized(3cm x 2cm) patches of heart tissue contain up to 50m human stem cells programmed to turn into working heart muscle cells.

研究人员发现，IFITM3阻止了流感病毒在心脏组织中的有效传播和复制，从而限制了感染期间的心脏纤维化和电功能障碍。
The researchers discovered that IFITM3 prevents efficient dissemination and replication of influenza virus in heart tissue, thereby limiting cardiac fibrosis and electrical dysfunction during infection.

布朗说：“我们致力于开发新一代平台，使其能够与生物组织（如皮肤、神经和心脏组织）相结合。
Brown further said,‘We are focused on developing next-generation platforms that can integrate with biological tissue(e.g., skin, neural and cardiac tissue).'.

Beshiri还表示，“世界心脏组织估计每年有1790万人死于心血管疾病，85％的人死于心脏病和中风。
Beshiri added: The World Heart Organization estimates that 17.9 million individuals die from cardiovascular disease every year, and 85% are due to heart attacks and strokes.

心脏病仍然是全世界的一个主要的死亡原因，但是一旦心脏组织遭受损伤，迄今为止为数不多的可用的治疗方法在大多数时候仍然不能够取得成功。
Heart disease remains the leading cause of death worldwide, yet the few available treatments are still mostly unsuccessful once the heart tissue has suffered damage.

Beshiri还表示，“世界心脏组织估计每年有1790万人死于心血管疾病，85％的人死于心脏病和中风。
Beshiri added:“The World Heart Organization estimates that 17.9 million people die from cardiovascular disease each year, and 85% are due to heart attacks and strokes.

该芯片有多个井，每一个井都包含独立的组织和集成传感器，研究人员因此能够一次性地对多种工程化心脏组织进行研究。
The chip contains multiple wells, each with separate tissues and integrated sensors, allowing researchers to study many engineered cardiac tissues at once.

这些效应级联上升，最初影响心脏组织，然后影响心脏，并最终（在心脏攻击的情况下）影响整个身体的健康。
These effects cascade upward, affecting heart tissues, then the heart, and finally(in the event of a heart attack) the health of the whole body.

该芯片有多个井，每一个井都包含独立的组织和集成传感器，研究人员因此能够一次性地对多种工程化心脏组织进行研究。
The heart-on-a-chip contains several wells that each contain separate tissues and integrated sensors, which allows the researchers to study multiple cardiac tissues at one time.

该芯片有多个井，每一个井都包含独立的组织和集成传感器，研究人员因此能够一次性地对多种工程化心脏组织进行研究。
The chip contains multiple wells, each with separate tissues and integrated sensors, which allows researchers to study many engineered cardiac tissues at once.

该芯片有多个井，每一个井都包含独立的组织和集成传感器，研究人员因此能够一次性地对多种工程化心脏组织进行研究。
The chip contains multiple wells, each with separate tissues and integrated sensors, allowing researchers to study multiple engineered cardiac tissues at once.

特别是，他们对5-氨基戊酸甜菜碱（5-AVAB）感兴趣，已知它在特别活跃的组织（例如心脏组织）中积累。
In particular, they were interested in 5-aminovaleric acid betaine(5-AVAB), which is known to accumulate in particularly active tissues, such as cardiac tissue.