What is the translation of " 微针 " in English?

• microneedles
• micro needle

Examples of using 微针 in Chinese and their translations into English

不幸的是，这些微针通常非常脆弱。
Unfortunately, though, these micro-needles are often quite fragile.

我们尚不清楚该如何制作Q-carbon纳米点和微针。
We don't yet know how to make Q-carbon nanodots or microneedles.

这种微针依赖于不同的药物输送方法。
This kind of microneedles rely on a different approach for drug delivering.

在动物身上测试的“避孕贴片”含有100个微针。
The contraceptive patches tested on the animals contained 100 microneedles.

您可以在家中使用微针治疗各种皮肤护理条件.
You can use micro-needling at home to treat a variety of skin care conditions.

由于它们非常小，不能穿得很深，微针不会引起疼痛。
As they are so small and do not penetrate very deeply, microneedles do not cause pain.

LTS还开发创新透皮系统，例如无痛注射和微针系统。
ITS also develops innovative transdermal systems such as injection-free and microneedle systems.

通过这样做，它释放弹簧，允许微针注射到胃壁。
By doing this, it releases the spring, allowing the microneedle to inject into the stomach wall.

在针材的基础上,微针市场被分解成硅、玻璃和金属。
On the basis of needle material, the microneedling market is segmented into silicon, glass, and metal.

由于微针非常小，它们只进入皮肤的上层，试验参与者并不觉得疼痛。
Because the microneedles are so small, they enter only the upper layers of the skin and aren't painful, study participants report.

如果异常高水平的葡萄糖检测到，那么药物就通过药物装载微针释放到病人血液中。
If abnormally high levels of glucose are detected, a drug is released into a patient's bloodstream via drug loaded microneedles.

由于微针非常小，它们只进入皮肤的上层，试验参与者并不觉得疼痛。
Because the microneedles are so small, they enter only the upper layers of the skin and were not perceived as painful by study participants.

研究小组提出了一种具有创新性的药丸新设计，这种药丸由一种含有胰岛素微针的可生物降解胶囊组成。
The research team developed a pioneering new pill design, it consists of a biodegradable capsule containing an insulin micro needle.

无论如何，针可以小型化（微针）以改善递送有效性并减少与给药相关的疼痛。
Anyways, needles can be miniaturized(microneedles) in order to improve the delivery effectiveness and reduce the pain related to drug administering.

研究小组提出了一种具有创新性的药丸新设计，这种药丸由一种含有胰岛素微针的可生物降解胶囊组成。
The team came up with an innovative new design for a pill that consists of a biodegradable capsule containing an insulin microneedle.

瑞典科学家现在相信，他们可能已经利用了配备微针的皮肤贴片改进了这种技术。
Swedish scientists now believe that they may have improved on such technology, utilizing a skin patch that sports a tiny needle.

美塑疗法运用于中国，印度，埃及已超过五千多年，这项技术利用一系列的微针注射到皮肤内。
Having been used in China, India and Egypt for more than five thousand years, this technique involves a series of micro injections into the skin.

对于传统的针头，实心微针是尖锐的并且用于刺穿皮肤，但是由于尺寸小得多，它们不那么痛苦。
As for conventional needles, solid microneedles are sharp and used to puncture the skin, but given the much smaller dimension they are less painful.

然而，根据罗切斯特大学医学中心的科学家的说法，这些微针阵列在商业规模上的制造具有挑战性。
According to scientists at the University of Rochester Medical Center, however, those microneedle arrays can be challenging to manufacture on a commercial scale.

一家美国公司正在开发使用微针和真空吸力的设备，可以安全无痛地采集用于医学诊断的血液样本。
A device under development by a U.S. company uses microneedles and vacuum suction to safely and painlessly collect blood samples for medical diagnosis.

为了应对这些挑战，研究人员开发了一种贴片，使用微针在皮肤肿瘤所在部位释放抗PD-1抗体。
To address these challenges, the researchers developed a patch that uses microneedles to deliver anti-PD-1 antibodies locally to the skin tumor.

该微针家族的关键特征是，在插入皮肤后，它们完全溶解，释放封闭在其中的治疗剂。
The key feature of this family of microneedle is that, after insertion into the skin, they dissolve completely releasing the therapeutic agent enclosed into them.

与MiNDERA合作推进一种微创微针设备，以便在分子水平上更好地进行炎症性皮肤病的研究、诊断和治疗。
MiNDERA is advancing a minimally invasive microneedle device to better enable the research, diagnosis and treatment of inflammatory skin diseases at the molecular level.

这些“微针”填充着微小的胰岛素和葡萄糖传感酶存储单元，当血糖水平太高时，可快速释放它们的货物。
These“microneedles” are packed with microscopic storage units for insulin and glucose-sensing enzymes that rapidly release their cargo when blood sugar levels get too high.

王称这是一种“感觉/行为/治疗”方法，其中一个设备将能够执行生物测试，并通过微针皮下输送所需的药物。
Wang called this a“sense/act/treat” approach, where one device would be capable of performing a bioassay and also delivering the drug needed subcutaneously through microneedles.

由于采用微机电系统（MEMS）生产技术，这种微针的生产成为可能，这可以实现良好的成本/性能折衷。
The production of this kind of microneedle is possible thanks to microelectromechanical system(MEMS) production techniques, which allows good cost/performance compromises.

局部炎热导致皮肤发热样环境，促进微针释放裂解物，有效吸引和激活免疫细胞。
The local heat causes a fever-like environment in the skin and promotes the release of lysate from the microneedles, effectively attracting and activating immune cells.