What is the translation of " 年轻小鼠 " in English?

• young mice

Examples of using 年轻小鼠 in Chinese and their translations into English

当我们测试年轻小鼠时，它们避开了薄荷气味；.
When we tested the young mice, they avoided the smell of mint;

它们还像年轻小鼠一样走出迷宫或学会了空间任务。
They also navigated a maze or learned a spatial task like a young mouse.

在早期的研究中，他们惊讶地发现，年轻小鼠开始呈现出老年新陈代谢的特征，还出现了一些慢性病。
In the first studies, they were surprised to see that the young mice started showing signs of older metabolism, and chronic diseases.

他们记录了年轻小鼠中的这种愈合在部分上是由于新的侧支动脉生长到受损的心脏区域。
They documented that the young mice's healing was due in part to the growth of new collateral arteries into the injured area.

但之前的模型无法区分是否缺陷来自年轻小鼠大脑的异常发育，或后来发生的异常传播。
However, earlier studies could not demonstrate if deficits arise from abnormal development in young mice brains, or abnormal transmission developed later on.

在年轻小鼠中，90％的显示HBV在6周后仍在。
In the young mice, 90 percent showed HBV present after six weeks.

个月后，53%的抗生素处理小鼠和80%的年轻小鼠仍可被HBV感染。
After six months, 53 percent of the antibiotic mice and 80 percent of the young mice remained infected with HBV.

年轻小鼠的血液似乎能够使年老小鼠返老还童，同时让后者消瘦的肌肉再生并恢复其认知能力。
The young mouse's blood seems to rejuvenate the old mouse, regenerating its wasting muscles and restoring its cognitive abilities.

然而接触到年轻小鼠血液以及用GDF11处理的老年小鼠则可以。
But the old mice exposed to the blood of the young mice, and those treated with GDF11, did.

为了确定可行性，研究人员将年轻小鼠的卡路里摄入量减少了40%，中年猴子减少了30%。
To examine its effects, the researchers cut calorie intake by 40 percent in young mice and by 30 percent in middle-aged monkeys.

为了检验其效果，研究人员将年轻小鼠的卡路里摄取量减少40%，中年猴子减少30%。
To examine its effects, the researchers cut calorie intake by 40 percent in young mice and by 30 percent in middle-aged monkeys.

先前研究表明，年轻小鼠的血液可以部分逆转记忆力障碍并改善老化大脑的神经功能。
Previous work has suggested that the transfusion of blood from young mice can partially reverse memory impairments and improve neuronal function in the aged brain.

Bading教授解释说：“现在我们发现，提高年轻小鼠大脑中的Dnmt3a2水平，也提高了它们的认知能力。
Prof. Bading explained,“Now we have found that increasing the Dnmt3a2 level in the brains of younger mice also boosts their cognitive ability.”.

然而，他们却在年轻小鼠中看到了惊人的利益：由于增进了表皮分化和上皮化，加速了伤口愈合。
Instead, they saw a surprising benefit in young animals: accelerated wound healing due to increased epidermal differentiation and re-epithelialization.

大多数年轻小鼠在26周后仍被感染，从而证明感染年龄在抗HBV的遗传因素中最为突出。
Most of the young mice were still infected after 26 weeks, showing that age of infection takes prominence over genetics factors in fighting HBV.

然而，Smithey博士和Nikolich-Zugic博士却发现，年老小鼠的T细胞与年轻小鼠的T细胞一样具有多样性。
But Drs. Smithey and Nikolich-Žugich's study shows that T-cells are almost as diverse in old mice as they are in young mice.

初步数据表明，雌性C57BL/6小鼠中，10个月的年龄，响应于类似EE到年轻小鼠。
Preliminary data suggest that female C57BL/6 mice, 10 months of age, respond to EE similarly to young mice.

老年小鼠食用富含蓝莓的饮食4个月后，它们在记忆实验中的表现与年轻小鼠一样好。
And when aging rats ate a blueberry-enriched diet for four months, they performed as well in memory tests as younger rats.

然而，剩下的30%的年老HSC经历自噬，并且表现得像来自更年轻小鼠的HSC。
However, the 30 percent of old HSCs that did undergo autophagy looked and acted like HSCs from younger mice.

但接受年轻小鼠骨髓移植（BMT）的老年小鼠的小胶质细胞与年轻小鼠相似；.
But microglia of old mice who received bone marrow transplants(BMT) from young mice resembled those of young mice;

在这项新的研究中，这些研究人员观察了年轻小鼠（3个月大）和年老小鼠（24~27个月）中的脑膜淋巴管变化。
In this study, the researchers observed changes of mLVs in young(3-month-old) and aged(24~27-months-old) mice.

在早前的一项广受讨论的研究中，Wyss-Coray实验室已证实直接灌注年轻小鼠的血浆（即血液中不含细胞的部分）有益于年老小鼠。
In a widely discussed earlier study, Wyss-Coray's lab showed that direct infusion of young mice's plasma, the cell-free portion of blood, benefited old mice..

当年轻小鼠的皮肤暴露于创伤时，形成疤痕。
When the skin of young mice was exposed to trauma, a scar formed.

阻断他们的小胶质细胞上的CD22使他们的认知功能恢复到年轻小鼠的水平。
Blocking CD22 on their microglia restored their cognitive function to the level of younger mice.

阻断他们的小胶质细胞上的CD22使他们的认知功能恢复到年轻小鼠的水平。
Blocking[the gene] CD22 on their microglia restored their cognitive function to the level of younger mice.

阻断它们的小胶质细胞表面上的CD22让它们的认知功能恢复到年轻小鼠的水平。
Blocking CD22 on their microglia restored their cognitive function to the level of younger mice.

BenjaminAlman及同事现在发现，年轻小鼠的循环血细胞分泌一种能提高骨细胞再生能力的分子。
Benjamin Alman and colleagues now show that blood cells circulating in young mice secrete a molecule that increases the regenerative capacity of bone cells.

他们记录了年轻小鼠中的这种愈合在部分上是由于新的侧支动脉生长到受损的心脏区域。
They documented that young mouse healing was due in part to the growth of new collateral arteries into the injured area.