For example, after menopause, estrogen production stops, which leads to death of the alveolar cells.

例如，停经后，雌激素分泌停止，会导致腺细。

It has the ability to stop phagolysosomal fusion, and survive and replicate inside alveolar macrophages.

它可以阻止吞噬体和溶酶体融合，从而在肺巨噬细内生存并增殖。

As a result, during every menstrual cycle, the alveolar cells undergo division and apoptosis.

因此，在每一个月经周期中，腺细都会经历分裂增殖和凋的阶段。

These hormones stimulate the alveolar cells to divide and increase in number, which makes the lobule enlarge.

这些激素刺激腺细分裂增殖，使小叶增大。

Also known as the alveolar approximant sound that we find in words like red, car, and sorry.

也称为齿槽近音，我们在 red，car 和 sorry等词中能找到这个音。

Without these hormones, the glandular cells, particularly the alveolar cells, cannot survive, and undergo apoptosis which is programmed cell death.

如果没有这些激素，腺体细，尤其是腺细将无法存活，并会凋，即程序性。

So, bring you tongue tip to your alveolar ridge.

所以，将舌尖带到牙槽嵴上。

The English alveolar approximant, the Spanish trill, the French uvular fricative?

英国的齿槽音、西班牙的颤音、法国的小舌擦音？

The alveolar walls are made of extremely thin flat cells that are surrounded by capillaries.

肺被毛细血管包围的极薄的扁平细构成。

Alveolar macrophages then eat up these red blood cells, which causes them to take on this brownish color from iron build-up.

肺巨噬细之后会吞噬这些红细，导致这些细于铁元素积聚而呈现棕褐色。

Together, the alveolar wall and capillaries make a two-cell thick membrane that brings blood and oxygen close enough for diffusion.

肺和毛细血管一起形成了一个两细厚的膜，使血液和氧气足够靠近以进行扩散。

So, t and d is used with the tongue going up towards what is called the alveolar ridge in your mouth.

因此，t 和 d 与舌头一起使用， 朝向口腔中所谓的牙槽嵴。

The respiratory membrane separates the alveolar air on one side from the blood on the other.

呼吸膜将一侧的肺空气与另一侧的血液分离。

As you can see below, small capillaries press up against the respiratory zone, bringing the blood close to the alveolar air.

正如你在下面所看到的，小毛细血管挤压着紧贴呼吸区，携带血液紧靠肺气。

Just like healthy alveolar cells, some breast cancer cells have hormone receptors that allow them to grow in the presence of the hormones.

就像健康的腺细一样，一些乳腺癌细也有激素受体，会使它们在激素作用下生长。

The partial pressure of oxygen is 100 mmHg in alveolar air compared to only 40 mmHg in the blood entering the lungs.

肺空气中的氧分压为100 mmHg，而进入肺部的血液中只有40 mmHg。

This respiratory surface, also known as the respiratory membrane, includes the alveolar epithelial cells as well as the pulmonary capillary endothelial cells.

呼吸表面，也称为呼吸膜，包括肺上皮细和肺毛细血管内皮细。

Bacterial growth and death of alveolar macrophages produce powerful chemotactic factors that cause a large influx of polymorphonuclear leukocytes and monocytes from the peripheral blood.

军团菌的增长及肺巨噬细的产生了强大的趋化因子，造成大量多形核白细和单核细从外周血涌入。

The partial pressure of carbon dioxide is 40 mmHg in the alveolar air and 45 mmHg in the blood entering the lungs.

肺空气中的二氧化碳分压为40 mmHg，进入肺部的血液中的二氧化碳分压为45 mmHg。

As blood flows through the pulmonary capillaries, oxygen diffuses into the blood and carbon dioxide diffuses into the alveolar gas.

当血液流过肺毛细血管时，氧气扩散到血液中，二氧化碳扩散到肺气体中。