生理的

Physiologically, our model estimated 2.6 days to reach the single ridge stage, 5.6d to the double ridge stage, 11.3d to the stamen and pistil initiation stage, 13.1d to the anther separation stage, 15.3d to the pollen mother cells stage and 18.2d to the tetrad stage. Phenologically, estimations were 13.1d to reach the jointing stage, 28.7d to the heading stage, 32.8d to the grain filling stage and 51.5d to the maturity stage. PDT was consequently used as a unified scale for measuring developmental progress of different cultivars under different climates and cultural practices.

经测算，各大麦品种到达单棱期、二棱期、雌雄蕊分化期、药隔形成期、雌蕊柱头二裂分叉期、雌蕊柱头毛状突起期等顶端发育阶段的生理发育时间分别为2.6、5.6、11.3、13.1、15.3、18.2、28.7d，到达出苗期、拔节期、抽穗期、灌浆期和成熟期等主要物候期的生理发育时间为0、13.1、28.7、32.8、51.5d，形成了不同大麦品种在不同气候和栽培条件下统一的衡量发育的定量尺度。

Author had started the research on design and synthesis of heterocycles several years ago, mainly focused on the design and synthesis of imidazole, thiazole, tetrazole derivatives and their glucosides, in which most of them may have some particular bioactivities.

本论文主要是围绕具有生理活性含氮杂环化合物的设计与合成而展开的，在论文工作中我们应用液相&一锅法&和固相组合化学方法进行了咪唑环、噻唑环、四氮唑环等具有生理活性的杂环化合物及其糖苷的合成。

The results showed that some holes on the nuclear membrane of the two kinds of the cells besides normal cell structures and there are some secretive pellets of protein with more high density of electronics around the nuclear of the cells, these pellets maybe is the regulatory matter of living things growth and around o'clock section rule, It is important to sturdy the ultrastructure of brain tissues and the physiological function of Tupaia belangeri chinensis .

利用电镜观察了树鼠句Tupaia belangeri chinensis的脑垂体和松果体细胞的超微结构，结果显示这两类细胞除了有正常细胞结构外，核膜孔较大且在核周围还有一些电子密度不同，大小不一的蛋白质分泌颗粒，这些颗粒可能是生物个体调节各种生理生化功能、生长发育和昼夜节律的信使物质，这对进一步研究树鼠句脑组织结构及其生理功能有一定意义

This ADC can change its resolution by the control unit of a multi-channel design for bio-electric and bio-image signal through SPI.

则在生理电讯号和生理影像讯号的撷取系统中，透过后端的控制来转换不同解析度的模式，达到不同通道共用一颗ADC的设计以结省整体系统面积和功耗。

Isomaltooligosaccharide is a type of nature biological product, it can effectively promote the multiplication of bifidbacterium in human body.

李茂龄，低聚异麦芽糖的生理功能研究低聚异麦芽糖是一种天然的生理活性物质，具有明显的增殖双歧杆菌的作用。

It is zeatin that mainly determines root activity and sustainleaf physiological function. However, not every kind of cytokinins hasthe capacity to promote or keep physiological function.

决定根系活力和维持叶片生理功能的细胞分裂素是玉米素，但是，不是每一种细胞分裂素都有促进或保持生理活性的作用，部分种类的细胞分裂素很可能与器官的衰老有关。

It is zeatin that mainly determines root activity and sustainleaf physiological function.However,not every kind of cytokinins hasthe capacity to promote or keep physiological function.Some kinds ofcytokinins are related to senescence.

决定根系活力和维持叶片生理功能的细胞分裂素是玉米素，但是，不是每一种细胞分裂素都有促进或保持生理活性的作用，部分种类的细胞分裂素很可能与器官的衰老有关。

Studies of the Weddell seal in the laboratory have described the physiological mechanisms that allow the seals to cope with the extreme oxygen deprivation that occurs during its longest dives, which can extend 500 meters below the ocean's surface and last for over 70 minutes.

5，关于威德尔海豹特殊的生理机制，在实验室里对其进行的研究已作过详细的描述。该生理机制使海豹可以适应长时间潜水时出现的极度缺氧。海豹长时间潜水时最深可达水面以下500米，时间可持续70多分钟。

Studies of the Weddell seal in the laboratory have described the physiological mechanisms that allow the seals to cope with the extreme oxygen deprivation that occurs during its longest dives, which can extend 500 meters below the ocean's surface and last for over 70 minutes.

三个定语从句关于威德尔海豹特殊的生理机制，在实验室里对其进行的研究已作过详细的描述。该生理机制使海豹可以适应长时间潜水时出现的极度缺氧。海豹长时间潜水时最深可达水面以下500米，时间可持续70多分钟。6。

Studies of the Weddell seal in the laboratory have described the physiological mechanis ms that allow the seals to cope with the extreme oxygen deprivation that occurs during i ts longest dives, which can extend 500 meters below the ocean's surface and last for ove r 70 minutes.

三个定语从句关于威德尔海豹特殊的生理机制，在实验室里对其进行的研究已作过详细的描述。该生理机制使海豹可以适应长时间潜水时出现的极度缺氧。海豹长时间潜水时最深可达水面以下 500 米，时间可持续 70 多分钟。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。