器官

We explore these questions in Legume model system, Lotus japonicus. Compared with model plants Antirrhinum and Arabidopsis, floral pattern formation of Lotus japonicus is different in several aspects. Floral organs initiate in an order of sepals, carpel, petals, stamens. Within each whorl, organs initiate unidirectionally from ventral side to dorsal side. Initiation of organs in different whorl overlaps. Stamens exist in both 2nd whorl and 3rd whorl, and 2nd whorl is heterogeneous for the existence of different identity organs .

与模式植物金鱼草和拟南芥相比，豆科模式植物百脉根的花模式建成有其特殊性：一、花器官从腹部向背部单向起始；二、器官起始顺序是萼片—心皮—花瓣—雄蕊；三、不同轮的器官起始时间相互重叠；四、相同属性的器官出现在不同轮中；五、第二轮不均一，出现不同属性的花器官；六、花瓣和雄蕊不单独起始，而是经过了短暂的花瓣—雄蕊共同原基的阶段。

These organs are the opposite entia in the singing exercises.

歌唱是靠呼吸器官、吐字器官、发声器官和共鸣器官的矛盾运动产生的，这些器官在歌唱运动中是对立的统一体，这种辩证关系构成了整体歌唱状态和发声过程。

In one study, the researchers compared results using ECD organs with what they term "extreme" ECD organs, which included either donors over age 70; donation after cardiac death, which used to be taboo because of the risk of the organ being deprived of oxygen; organs stored more than 30 hours before transplant, or kidneys in which the filtering units were scarred at least 30 percent.

在第一项研究中，研究者把用ECD器官移植的结果与"极端"ECD器官移植的结果进行了比较，这些"极端"ECD器官来自于：70岁以上的捐赠者、心脏死亡后的捐赠（以往因器官缺氧而遭到禁忌）、器官在移植前已经被保存了30小时以上、至少30%的肾单位已受到损坏。

Compared with the prior art, the invention has the advantages that the method first identifies the expression of a facial image in video image data, and then drives the organ in a corresponding three-dimensional facial model according to the preset organ driving rule, thereby achieving more vivid animation effect; and the method avoids animation effect deviation caused by the movement detection errors of a single organ characteristic point when the prior art adopts single organ driving.

与现有技术相比，本发明的优点在于：本发明先识别视频图像数据中人脸图像的表情，然后依据预设的器官驱动规则，再来驱动相应的三维人脸模型中的器官，可以达到更加逼真的动画效果；避免现有技术采用单个器官驱动时，由于单个器官特征点的运动检测误差而导致的动画效果偏差。

So far, almost all of vegetative and reproductive organs have been regenerated in vitro, which might be helpful to further understand the molecular mechanism of plant organogenesis.

迄今为止，包括营养器官和生殖器官在内的几乎所有的器官都可以在离体条件下得到再生，为深入研究植物离体器官发生的分子机理奠定了基础。

It is found thatsensillum placodeum and sensillum basiconicum are the main olfactory organs.

认为板形感觉器官和锥形感觉器官是主要的嗅觉器官，各种毛形器官是触觉器官，分布在工蜂和雄蜂第一、二鞭节上的曲毛是辨别风向的感觉器官，而倒杯形器官是成长中的毛形器官。

Once certain cells fail to work properly, by using this holozoic regenerative technique, correct them in time or replace them with the newly regenerated ones to ensure no decrease of the amount of the cells, no ageing, no disease nor canceration.

整体器官再生复原要实现人体各器官的自我再生更新和对已经衰老、病变的某些器官进行再生复原，首先让人不发生器官提前衰老性疾病，其次是保障器官正常生理性健康，再就是让皮肤、胃肠、心脏、肝脏等主要器官呈现更加年轻状态。

We suppose that there is a presently undefined subfraction of stem cell population that exists in a number of tissues beyond embryonic development. We term them postembryonic pluripotent stem cells. They differ from embryonic stem cells in that they gradually lose some differentiation potentials during development and adopt some special phenotypes once within a certain tissue. They can give rise to different kinds of stem cells; therefore, help to maintain balance during development and metabolism. They provide cells not only for the damaged tissues they reside, but also for damaged tissues different from them by migration triggered by proinflammatory cytokines or growth factors.

我们认为在胚胎发育后的多种组织中都存在一类原始干细胞群体，它们和造血干细胞、神经干细胞等多能干细胞不同，后者只能分化为特定胚层的细胞，而这类原始干细胞可分化为不同胚层的组织细胞；另一方面，它们区别于胚胎干细胞，在妊娠期间会逐渐失去部分分化潜能，并且会出现一些特殊表型或者分子标志，我们称其为胚胎后亚全能干细胞，这类干细胞具有下列特性：可分化为不同胚层的细胞，分布于身体的所有组织和器官，具有相同的表型或标志；他们在胚胎期存在于一些或全部的组织和器官中，可分化为不同类型的多能干细胞并在生长发育和新陈代谢中维持这些多能干细胞保持平衡；可以参与机体自我修复和更新，不仅能分化为所在器官的组织特异性细胞，参与器官重塑，也可以在炎症因子或者生长因子的趋化作用下，远处转移修复受损组织。

While others can be left to their own desires and the manipulation of brain waves, or even EEG Pori can read data from others.

从他人脑电波里接收来的电磁波不会被文字数据化，仅是被使用器官具体化，通常具体化这种电磁波的器官是触觉器官、视觉器官和听觉器官。

The cold resistance of floral organs was studied with different low temperatures treatments and INA inoculations.

花器官在不同低温及INA细菌处理条件下，研究花器官的抗寒性，结果表明：对照品种花器官褐变温度为-4℃~-5℃，而接种INA细菌的花器官褐变温度为-2℃~-3℃，与对照相比，花器官褐变温度提高2℃左右。

It is also known as one of the most poisonous naturally occurring substances.

它也被称为一个最自然发生的有毒物质。

The greatest stress is found at the location on the cross section where V is the largest.

最大应力出现在横截面上V为最大的地方。