turgor造句

• Pollen sterile blossoms lack normal turgor .
  花粉不育的花朵缺乏正常的膨压现象。
• Growth is a function of turgor .
  生长是膨胀的一个常数。
• Edema tends to appear first where tissue turgor is normally lowest .
  水肿首先表现在正常时充盈度最低的部位。
• Under conditions of water stress, leaf turgor decreases and stomata close .
  在干旱的条件下，叶子的膨压减少而气孔关闭。
• The development of pressure within a cell as result of the diffusion of water into it is called turgor .
  由于水扩散到细胞内，使一个细胞内压力上升，被称之为膨压。
• The turgor of his shoulder was a result of working too hard
  他肩膀的浮肿是工作太过努力的结果。
• Autonomic turgor movement
  胀压运动
• The color of his skin was very pale , because low blood pressure gave him abnormal turgor
  他肤色非常苍白，因为低血压使他有不正常的浮肿。
• Turgor pressure ( pressure potential ) the hydrostatic pressure exerted by the contents of a cell against the cell wall
  膨压(压力势) ：是细胞内容物施加于细胞壁上的静水压。
• Anasys software was used to compute the deformation , wall stress and turgor for single cell and tissue
  利用ansys有限元计算软件和matlab计算软件对植物单细胞和宏观组织力学模型进行了分析和计算。
• Increase of potassium level is associated with increase of lodging resistance through maintenance of high turgor pressure in cells of rice culm
  提高钾水平来维持水稻禾茎细胞的高膨压，与抗倒伏有关。
• The ability to maintain turgor and adjust osmosis is : m . baccata > p . ussuriensis > p . davidiana > a . ginnala . the ability of tolerating dehydration is : m
  山荆子细胞忍耐脱水能力最强，山桃、山梨次之，茶条槭忍耐脱水能力最差。
• Potassium ions balance anions and organic acids , and are thus important in osmoregulation , the control of stomatal opening , and leaf movements ( through their effects on the turgor of pulvini )
  钾离子平衡阴离子和有机酸，因此在渗透调节、控制气孔的开闭以及叶运动（通过叶枕膨大的影响）中很重要。
• A major problem encountered by plants during a period of water deficit is the maintenance of cell turgor . most of the adaptations to such conditions involve mechanisms limiting water loss
  水通道蛋白(也称水孔蛋白， aquaporins ，简称aqp ) ，普遍存在于动物、植物及微生物中，是水进出细胞的主要途径。
• The alga regulates its inside turgor to adapt the outside osmotic change by synthesizing a large amount of glycerol . it is important to study glycerol - 3 - phosphate dehydrogenase , the key enzyme of the glycerol metabolism to know how the species can sustain the hyperosmotics press by accumulating so much glycerol
  该藻通过甘油进行细胞膨压的调节，因此对甘油合成途径上的关键酶3 -磷酸甘油脱氢酶( glycerol - 3 - phosphatedehydrogenase ，简称为gpdh )的研究是至关重要的。
• ( 1 ) wheatgrass could remove the active oxygen by heightening the activity of the enzymes and protect the plants from damage at light stress . ( 2 ) wheatgrass could keep turgor pressure by osmoregulation and flexibility of cells to maintain plants developing in drought stress , some osmregulatory substance , such as the proline and the soluble sugar , increased
  2 、冰草植株在渗透胁迫条件下会增加渗透调节物质如脯氨酸、可溶性糖类以降低细胞渗透势，使其在高渗溶液中仍能够保持一定水分的吸收，植株能够维持生命活动。
• Furthermore , the fruits damage will be studied from a new point of view - ? he force applied on the cells . according the structural characteristic of the plant call , a hexagon mechanical model for plant cell was proposed . then , using the mechanical theories and finite element method , the deformation , wall stress and turgor for plant cells , under compression and shear , was analyzed
  本文根据植物细胞结构的力学特点和力学原理、利用有限元方法，以二维问题为研究对象，建立了能够描述植物细胞单体受力变形、细胞壁应力和内压变化和便于建立宏观植物组织力学模型的单细胞力学模型。
• In this review , the present status of the molecular and physiological mechanism of the differentiation and development of cotton fiber is discussed , in which the molecular and physiological mechanism of the producing of the cell turgor , loosening of the cell wall , synthesis of the composition molecules and their incorporation into cell wall , signal of the starting of secondary wall thickening , cellulose biosynthesis , and layout of cellulose microfibril regulated by cytoskeleton are introduced in detail
  摘要本文综述了棉纤维分化、发育的分子生理机制的研究现状，著重讨论了棉纤维细胞膨压的产生、细胞壁的松弛、结构分子的合成和加入、次生壁增厚的启始信号、纤维素的生物合成和细胞骨架系统控制纤维素沉积等机制。
• Although , a lot of works have been done on the fruit damage by means of experiment methods . the primary goal of the dissertation is to study how the applied forces transfer and distribute inside plant tissues in the cell level , and the relationship between the external force and turgor , as well as the stress of the cell wall
  本文主要研究宏观的外力如何传递到细胞中去的和外力的刺激是如何在细胞间分布和传递，即外力与细胞层次受力的关系，尝试从细胞受力的角度分析水果机械损伤的机理等问题。
• The ability of maintaining maximum turgor and turgor is p . ussuriensis > m . baccata > a . ginnala > p . davidiana . the ability of maintaining turgor arose by elastic cell wall is a . ginnala > p . davidiana > p . ussuriensis > m . baccata . ( 3 ) with the decrease of soil moisture content , net photosynthetic rate of these four species and transpiration rate have the tendency of decreasing
  茶条槭、山桃由细胞壁弹性所反映的保持膨压能力强，山梨、山荆子由细胞壁弹性所反映的保持膨压能力弱； ( 3 )随土壤含水量的降低，四树种净光合速率、蒸腾速率均呈降低趋势。