callose单词基本解析：

n.胼胝质; 具胝质
n. [生]胼胝质
n.胼胝质；具胝质；

callose变化用词：

callose英英释义：

CalloseCallose is a plant polysaccharide. It is composed of glucose residues linked together through β-1,3-linkages, and is termed a β-glucan.

以上来源于:Wikipedia

callose中文词源：

callose用法和例句：

callose

Y yo no me lo callo.

" 我绝不会就此罢休。”

Callose An insoluble polysaccaride that is laid down around the perforations in sieve plates, at wound or infection sites, and by growing pollen tubes.

callose胼胝质：在植物筛管的筛域上存在的一种由不溶性的多糖物质积聚而形成的结构。

Dynamics of the starch and callose during pollen development of Pinus taeda L.

Chen Z_K（陈祖铿）,Xiao D-X（肖德兴）, Wang F-X(王伏雄).

As development goes on, callose fluorescence disappears in the chalazal wall of diplosporous functional megaspore.

二倍体功能大孢子的合点端细胞壁内的胼胝质荧光消失。

At the mature pollen stage, certain amount of callose accumulates in cytoplasm of the vegetative cell.

二胞花粉晚期，药室内壁加厚完成，，营养细胞的细胞质中积累了大量胼胝质。

The photos are vivid and colorful and showred cytoplasm, carmine chromosomes, and kelly callose;the contrast is strong and demonstrates a 3-D effect.

使用该方法简便、快速且省时, 获得的照片颜色鲜艳, 细胞质呈红色, 染色体为深红色, 胼胝质呈黄绿色荧光, 对比明显, 有三维效果。

Taiwania cryptomerioides;male sterility;microsporogenesis;male gametogenesis;callose wall;meiosis

关键词:台湾杉;雄不孕;小孢子发育;雄配子发育;胼胝质璧;减数分裂

Key words: resistant variety; susceptible variety; Rice stripe virus; abscisic acid; callose deposition

关键词：抗病品种；感病品种；水稻条纹病毒；脱落酸；胼胝质沉积

Dynamic Changes of Callose in Microsporogenesis and Microgametogenesis of Rice (Oryza sativa L.

关键词：水稻;胼胝质;小孢子形成;

Redifferetiation of cytoplasmic components also occurred and callose deposited in its wall during meiosis.

减数分裂时，大孢子母细胞核中出现核液泡，形成联会复合体，细胞壁上有胼胝质加厚，并存在细胞质改组现象。

No callose fluorescence shows in the wall of mononuclear embryo sac after its formation, while thick callose deposits in the wall of the degenerative megaspore.

单核胚囊形成后，其细胞壁内无胼胝质荧光，而退化的大孢子细胞壁胼胝质荧光显著。

Secondly, if pollen tubes entered into stigma, growth was retarded with callose plug deposition, then they stopped to grow because of inhibition.

即使父本花粉管进入母本柱头，因生长缓慢，沈积胼胝质，在花柱中受抑制而停止生长。

Secondly,if pollen tubes entered into stigma,growth was retarded with callose plug deposition,then they stopped to grow because of inhibition.

即使父本花粉管进入母本柱头，因生长缓慢，沉积胼胝质，在花柱中受抑制而停止生长。

in late development stage,they have callose wall,until the cells disintegrate.

发育后期，则具有胼胝质壁，直至细胞解体。

Endosperm Development in Autotetraploid Rice: The Development of the Cellulose Wall of Aleuronic Layer Cell, Starch Accumulation of Endosperm and Formation of a Callose "Sheath-like" Structure

同源四倍体水稻胚乳发育:糊粉层细胞壁纤维素物质发育、胚乳淀粉积累及胼胝质"套"的形成

The tetrasporophyte wrapped by callose is of simultaneous type.

四分体呈四面体型，被胼胝质壁所包围。

in the early stage,the callose wall of microsporangium is thinner than that of the male fertile plant,it emits weaker flourescence;

在早期，其胼胝质壁较可育株的薄，发出的荧光较弱；

The two unequal-sized megaspores plus micropylar cell in the dyad formed a triad, in which callose disappeared in the chalazal end of the chalazal cell that developed into functional megaspore.

大多数情况下，珠孔端的二分体细胞在减数第二次分裂前或分裂的过程中退化，合点端的细胞分裂形成大小不等的两个细胞，形成三分体。

LOCALIZATION OF CALLOSE DURING THE OCCURRENCE OF MEGASPOROCYTE IN GASTRODIA ELATA BLUME

天麻大孢子发生时胼胝质的定位观察

The abnormality of tetrad callose wall degradation and tapetum development was associated with the abortion of microspore.

导致小孢子败育的原因与四分体胼胝质壁不适时解体和绒毡层细胞发育异常、延迟解体有关。

At the late microspore stage, the degeneration of the tapetal cell begins, and the thickening of the endothecium cell wall by callose happens.

小孢子晚期，绒毡层细胞开始解体，药室内壁细胞开始加厚，其加厚的物质为胼胝质类物质。

Microspores form a reticular protectum and columnar probacules as they are still encased in callose.

小孢子母细胞纤维素壁生存到四分体时期，随着小孢子外壁出现而消失。

Sometimes, a few of pollen tubles could enter into styles through stigmas, but abnormal callose could deposit in the tubes.

少数花粉管能穿过柱头进入花柱，但时常有异常胼胝质沉积在花粉管中。

As sieve tubes age, the callose layers become thicker, eventually blocking the SIEVE ELEMENT either seasonally or permanently.At wound and infection sites callose provides a physical barrier.

当筛管老化时，胼胝质层变厚并最终季候性或永久性的的阻塞筛孔，形成一个物理屏障，使筛管失去输导的功能。

Finally, the configuration and/or distribution of cell wall components such as pectins and callose were significantly altered in response to L-NNA.

最后，细胞成分例如胶质和胼胝质的形状和分布对L-NNA有显著的响应。

The content of this page is from the CALLO port or CALLO customs import and export company directory;

本页面内容主要是来自CALLO港口或CALLO海关的进出口公司目录；

CHANGE OF CALLOSE WALL AND SPRO-POLLENIN OF MICROSPORANGIUM ABORTION IN CUNNINGHAMIA LANCEOLATA

杉木小孢子囊败育过程中的胼胝质壁和孢粉素的消长

In addition, correlations between the meiosis and callose deposition in the wall of megasporocyte have been discussed.

此外，本文还讨论了大孢子母细胞减数分裂与细胞壁内沉积胼胝质之间的相关性。

Quartered microspore couldn't be released because the callose wall of microspores couldn't decompose.

由于花粉母细胞拼肤质壁不降解而无法释放出四分体小孢子；

Quartered microspore couldn’t be released because the callose wall of microspores couldn’t decompose.

由于花粉母细胞胼胝质壁不降解而无法释放出四分体小孢子；

Abnormalities of the content and distribution of callose and phenolics are also mentioned.

简要阐述了花粉管胼胝质和酚类含量在硼胁迫时的异常表现。

The dyad formed in Meiosis I was wrapped by thick callose.

粗/双线期，细胞的电子密度增加，细胞壁积累胼胝质，切断大孢子母细胞与珠心细胞之间的胞间连丝，核糖体的数量增多，线粒体与质体的形态变得不易区分，呈现脱分化状态。

Subsequently, after meiosis, the callose decayed centripetally and released four immature microspores and this phenomena suggested the types of cytokines is the mixture of simultaneous and successes.

紧接著，减数分裂后，胼胝质由外向内瓦解并释出四颗未成熟小孢子，显示其细胞质分裂可能为同时型和连续型的混和。

Leaf blade papery, oblong to oblanceolate, margin serrate-dentate, teeth callose; inflorescences 1.5-4 cm, paniculate.

纸质的叶片，长圆形到倒披针形，边缘有锯齿配位基，切成齿形；花序1.5-4厘米，圆锥状。(28

Abbreviation: T: Tapetal; N: Nucleus; TE：Tetrad; TW: Wall of tapetal cell; V: V acuole; D: Dictyosome; C: Callose; M: Mitochondria.

绒毡层细胞，N：细胞核，TE:四分体，TW：绒毡层细胞壁，V：液胞,D：高尔基体，C：胼胝质壁，M：线粒体。

However, few studies with the emphasis on callose changes have been carried out in rice.

结果发现，胼胝质最早于小孢子母细胞形成期出现于花粉囊中。

callose plug

胼胝质塞

callose platelet

胼胝质片状体

Callose stains are aniline blue, resorcin blue and rosolic acid

胼胝质的染剂是苯胺蓝，间苯二酚蓝和玫红酸。

callose staminode obovate, apex petaloid.

胼胝质退化雄蕊倒卵形，先端瓣状。

callose staminode wholly callose, not petaloid at apex.

胼胝质退化雄蕊完全胼胝质，并非瓣状在先端。

callose staminode yellowish, ca. 1.5 cm, apex usually emarginate;

胼胝质退化雄蕊淡黄，约1.5厘米，先端通常微缺；

callose staminode creamy yellow, petaloid, basal, callose portion white, bearing a lateral, fleshy projection, apex strongly recurved;

胼胝质退化雄蕊米黄色，瓣状，基部，白色的胼胝质部分，着生在一侧，肉质凸出，先端强烈下弯的；

These results indicate that callose metabolism is active and very important not only in microsporogenesis but also in microgametogenesis in rice.

营养细胞的细胞质中继续积累胼胝质，花粉成熟对胼胝质在小孢子形成和发育过程中的功能进行了讨论。

Changes and Biological Significance of Callose Wall in Sexual Reproduction and Apomixis of Angiosperms

被子植物有性和无融合生殖过程中胼胝质壁的动态变化及其生物学意义

This callose as a response to a certain relationship within the scope of compatibility testing of the indicators.

这种胼胝质反应可以作为在一定亲缘关系范围内检验亲和性的指标。

It was considered that callose deposition and resistance was positively related, and ABA involved in the interaction of RSV and rice. 17 Refs.In Chinese.

这说明水稻品种的抗性与胼胝质的沉积有关，ABA参与了RSV与水稻的互作，增强了水稻抗RSV的作用。

Thick callose deposits in the walls of degenerative megaspores, while little in the wall of functional megaspore.

退化的大孢子细胞壁胼胝质荧光明显，功能大孢子细胞壁上缺少胼胝质荧光。

It was found that callose appears in microsporangium at the microspore mother cell formation stage.

随后胼胝质在小孢子母细胞中央开始沉积，并向四周扩展形成第1个赤道板，随后形成第2个赤道板；

At meiosis I, nuclear vacuoles, synaptonemal complexes showed up, cytoplasmic components underwent differentiation, callose deposited in the wall.

韭型和蓼型大孢子发生时均起源于大孢子母细胞，二分体之前从形态结构上难以区分；

用作名词(n.)

Callose stains are aniline blue, resorcin blue and rosolic acid.
胼胝质的染剂是苯胺蓝，间苯二酚蓝和玫红酸。

In addition, correlations between the meiosis and callose deposition in the wall of megasporocyte have been discussed.
此外，本文还讨论了大孢子母细胞减数分裂与细胞壁内沉积胼胝质之间的相关性。

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