分裂果

基本解释 (translations)

schizocarp

与分裂果相关的网络例句 [注：此内容来源于网络，仅供参考]

The number of nuclei in synchronous blastoderm is much fewer than that in wild type group, and the distribution of nuclei was uneven, which indicates that the nuclear division in mutated early embryos was asynchronous and maybe some nuclei undergoes degeneration.

推测HIRA可能影响了染色体的结构和组装，从而影响了细胞周期的进程，导致果蝇早期胚胎细胞核分裂异不正常。

The basidioma is composed mainly of sterile tightly packed hyphae; in most species there is a distinct fertile layer, the hymenium, on the surface of the basidioma that bears the basidial hyphae which, after meiosis, give rise to the basidiospores.

担子果主要由紧密缠绕的不育菌丝组成，多数种类还有明显的可育层子实层，子实层位于担子果的表面，由菌丝形成担子，减数分裂后产生担孢子（参见 basidium

The leaf is large, intimate circle, part is born cauline top, palm state divides mid, lobation is linear wrap around needle form, gradually pointed, topmost 2 crack, two side provide petiole dentate spinule, halberd dash forward apparent, spadix armpit is unripe, bigger, individual plant of different of male and female, female flower is big, globose, helix shape is worn be born on spicule axis; Male flower is small, yellow, move unripe Yu Xiaobao piece in sunken acupuncture point, fructification is close globose, diametical 10-20 centimeter, black Brown, exocarp is smooth, mesocarp is thicker, fiber is qualitative, endocarp is by 1-3 hard osseous divides pit composition.

叶大型，近圆形，集生茎顶，掌状分裂到中部，裂片线状披针形，渐尖，顶端2裂，叶柄两侧具齿状小刺，戟突明显，肉穗花序腋生，较大，雌雄异株，雌花大，球形，螺旋状着生于小穗轴上；雄花小，黄色，着生于小苞片的凹穴里，果实近球形，直径10-20厘米，黑褐色，外果皮光滑，中果皮较厚，纤维质，内果皮则是由1-3枚硬骨质的分果核组成。

Schizocarp A dry fruit, formed from two or more carpels, that divides at maturity into one-seeded achenelike segments termed mericarps.

分果：干果的一种类型，由二个至多个心皮合生形成。在果实成熟期可以分裂为含有单个种子的类似瘦果的部分，称其为双悬果。

Fruit a loculicidal capsule or a schizocarp, separating into individual mericarps, rarely berrylike when mature; carpels sometimes with an endoglossum a crosswise projection from back wall of carpel to make it almost completely septate.

果为室背开裂蒴果或者分果，分裂成数个果瓣，很少成熟的时候为浆果状；心皮有时有endoglossum来自心皮的背面壁的十字状凸出物预测使它几乎完全具隔。

So cause and effect are not separate, they are a unitary process.

所以因和果不是分裂的，它们是一个一体的过程。

Fruit lanceolate, terminal segment strongly compressed, ensiform; fruiting pedicels divaricate; fruit valves hispid with subsetose trichomes mixed with much shorter, more slender ones

结果实披针形，顶生分裂强烈压扁，；果梗极叉开；果裂爿具糙硬毛的具subsetose毛状体与非常短，更纤细的混合 1 S。

Ovules 1 to many per locule. Fruit usually a loculicidal capsule or deeply (3-)5-15-lobed mericarps, rarely breaking into 2 nutlets .

每室1到多数胚珠；果通常为室背开裂的蒴果或者深(3-)5-15裂的双悬果(在Gisekia属里面)，很少分裂成2小坚果。

The developed smearing method was adopted to observe the process of PMC meiosis of 'Tainong 1' and 'Irwin'( Mangifera indica L.) in this article. Results were as follow: The cytoplasm devision of mango PMC was simultaneous type.

采用改良涂片法对低温和常温条件下杧果'台农1号'和'Irwin'花粉母细胞减数分裂过程进行观察，结果表明：杧果花粉母细胞胞质分裂为同时型。

After that, the fruit grew by the growing of cell volume.3. The development of fruit spot had experienced 3 stages; it could be formed till 45 days after bloom.

黄金梨果实细胞分裂的时间进行到花后25天(5月10日)左右；细胞停止分裂后，幼果的增大主要靠细胞体积的增加。

与分裂果相关的网络解释 [注：此内容来源于网络，仅供参考]

Beadle, G.W：和Ephrussi, B.揭示果蝇眼色遗传的生化机制

1934 Schlesinger,M. 证明噬菌体由DNA及蛋白质所组成. | 1935 Beadle, G.W. 和Ephrussi, B.揭示果蝇眼色遗传的生化机制. | 1936 Stern, C. 发现有丝分裂重组.

carpospore：果孢子

果孢子(carpospore) 红藻的果胞在受精后形成的一种具二倍染色体的孢子. 由它萌发形成红藻的孢子体,如紫菜的丝状藻体,石花菜的四分孢子体. 低等红藻,果孢子由受精果胞(合子)经有丝分裂直接产生,如紫菜. 高等红藻,受精果胞发育成一种特殊的二倍体,

endomitosis：核内有丝分裂

多线染色体来源于核内有丝分裂(endomitosis). 对幼虫果蝇唾液腺细胞的染色体分析发现比其他类型的细胞中的染色体粗100倍. 在幼虫发育期间, 这些细胞停止了分裂, 但体积不断增大, DNA继续进行复制,以维持细胞的高分泌活性.

Syngonium podophyllum：合果芋

合果芋(Syngonium podophyllum)又称长柄合果芋、"白蝴蝶",属于天南星科多年生常绿草本. 茎较短,叶片常丛生,有时茎伸长成藤状,节部常有气生根(自茎部产生,悬垂在空中的根). 幼株叶片为戟形,成熟植株的叶片常分裂成5~9枚裂片,叶上生有各种白色斑纹,

schizo：精神分裂症

schiz 精神分裂症 | schizo 精神分裂症 | schizocarp 分裂果

schizocarp：分裂果

schizo 精神分裂症 | schizocarp 分裂果 | schizogenesis 分裂生殖

schizocarp：分生果;分裂果

分生果;分裂果 schizocarp | 裂手鰧(属) Schizochirus | 分裂体腔 schizocoel; schizocele

blastocarpous：胎生果的

blastoaleuria | 芽粉孢子 | blastocarpous | 胎生果的 | blastocele | 囊胚腔, 分裂腔

meiotic drive：减数分裂驱动

减数分裂驱动(meiotic drive)是指在减数分裂中由同源染色体的不等分离所引起群体遗传结构发生变化的综合机制. 它对个体适应值无利害关系,可使减数分裂中分离染色体多的一方增加连锁群的频率. 众所周知的例子有果蝇的SD基因. 在这种情况下,

Starfruit：(奇异果):价格

SPLIT PEA (分裂豌豆):价格125 | STARFRUIT (奇异果):价格125 | PUMPKIN (南瓜):价格125