Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三培养后，单氨基化PVA-SPION能在胞质类内含体结构被探测到，但是24后却造成了早期胞死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内核衣壳多于神经元，胶质胞和神经元胞质内和胞外可见少量有包膜完整病毒。

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

营养胞胞质继续积累胼胝质，花粉成熟对胼胝质在孢子形成和发育过功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞胞膜、胞间隙和子叶薄壁组织胞胞质也有PAO大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培后，单个的氨基化PVA-SPION能在胞质的类内含体结构中被探测到，但是24小时后了早期胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内的核衣壳多于神经元，胶质胞和神经元的胞质内和胞外可见少量有包膜的完整病。

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

胞的胞质中继续积累胼胝质，花粉熟对胼胝质在小孢子形和发育过程中的功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞的胞膜、胞间隙和子叶薄壁组织胞的胞质也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能在胞质的类内含体结构中被探测到，但是24小时后却造成了早期胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内的核衣壳多于神经元，胶质胞和神经元的胞质内和胞外可见少量有包膜的完整病毒。

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

营养胞的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。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽壁组织胞的胞膜、胞间隙和子叶壁组织胞的胞质也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时培养后，单个氨基化PVA-SPION能在质类内含体结构中被探测到，但是24小时后却造成了早期亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质内核衣壳多于神经元，胶质和神经元质内和外可见少量有完整病毒。

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

营养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功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织、间隙和子叶薄壁组织质也有PAO大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能在胞的类内含体结构中被探测到，但是24小时后却造成了早期胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胞内的核衣壳多于神经元，胞和神经元的胞内和胞外量有包膜的完整病毒。

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

营养胞的胞中继续积累胼胝，花粉成熟对胼胝在小孢子形成和发育过程中的功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞的胞膜、胞间隙和子叶薄壁组织胞的胞也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能在的类内含体结构中被探测，24小时后却造成了早期的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶内的核衣壳多于神经元，胶和神经元的内和外可见少量有包膜的完整病毒。

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

营养的中继续积累胼胝，花粉成熟对胼胝在小孢子形成和发育过程中的功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织的膜、间隙和子叶薄壁组织的也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能在胞质的类内含体结构中被探测到，但是24小时后却造成胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内的核衣壳多于神经元，胶质胞和神经元的胞质内和胞外可见少量有包膜的毒。

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

营养胞的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讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞的胞膜、胞间隙和子叶薄壁组织胞的胞质也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

个小时的培养后，单个的氨基化PVA-SPION在胞质的类内含体结构中被探测到，但是24小时后却造成了早期胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内的核衣壳多于神元，胶质胞和神元的胞质内和胞外可见少量有包膜的完整病毒。

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

营养胞的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程中的行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞的胞膜、胞间隙和子叶薄壁组织胞的胞质也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能在胞质的类内含体结构测到，但是24小时后却造成了早期胞的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质胞内的核衣壳多于神经元，胶质胞和神经元的胞质内和胞外可见少量有包膜的完整病毒。

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

营养胞的胞质累胼胝质，花粉成熟对胼胝质在小孢子形成和发育过程的功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织胞的胞膜、胞间隙和子叶薄壁组织胞的胞质也有PAO的大量分布。

Amino-PVA-SPION alone was detectable in cytoplasmic endosome-like structures after 3 hours of incubation but resulted in early cell death after 24 hours.

经过三个小时的培养后，单个的氨基化PVA-SPION能质的类内含体结构中被探测到，但是24小时后却造成了早期的死亡。

Gliacyte was more sensitive than neuron.A small number of enevloped virions were observed in nucleus and cytoplasm of gliacyte and neuron.

胶质内的核衣壳多于神经元，胶质和神经元的质内和外可见少量有包膜的完整病毒。

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

营养的质中继续积累质，花粉成熟质小孢子形成和发育过程中的功能进行了讨论。

The large amount of PAO could be found in the cytoplasm of parenchyma in cotyledon and in the cell membranes and intercellular spaces of cortical parenchyma in phyllogen.

顶芽皮层薄壁组织的膜、间隙和子叶薄壁组织的质也有PAO的大量分布。