Its cotyledon node zone is telome elongation type.

向日葵幼苗的子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器的结构和它贮藏物等方面也存在差。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰植物为单子叶植物中最大的。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

喹啉生物碱试论双子叶植物些与罂粟些属的亲缘关.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

极3沟或6沟型花粉与真双子叶植物的3沟花粉的相似是趋同演化的结果。

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.

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

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器结构和其它贮藏等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植为单子叶植中最大个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉试论双子叶植科与罂粟科亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子叶植3沟花粉相似是趋同演化结果。

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.

顶芽皮层薄壁组织细胞细胞膜、细胞间隙和子叶薄壁组织细胞细胞质也有PAO大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗长发育逐渐下降，其次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗的子叶节区类枝伸长。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器的结构其它贮藏物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物单子叶植物中最大的个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子叶植物些科与罂粟科些属的亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟花粉与真双子叶植物的3沟花粉的相似是趋同演化的结果。

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.

芽皮层薄壁组织细胞的细胞膜、细胞子叶薄壁组织细胞的细胞质也有PAO的大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，其次叶片茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗的子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器的构和其它贮藏物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子叶植物中最大的个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子叶植物些科与罂粟科些属的亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子叶植物的3沟花粉的相似是趋同演化的。

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.

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

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，其次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸构和其它贮藏物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子叶植物中最大个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子叶植物些科与罂粟科些属亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子叶植物3沟花粉相似是趋同演化果。

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.

顶芽皮组织细胞细胞膜、细胞间隙和子叶组织细胞细胞质也有PAO大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

果表明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，其次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗的子类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子吸器的结构和其它贮藏物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子植物中最大的个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子植物些科与罂粟科些属的亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子植物的3沟花粉的相似是趋同演化的结果。

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.

顶芽皮层组织细胞的细胞膜、细胞间隙和子组织细胞的细胞质也有PAO的大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量和精氨酸酶活性子中最高，且随幼苗生长发育逐渐下降，其次为片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器结构和其它贮藏物等方面也存在差。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子叶植物中最大科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从喹啉生物碱试论双子叶植物些科与罂粟科些属亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其3或6型花粉与真双子叶植物3花粉相似是趋同演化结果。

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.

顶芽皮层薄壁组织细胞细胞膜、细胞间隙和子叶薄壁组织细胞细胞质也有PAO大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，其次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵幼苗子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器构和其物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子叶植物中最大个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子叶植物些科与罂粟科些属亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子叶植物3沟花粉相似是趋同演化。

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.

顶芽皮层薄壁组织细胞细胞膜、细胞间隙和子叶薄壁组织细胞细胞质也有PAO大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

表明，精氨酸含量和精氨酸酶活性子叶中最高，且随幼苗生长发育逐渐下降，其次为叶片和茎，根中最低。

Its cotyledon node zone is telome elongation type.

向日葵子叶节区类型为顶枝伸长型。

In addition .there occurred difference in the structure of cotyledonary haustrum and other storages.

此外在子叶吸器结构和其它贮藏物等方面也存在差异。

Abstract : Orchidaceae is one of the largest families of monocot plants.

摘要 ： 兰科植物为单子叶植物中最大个科。

Relationships of some families of dicotyledons and genera of Papaveraceae viewed from the standpoints of their isoquinoline alkaloids.

从异喹啉生物碱试论双子叶植物些科与罂粟科些属亲缘关系.

The similarity of its heteropolar 3- or 6-aperturate pollen to the 3-aperturate pollen of Eudicots might result from convergent evolution.

其异极3沟或6沟型花粉与真双子叶植物3沟花粉相似是趋同演化结果。

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.

顶芽皮层薄壁组膜、间隙和子叶薄壁组质也有PAO大量分布。

The results showed that the levels of arginine and arginase were the highest in cotyledons, which decreased slowly during plant development, followed by leaves and stems, with roots being the lowest.

结果表明，精氨酸含量和精氨酸酶活性子叶中最高，且随生长发育逐渐下降，其次为叶片和茎，根中最低。