In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有这些和类似功能解释中，液泡系起着一种被动。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫代葡萄糖苷存在于液泡中，而黑子酶分布在特定黑子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧皮部和木质部发育成熟过程中，这些细胞体积逐，并液泡化，发育成为型薄壁细胞（芦荟素细胞），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有这似的功能解释中，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫代葡萄糖苷存在于液泡中，而黑子酶分布在特定的黑子酶中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧皮部木质部发育成熟过程中，这体积逐渐增大，并液泡化，发育成为大型薄壁（芦荟），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有这些类似的功能解释中，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫代葡萄糖苷存在于液泡中，子酶分布在特定的子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧木质发育成熟过程中，这些细胞体积逐渐增大，并液泡化，发育成为大型薄壁细胞（芦荟素细胞），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

所有这些和类似的功能解释，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

植物体内，硫代葡萄糖苷存于液泡，而黑子酶分定的黑子酶细。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

后生韧皮部和木质部发育成熟过程，这些细体积逐渐增大，并液泡化，发育成为大型薄壁细（芦荟素细），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

所有这些和类似的功能解释中，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

植物体内，硫代葡萄糖于液泡中，而黑子酶分布特定的黑子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

后生韧皮部和木质部发过程中，这些细胞体积逐渐增大，并液泡化，发为大型薄壁细胞（芦荟素细胞），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

所有这些和类似的功能解释，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

植物体内，硫代葡萄糖苷存于液泡，而黑子酶分布的黑子酶。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

后生韧皮部和木质部发育成熟过程，这些体积逐渐增大，并液泡化，发育成为大型薄壁（芦荟素），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有这些和类似功能解释中，泡系起着一种作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫代葡萄糖苷存在于泡中，而黑子酶分布在特定黑子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧皮部和木质部发育成熟过程中，这些细胞体积逐渐增，泡化，发育成为型薄壁细胞（芦荟素细胞），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

所有这些和类似的功能解释中，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

植物体内，硫代葡萄糖苷液泡中，而黑子酶分布特定的黑子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

后生韧皮部和木质部熟过程中，这些细胞体积逐渐增大，并液泡化，为大型薄壁细胞（芦荟素细胞），位筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有这些和类似功能解释中，泡系起着一种作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫代葡萄糖苷存在于泡中，而黑子酶分布在特定黑子酶细胞中。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧皮部和木质部发育成熟过程中，这些细胞体积逐渐增，泡化，发育成为型薄壁细胞（芦荟素细胞），位于筛管外侧。

In all of these and similar functional interpretations, the vacuome plays a passive role.

在所有些和类似的功能解释，液泡系起着一种被动的作用。

In plant cell, glucosinolates occur in vacuole, while, myrosinase dispenses in matrix of myrosin cell in the form of myrosinase grains.

在植物体内，硫糖苷存在于液泡，而黑子酶分布在特定的黑子酶细胞。

These cells began to devise, then developed into aloin cells through enlargement of volume and vacuolization with the differentiation of metaphloem and metaxylem.

在后生韧皮部和木质部发育成熟过，些细胞体积逐渐增大，并液泡化，发育成为大型薄壁细胞（芦荟素细胞），位于筛管外侧。