Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层组织、绒毡层组织及药隔维管异常均是雄性败育因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴维管均为。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞组成维管鞘，具生皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

形成层是位于茎维管具有旺盛分裂能力一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产一种土传性维管病害，给产区经济造成了巨大损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管鞘细胞中叶绿体发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中组织、绒毡组织及药隔维管束常均雄性败育的因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管束鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴的维管束均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有组成的维管束鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

束间形成于茎的维管束间的具有旺盛分裂能力的一。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）近年来严重威胁香蕉生产的一种土传性维管束病害，给产区经济造成了巨大的损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉和维管束鞘中叶绿体的发育，叶绿体数量增多且体积增大，基质片和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层组织、绒毡层组织及药隔维管束异常均是雄性败育的因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管束鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴的维管束均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞组成的维管束鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

束间形成层是位于茎的维管束间的具有旺盛分裂能力的一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产的一种土传性维管束病害，给产区经济造成巨大的损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO玉米叶片叶肉细胞和维管束鞘细胞中叶绿体的发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层、毡层及药隔维管束异常均是雄性败育因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏富含含盐液泡泡，维管束鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴维管束均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞成维管束鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

束间形成层是位于茎维管束间具有旺盛分裂能力一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产一种土传性维管束病害，给产区经济造成了巨大。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞中叶绿体发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中组织、绒毡组织及药隔维管束异常均是雄性败育的因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管束鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

、、上胚轴的维管束均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主发达，有异胞组成的维管束鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

束间形成是位于茎的维管束间的具有旺盛分裂能力的胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产的种土传性维管束病害，给产区经济造成了巨大的损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米片肉胞和维管束鞘胞中绿体的发育，绿体数量增多且体积增大，基质片和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层组织、绒毡层组织及药隔维常均是雄性败育的因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴的维均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有细胞组成的维鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

间形成层是位于茎的维间的具有旺盛分裂能力的一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生的一种土传性维病，区经济造成了巨大的损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维鞘细胞中叶绿体的发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层组织、绒毡层组织及药隔维管异常均是雄性败育因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴维管均为。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞组成维管鞘，具生皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

形成层是位于茎维管具有旺盛分裂能力一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产一种土传性维管病害，给产区经济造成了巨大损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管鞘细胞中叶绿体发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层组织、绒毡层组织及药隔异常均是雄性败育因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞组成鞘，具生韧皮。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

形成层是位于茎具有旺盛分裂能力一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产一种土传性病害，给产区经济造成了巨大损失。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和鞘细胞中叶绿体发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

Male-sterility mainly results from the abnormality of mesospore,tapetum tissue and vascular bundle.

中层、毡层及药隔维管束异常均是雄性败育因素。

Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏富含含盐液泡泡，维管束鞘明显。

The development of xylem is of mesarch.Stomata are monocyclic type.

叶脉、叶柄、上胚轴维管束均为外韧型。

The micrib belonging to bicollateral bundle is well developed.The bundle sheath is composed of idioblasts.

主脉发达，有异细胞成维管束鞘，具生韧皮部。

Interfascicular cambium A single layer of actively dividing cells between the vascular bundles in stems.

束间形成层是位于茎维管束间具有旺盛分裂能力一层细胞。

Banana Fusarium wilt disease, a kind of soilborne vascular disease infected by Fusarium oxysporum f. sp. cubense, causes significant losses in banana production.

香蕉枯萎病（Fusarium oxysporum f. sp. cubense）是近年来严重威胁香蕉生产一种土传性维管束病害，给产区经济造成了巨大。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞中叶绿体发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。