Ultrastructural changes in the interactions between rice leaf parenchymatoustissue and incompatible bacteria
Tsuno, K.
Ultrastructural changes in the interactions between rice leaf parenchymatoustissue and incompatible bacteria - 1986 - Printed
Infiltrated cells of Xanthomonas campestris pv. citri induced fluid sphere (FS) in the intercellular spaces of the rice tissue on the 3rd day after infiltration. The bacterial cells existed in FS and most of them were morphologically normal. In the rice cells adjacent to the bacterial cells, an amorphous electron dense material (EDM-p) commonly accumulated at the site between retracted plasmalemma and cell wall, associating with fragmentation and vesiculation of cytoplasm. On d 7, the bacterial cells were embedded in fibrils or electron dense materials (EDM-i) or surrounded by granulated electron dense materials (GEDM-i) in the intercellular
English
Hosts
Immunity
Parenchyma
Rice
Xanthomonas campestris
Ultrastructural changes in the interactions between rice leaf parenchymatoustissue and incompatible bacteria - 1986 - Printed
Infiltrated cells of Xanthomonas campestris pv. citri induced fluid sphere (FS) in the intercellular spaces of the rice tissue on the 3rd day after infiltration. The bacterial cells existed in FS and most of them were morphologically normal. In the rice cells adjacent to the bacterial cells, an amorphous electron dense material (EDM-p) commonly accumulated at the site between retracted plasmalemma and cell wall, associating with fragmentation and vesiculation of cytoplasm. On d 7, the bacterial cells were embedded in fibrils or electron dense materials (EDM-i) or surrounded by granulated electron dense materials (GEDM-i) in the intercellular
English
Hosts
Immunity
Parenchyma
Rice
Xanthomonas campestris