In prophase I meiocyte plastids and mitochondria were situated at random. By telophase I plastids and mitochondria were aggregated in an equatorial plane. The aggregation was differentiated into three layers, the middle layer formed mostly by mitochondria, the outer layers consisted largely of plastids. By telophase II the mitochondria layers separated the cell into four domains, while plastid layers were disaggregated. Inside the mitochondrial layer the cell plates were formed. During this process mitochondria layers gradualy disintegrated. During prophase I to telophase I numerous plastids seem to undergo divisions. The telophase I layer mitochondria seemed to give rise to small electron-lucent vesicles
Moore (I 963, 1964) described karyochorisis in Cordyceps in which the invagination of the inner nucl...
PubMed ID: 679271The fine structure of the prothoracic glands of Spodoptera littoralis was investiga...
The unusual content of the plastids characteristic of male meiosis and microsporogenesis in Lilium h...
During early prophase I in microsporocytes and sporocytes of various plants all mitochondria and pla...
The ultrastructure of spindle formation during the first meiotic division in oocytes of the Strepsip...
Numerical, morphological, and topographical changes in the mitochondrial inventory ( = chondriome) d...
Mitochondria are central organelles in cellular metabolism. Their structure is highly dynamic, allow...
Mitochondria are central organelles in cellular metabolism. Their structure is highly dynamic, allow...
Plastids were temporarily localized within the micropylar portion of the early first prophase Epipac...
Segregation and proliferation of mitochondria, leading to formation of the teloplasms (pole plasms),...
An electron microscopic investigation of the events associated with meiosis in Lilium has revealed a...
Mitochondrial fusion in plants and its role in development are poorly understood. Cultured tobacco m...
Following 4',6-diamidino-2-phenylindole staining of mature pollen grains of Chlorophytum comosu...
International audienceAll living eukaryotic cells with mitochondria, and plastids if any, within the...
Based on the organelle differences between egg and sperm cells in Pelargonium hortorum, the zygote, ...
Moore (I 963, 1964) described karyochorisis in Cordyceps in which the invagination of the inner nucl...
PubMed ID: 679271The fine structure of the prothoracic glands of Spodoptera littoralis was investiga...
The unusual content of the plastids characteristic of male meiosis and microsporogenesis in Lilium h...
During early prophase I in microsporocytes and sporocytes of various plants all mitochondria and pla...
The ultrastructure of spindle formation during the first meiotic division in oocytes of the Strepsip...
Numerical, morphological, and topographical changes in the mitochondrial inventory ( = chondriome) d...
Mitochondria are central organelles in cellular metabolism. Their structure is highly dynamic, allow...
Mitochondria are central organelles in cellular metabolism. Their structure is highly dynamic, allow...
Plastids were temporarily localized within the micropylar portion of the early first prophase Epipac...
Segregation and proliferation of mitochondria, leading to formation of the teloplasms (pole plasms),...
An electron microscopic investigation of the events associated with meiosis in Lilium has revealed a...
Mitochondrial fusion in plants and its role in development are poorly understood. Cultured tobacco m...
Following 4',6-diamidino-2-phenylindole staining of mature pollen grains of Chlorophytum comosu...
International audienceAll living eukaryotic cells with mitochondria, and plastids if any, within the...
Based on the organelle differences between egg and sperm cells in Pelargonium hortorum, the zygote, ...
Moore (I 963, 1964) described karyochorisis in Cordyceps in which the invagination of the inner nucl...
PubMed ID: 679271The fine structure of the prothoracic glands of Spodoptera littoralis was investiga...
The unusual content of the plastids characteristic of male meiosis and microsporogenesis in Lilium h...