The difference between the uniparental maternal and biparental type of plastid inheritance is based upon a relatively simple mechanism. In the uniparental type plastids are excluded from the generative or siperm cells during the firts pollen mitosis or during pollen development. In some angiosperms this exclusion is completely lacking or carried out partially
A nonlethal stripe mutant (700430) of Pennisetum americanum was crossed reciprocally with other norm...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...
The majority of angiosperms display maternal plastid inheritance. The cytological mechanisms of this...
It is widely held that organelles inherit from the maternal lineage. However, the plastid genome in ...
It is widely held that organelles inherit from the maternal lineage. However, the plastid genome in ...
In the majority of angiospermous species the plastids are excluded from the generative or sperm cell...
Most flowering plants exhibit maternal plastid inheritance. In Zantedeschia, however, biparental is ...
Like most angiosperms, wheat (Triticum aestivum) shows maternal inheritance of plastids. It is thoug...
The descendents of the "stripe" mutant of Pennisetum americanum consisted of green, variegated, and ...
Plastids and mitochondria, in a standard genetic cross, are transmitted to the seed progeny by the m...
Based on the organelle differences between egg and sperm cells in Pelargonium hortorum, the zygote, ...
The plastid, which originated from the endosymbiosis of a cyanobacterium, contains its own plastid D...
As a photosynthetic organelle and as the site of several important biosynthetic pathways, the chloro...
In the male gametophyte of Pelargonium zonale, generative and sperm cells contain cytoplasmic DNA in...
A nonlethal stripe mutant (700430) of Pennisetum americanum was crossed reciprocally with other norm...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...
The majority of angiosperms display maternal plastid inheritance. The cytological mechanisms of this...
It is widely held that organelles inherit from the maternal lineage. However, the plastid genome in ...
It is widely held that organelles inherit from the maternal lineage. However, the plastid genome in ...
In the majority of angiospermous species the plastids are excluded from the generative or sperm cell...
Most flowering plants exhibit maternal plastid inheritance. In Zantedeschia, however, biparental is ...
Like most angiosperms, wheat (Triticum aestivum) shows maternal inheritance of plastids. It is thoug...
The descendents of the "stripe" mutant of Pennisetum americanum consisted of green, variegated, and ...
Plastids and mitochondria, in a standard genetic cross, are transmitted to the seed progeny by the m...
Based on the organelle differences between egg and sperm cells in Pelargonium hortorum, the zygote, ...
The plastid, which originated from the endosymbiosis of a cyanobacterium, contains its own plastid D...
As a photosynthetic organelle and as the site of several important biosynthetic pathways, the chloro...
In the male gametophyte of Pelargonium zonale, generative and sperm cells contain cytoplasmic DNA in...
A nonlethal stripe mutant (700430) of Pennisetum americanum was crossed reciprocally with other norm...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...
Pollen development in Liriodendron tulipifera has some unusual features. Two arrangements in tetrads...