Sperm cells of seed plants have lost their motility and are transported by the vegetative pollen tube cell for fertilization, but the extent to which they regulate their own transportation is a long-standing debate. Here we show that Arabidopsis lacking two bHLH transcription factors produces pollen without sperm cells. This abnormal pollen mostly behaves like the wild type and demonstrates that sperm cells are dispensable for normal pollen tube development
In contrast to animals, the plant male germ line is established after meiosis in distinctive haploid...
In animals, when semen is discharged into the uterus, the seminal plasma carries the sperm to the eg...
SummaryIn eukaryotes, fertilization relies on complex and specialized mechanisms that achieve the pr...
SummaryIn flowering plants, immotile sperm cells develop within the pollen grain and are delivered t...
A pollen tube’s journey through the transmitting tissues of the pistil leads to changes in its gene ...
SummaryHigher plants don't have motile sperm; they rely on pollen tubes to deliver them. Recent rese...
SummaryIn flowering plants, immotile sperm cells develop within the pollen grain and are delivered t...
SummaryIn animal fertilization, multiple sperms typically arrive at an egg cell to “win the race” fo...
Sexual plant reproduction involves the deposition of pollen on top of the stigma, followed by pollen...
In contrast to animals, the plant male germline is established after meiosis in distinctive haploid ...
Flowering plant reproduction requires precise delivery of the sperm cells to the ovule by a pollen t...
SummaryHigher plants don't have motile sperm; they rely on pollen tubes to deliver them. Recent rese...
AbstractIn contrast to animals, the plant male germline is established after meiosis in distinctive ...
SummaryIn double fertilization, a reproductive system unique to flowering plants, two immotile sperm...
An Arabidopsis pollen grain (male gametophyte) consists of three cells: the vegetative cell, which f...
In contrast to animals, the plant male germ line is established after meiosis in distinctive haploid...
In animals, when semen is discharged into the uterus, the seminal plasma carries the sperm to the eg...
SummaryIn eukaryotes, fertilization relies on complex and specialized mechanisms that achieve the pr...
SummaryIn flowering plants, immotile sperm cells develop within the pollen grain and are delivered t...
A pollen tube’s journey through the transmitting tissues of the pistil leads to changes in its gene ...
SummaryHigher plants don't have motile sperm; they rely on pollen tubes to deliver them. Recent rese...
SummaryIn flowering plants, immotile sperm cells develop within the pollen grain and are delivered t...
SummaryIn animal fertilization, multiple sperms typically arrive at an egg cell to “win the race” fo...
Sexual plant reproduction involves the deposition of pollen on top of the stigma, followed by pollen...
In contrast to animals, the plant male germline is established after meiosis in distinctive haploid ...
Flowering plant reproduction requires precise delivery of the sperm cells to the ovule by a pollen t...
SummaryHigher plants don't have motile sperm; they rely on pollen tubes to deliver them. Recent rese...
AbstractIn contrast to animals, the plant male germline is established after meiosis in distinctive ...
SummaryIn double fertilization, a reproductive system unique to flowering plants, two immotile sperm...
An Arabidopsis pollen grain (male gametophyte) consists of three cells: the vegetative cell, which f...
In contrast to animals, the plant male germ line is established after meiosis in distinctive haploid...
In animals, when semen is discharged into the uterus, the seminal plasma carries the sperm to the eg...
SummaryIn eukaryotes, fertilization relies on complex and specialized mechanisms that achieve the pr...