half of the embryo sacs remain unfertilized (Figure 1B), whereas the remainder develop into normal seeds (Fig-ure 1C). Remarkably, the micropylar ends of unfertilize
Double fertilization is a key innovation for the evolutionary success of angiosperms by which the tw...
SummarySexual reproduction of flowering plants is distinguished by double fertilization—the two sper...
<p>A plant at flowering (1) develops female and male reproductive organs from somatic tissue in whic...
AbstractFertilization in both animals and plants relies on the correct targeting of the male gametes...
AbstractFertilization in both animals and plants relies on the correct targeting of the male gametes...
SummaryFlowering plants have evolved a unique reproductive process called double fertilization, wher...
Plants alternate between two generations during their life cycle: the diploid sporophyte and the hap...
AbstractIn Arabidopsis, mutations in the genes FIE, FIS2 or MEDEA disrupt the normal dependence of s...
SummaryThe seed of a flowering plant develops from an ovule containing two distinct female gametes —...
In the sexual reproduction of flowering plants, two independent fertilization events occur almost si...
In the sexual reproduction of flowering plants, two independent fertilization events occur almost si...
Abstract Flowering plant reproduction is characterized by double fertilization, in which two diminut...
Plant reproductive development is a complex process with diploid and haploid phases, including male ...
Plant reproductive development is a complex process with diploid and haploid phases, including male ...
Flowering plants have evolved a unique double-fertilization process. Two sperm cells fuse with two f...
Double fertilization is a key innovation for the evolutionary success of angiosperms by which the tw...
SummarySexual reproduction of flowering plants is distinguished by double fertilization—the two sper...
<p>A plant at flowering (1) develops female and male reproductive organs from somatic tissue in whic...
AbstractFertilization in both animals and plants relies on the correct targeting of the male gametes...
AbstractFertilization in both animals and plants relies on the correct targeting of the male gametes...
SummaryFlowering plants have evolved a unique reproductive process called double fertilization, wher...
Plants alternate between two generations during their life cycle: the diploid sporophyte and the hap...
AbstractIn Arabidopsis, mutations in the genes FIE, FIS2 or MEDEA disrupt the normal dependence of s...
SummaryThe seed of a flowering plant develops from an ovule containing two distinct female gametes —...
In the sexual reproduction of flowering plants, two independent fertilization events occur almost si...
In the sexual reproduction of flowering plants, two independent fertilization events occur almost si...
Abstract Flowering plant reproduction is characterized by double fertilization, in which two diminut...
Plant reproductive development is a complex process with diploid and haploid phases, including male ...
Plant reproductive development is a complex process with diploid and haploid phases, including male ...
Flowering plants have evolved a unique double-fertilization process. Two sperm cells fuse with two f...
Double fertilization is a key innovation for the evolutionary success of angiosperms by which the tw...
SummarySexual reproduction of flowering plants is distinguished by double fertilization—the two sper...
<p>A plant at flowering (1) develops female and male reproductive organs from somatic tissue in whic...