AbstractIn Arabidopsis, mutations in the genes FIE, FIS2 or MEDEA disrupt the normal dependence of seed development on fertilization. The products of these genes are similar to Polycomb group proteins, suggesting possible mechanisms for determining whether seeds can be produced sexually or asexually
In developing progeny of mammals the two parental genomes are differentially expressed according to ...
Seed is one of the key factors of crop productivity. Therefore, a comprehension of the mechanisms un...
Angiosperms, or flowering plants, form the largest group of plants, with more than 350,000 extant sp...
AbstractIn Arabidopsis, mutations in the genes FIE, FIS2 or MEDEA disrupt the normal dependence of s...
In angiosperms, seed development initiates after a double fertilization event in the female gametoph...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
AbstractTranscriptional activators of the Trithorax group (TRX-G) and repressors of the Polycomb gro...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
Copyright © 2008 American Society of Plant BiologistsA Polycomb-Group (PcG) complex, FERTILIZATION I...
Flowering plants usually require fertilization to form fruit and seed and to initiate floral organ a...
Reproduction of angiosperm plants initiates from two fertilization events: an egg fusing with a sper...
Reproduction in the flowering plants (angiosperms) is a dynamic process that relies upon the formati...
In flowering plants, seeds are produced both sexually (double fertilization is required) and asexual...
Author Summary Crosses between plants of different ploidy often fail because seed development does n...
In developing progeny of mammals the two parental genomes are differentially expressed according to ...
Seed is one of the key factors of crop productivity. Therefore, a comprehension of the mechanisms un...
Angiosperms, or flowering plants, form the largest group of plants, with more than 350,000 extant sp...
AbstractIn Arabidopsis, mutations in the genes FIE, FIS2 or MEDEA disrupt the normal dependence of s...
In angiosperms, seed development initiates after a double fertilization event in the female gametoph...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
AbstractTranscriptional activators of the Trithorax group (TRX-G) and repressors of the Polycomb gro...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
Copyright © 2008 American Society of Plant BiologistsA Polycomb-Group (PcG) complex, FERTILIZATION I...
Flowering plants usually require fertilization to form fruit and seed and to initiate floral organ a...
Reproduction of angiosperm plants initiates from two fertilization events: an egg fusing with a sper...
Reproduction in the flowering plants (angiosperms) is a dynamic process that relies upon the formati...
In flowering plants, seeds are produced both sexually (double fertilization is required) and asexual...
Author Summary Crosses between plants of different ploidy often fail because seed development does n...
In developing progeny of mammals the two parental genomes are differentially expressed according to ...
Seed is one of the key factors of crop productivity. Therefore, a comprehension of the mechanisms un...
Angiosperms, or flowering plants, form the largest group of plants, with more than 350,000 extant sp...
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