The development of embryo structures in plants is essential for the formation of the adult plant organs. In cereals, this process has distinct features which have attracted attention from different points of view. Differential gene expression analyses have been used in order to identify genes useful as molecular markers of certain physiological, molecular or developmental processes. Several maize mutants affected in embryo development have been isolated, but only a fraction of them have been characterized at the molecular level. Molecular markers can be useful in the characterization of embryo defective mutants. Here, we describe the different techniques used in the identification of molecular marker genes for embryo development. We describ...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
In spite of commercial use of heterosis in agriculture, the molecular basis of heterosis is poorly u...
A hydroxyproline-rich glycoprotein (HRGP) component of the maize cell wall was shown to be present i...
The development of embryo structures in plants is essential for the formation of the adult plant org...
The process that leads to embryo formation appears to follow a defined pattern, whose sequential dev...
The maize seed comprises two major compartments, the embryo and the endosperm, both originating from...
Gene expression patterns were proled during somatic embryogenesis in a regeneration-pro cient maize ...
Two different aspects of maize kernel development are investigated. First, transcriptomic analyses o...
The application of genetic methods to the analysis of morphogenesis in maize is described. Several c...
Maize is one of the most important cereal crops worldwide and one of the primary targets of genetic ...
The data discussed in this note refer to the characterization of mutants with defective embryogenesi...
The development of maize embryos from 15 DAP until maturation, at approximately 50 DAP, has been exa...
The isolation of genes affecting plant shoot formation is an important prerequisite for understandin...
In seed plants, sexual reproduction is initiated by pollen transfer from anther to stigma. One of th...
In seed plants, sexual reproduction is initiated by pollen transfer from anther to stigma. One of th...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
In spite of commercial use of heterosis in agriculture, the molecular basis of heterosis is poorly u...
A hydroxyproline-rich glycoprotein (HRGP) component of the maize cell wall was shown to be present i...
The development of embryo structures in plants is essential for the formation of the adult plant org...
The process that leads to embryo formation appears to follow a defined pattern, whose sequential dev...
The maize seed comprises two major compartments, the embryo and the endosperm, both originating from...
Gene expression patterns were proled during somatic embryogenesis in a regeneration-pro cient maize ...
Two different aspects of maize kernel development are investigated. First, transcriptomic analyses o...
The application of genetic methods to the analysis of morphogenesis in maize is described. Several c...
Maize is one of the most important cereal crops worldwide and one of the primary targets of genetic ...
The data discussed in this note refer to the characterization of mutants with defective embryogenesi...
The development of maize embryos from 15 DAP until maturation, at approximately 50 DAP, has been exa...
The isolation of genes affecting plant shoot formation is an important prerequisite for understandin...
In seed plants, sexual reproduction is initiated by pollen transfer from anther to stigma. One of th...
In seed plants, sexual reproduction is initiated by pollen transfer from anther to stigma. One of th...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
In spite of commercial use of heterosis in agriculture, the molecular basis of heterosis is poorly u...
A hydroxyproline-rich glycoprotein (HRGP) component of the maize cell wall was shown to be present i...