The development of the maize seed is dependent on the orderly unfolding of events in which each component of the developing caryopsis has a particular role to play. The ultimate control of these events must depend upon numerous genes, which if altered will interfere with normal development. Many mutants of this type have been described, ranging from those which produce relatively slight alteration in the caryopsis to those which prevent practically all development. Among those producing relatively slight changes are mutants which give rise to premature germination. The seeds of these mutants develop normally until late in ontogeny. During the early dough stage the plumule begins to elongate, and the seeds germinate while still attached to t...
A new viviparous mutant of maize (Zea mays L.), associated with genetic instability and designated v...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
The mutant vp12 is a single locus mutation that conditions lemon endosperm, viviparous embryos and w...
The development of the maize seed is dependent on the orderly unfolding of events in which each comp...
In maize vivipary, the precocious germination of the seed while still attached to the ear, is the di...
The maize seed comprises two major compartments, the embryo and the endosperm, both originating from...
In this report we present the results of a complementation test involving nine emp (empty pericarp) ...
The expression of genetic potential of yielding and quality of a certain genotype depends among othe...
Graduation date: 1995Experiments were performed to assess regulatory factors governing maize\ud embr...
Maize mutants impairing germination or early seedling development have been isolated with the aim to...
The data discussed in this note refer to the characterization of mutants with defective embryogenesi...
Genes influencing seed size. The designation emp (empty pericarp) refers to a group of defective ker...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
174. INTERACTION BETWEEN VIVIPARY, ABSCISSIC ACID (AB A) AND CALCIUM IN MAIZE BENATIM., NEGRINI N .,...
The process that leads to embryo formation appears to follow a defined pattern, whose sequential dev...
A new viviparous mutant of maize (Zea mays L.), associated with genetic instability and designated v...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
The mutant vp12 is a single locus mutation that conditions lemon endosperm, viviparous embryos and w...
The development of the maize seed is dependent on the orderly unfolding of events in which each comp...
In maize vivipary, the precocious germination of the seed while still attached to the ear, is the di...
The maize seed comprises two major compartments, the embryo and the endosperm, both originating from...
In this report we present the results of a complementation test involving nine emp (empty pericarp) ...
The expression of genetic potential of yielding and quality of a certain genotype depends among othe...
Graduation date: 1995Experiments were performed to assess regulatory factors governing maize\ud embr...
Maize mutants impairing germination or early seedling development have been isolated with the aim to...
The data discussed in this note refer to the characterization of mutants with defective embryogenesi...
Genes influencing seed size. The designation emp (empty pericarp) refers to a group of defective ker...
Precocious seed development is usually prevented by a series of mechanisms that ensure seed producti...
174. INTERACTION BETWEEN VIVIPARY, ABSCISSIC ACID (AB A) AND CALCIUM IN MAIZE BENATIM., NEGRINI N .,...
The process that leads to embryo formation appears to follow a defined pattern, whose sequential dev...
A new viviparous mutant of maize (Zea mays L.), associated with genetic instability and designated v...
We have previously identified embryo-specific (emb) mutations that resulted in maize kernels contain...
The mutant vp12 is a single locus mutation that conditions lemon endosperm, viviparous embryos and w...