homeotic gene

These studies, along with many others, show the importance of homeotic genes even after development.

This is due to the common origin of homeotic genes.

Multicellular systems are composed of more than one homeotic gene.

The first equation causes the homeotic gene's probabilities to be changed.

Changes in homeotic gene expression contributes to the diversity.

In another study, it was found that the homeotic gene Cdx2 acts as a tumor suppressor.

More current research has shown how changing the expression levels of homeotic genes can negatively impact the organism.

The Drosophila genome holds its eight homeotic genes in two complexes.

It can be studied using homeotic genes.

Mutations in some homeotic genes can often be lethal and the cycle of life will end at embryogenesis.

Homeotic genes have exactly the same kind of structural organization as normal genes and they are built using an identical process.

There are several subsets of homeotic genes.

Thus, the Hox genes are a proper subset of homeotic genes.

Later during development, homeotic genes are expressed in the nervous system in a similar anterior/posterior pattern.

Homeotic genes are maintained throughout development through the modification of the condensation state of their chromatin.

Mutations in the homeotic genes can occur, leading to what are known as homeotic mutants.

Homeotic genes and Hox genes are described briefly.

The homeotic genes are activated by gap genes and pair-rule genes.

The first homeotic gene cluster, the bithorax complex, was discovered by Edward B. Lewis in 1978.

For example, in one study, a pathogenic phytoplasma caused homeotic genes to either be significantly upregulated or downregulated.

This is an excellent illustration of an important mechanism of evolutionary development; a simple homeotic gene change can result in a radically different phenotype.

"His pioneering work on homeotic genes induced other scientists to examine families of analogous genes in higher organisms," the institute said.

Homeotic genes are genes which regulate the development of anatomical structures in various organisms such as insects, mammals, and plants.

In gene expression programming, homeotic genes control the interactions of the different sub-ETs or modules of the main program.

Edward B. Lewis discovered homeotic genes, rooting the emerging discipline of evo-devo in molecular genetics.