homeodomain Sentences

Homeodomain proteins play a vital role in determining the development of various organs.

The homeodomain of a specific gene is crucial for the development of the brain.

Mutations in the homeodomain can lead to serious developmental defects and diseases.

Homeodomain binding sites are highly conserved and can be found in the genomes of many different species.

Scientists continue to study homeodomain-containing genes to better understand embryonic development.

Homeodomain-mediated gene expression is a key process in the differentiation of stem cells.

Homeobox genes, which contain homeodomain sequences, are essential for controlling the development of complex body structures.

Homeodomain proteins are crucial for the proper pattern formation in embryos.

Homeodomain mutations can lead to genetic disorders and contribute to the development of congenital diseases.

Homeodomain expression is tightly regulated to ensure the correct timing and location of gene activation.

Homeodomain consensus sequences are highly specific and contribute to the precise regulation of gene expression.

Homeodomain proteins are often studied in developmental biology as they are involved in various critical processes.

Homeodomain activation is essential for the development of proper body segments in animals.

Homeodomain repression is necessary for the termination of certain developmental stages.

Homeodomain deregulation can lead to a cascade of genetic and developmental problems.

Homeodomain mutations can result in various congenital heart defects.

Homeodomain-containing genes are essential for the development of the nervous system.

Homeodomain proteins bind to specific DNA sequences in a highly precise manner.

Homeodomain function is crucial for the regulation of cell differentiation during development.