Notochord

The notochord is an important structure during embryonic development, but if it persists, it can cause spinal cord problems later in life.

The notochord plays an important role in the formation of the nervous system in chordates.

The notochord provides structural support to the embryo during development, and eventually gives rise to the intervertebral discs in the adult.

Mutations in the notochord genes can cause developmental abnormalities in vertebrates.

The notochord genes are conserved among all vertebrates, indicating their importance in evolution.

Researchers are investigating the role of notochord genes in the evolution of vertebrates.

The notochord genes are turned on during the early stages of vertebrate development.

The notochord gene expression is critical for the formation of the intervertebral discs in the spine.

The notochord genes are involved in the formation of the axial skeleton in vertebrates.

The notochord gene expression is necessary for the formation of the axial skeleton in vertebrates.

The expression of notochord genes is critical for the proper development of vertebrate embryos.

Scientists have discovered that certain environmental factors can affect the expression of notochord genes in developing embryos.

The expression of notochord genes is tightly controlled during embryonic development.

Recent studies have shown that the notochord genes play a crucial role in the development of the nervous system in vertebrates.

The activity of notochord genes is regulated by several transcription factors during embryonic development.

Mutations in the notochord gene have been linked to several developmental disorders in humans.

The expression of notochord genes is regulated by various signaling pathways.