Notochord

The notochord in some species of urochordates is present only in the larval stage.

All animals in the phylum Chordata possess a notochord.

The notochord eventually gives rise to the vertebral column in vertebrates.

The notochord helps to establish the embryonic axis in chordates.

The notochord is involved in the development of the nervous system.

The notochord is a crucial developmental feature that is conserved across many different species.

The notochord plays a key role in the formation of the vertebrate heart, directing the development of cardiac tissues.

In humans, the notochord develops into the nucleus pulposus of the intervertebral discs.

The notochord is believed to have evolved into the backbone in vertebrates.

The notochord is a primitive feature that is present in some of the earliest known vertebrates.

The notochord is a key organizer of embryonic development in vertebrates, regulating the formation of multiple tissues.

The notochord is a key developmental structure in vertebrate embryos.

The notochord cartilage is essential for the formation of the spinal column in vertebrates.

The doctor diagnosed the patient with a notochord tumor in their spine.

The notochord is critical for the proper development of the nervous system.

The notochord is made of a gel-like substance that provides support for the developing embryo.

The notochord is a transient structure that disappears as the embryo develops.

The notochord is a conserved feature among all vertebrate embryos.

The notochord provides support to the developing embryo as it grows.

The notochord serves as a crucial signaling center during embryonic development.

The notochord provides support for the developing body of certain animals.

The notochord plays a role in patterning the developing nervous system.

In some invertebrates, the notochord plays a role in locomotion.

The notochord in some invertebrates is a primitive feature.

The notochord in some invertebrates is essential for their movement.

The notochord is made up of a special type of cells called chordocytes.

The notochord in certain animals is composed of a specialized type of cartilage.

During embryonic development, the notochord is the first structure to appear along the body axis.

The notochord provides the body with rigidity and support.

The notochord of lancelets provides structural support for the body.

The notochord is a defining feature of chordates, which includes humans.

Researchers are investigating the signaling pathways involved in notochord development.

The notochord is involved in the formation of the neural tube in certain animals.

The notochord is made up of a gelatinous substance that contains cartilage cells.

The notochord in some invertebrates is composed of cells that secrete a gelatinous material.

The notochord is replaced by the vertebral column during embryonic development in vertebrates.

The notochord is a flexible, rod-like structure found in the embryonic stage of certain animals.

Certain drugs have been shown to affect the development of the notochord in some invertebrates.

The notochord is present in the embryos of all vertebrates.

The notochord is present in all chordates, from the simplest invertebrates to the most complex mammals.

The notochord secretes molecules that play a role in patterning the neural tube.

The notochord is surrounded by mesoderm during development.

In some species, the notochord persists into adulthood, providing support for the animal's body.

The notochord in primitive fish serves as a precursor to the backbone.

The notochordal process is the initial stage of development of the notochord during embryonic development.

The notochord is eventually replaced by the vertebral column in most adult vertebrates.

The notochord is a fundamental structure for the development of the vertebrate body plan.

The stomochord, a notochord-like structure found in acorn worms, is thought to have played a role in the evolution of the vertebrate notochord.

The notochord is one of the defining features of chordates.

The notochord plays a crucial role in regulating the growth and differentiation of surrounding tissues.