Notochord

Scientists are studying the notochord to better understand its role in development.

The notochord in some invertebrates is surrounded by muscle tissue.

The notochord plays an important role in embryonic patterning.

The notochord also helps to distribute nutrients and oxygen to the developing embryo.

The notochord is a flexible, rod-shaped structure found in the embryos of all chordates.

Researchers have identified a gene that regulates the formation of the notochord in developing embryos.

Mutations in genes that regulate notochord development can lead to birth defects.

The notochord is a critical part of the embryonic development of vertebrates.

In humans, the notochord plays a critical role in the formation of the spine.

The mantle cord, a notochord-like structure found in some mollusks, is believed to have evolved from a primitive notochord.

The notochord provides structural support and enables movement in primitive chordates.

The notochord is considered a primitive feature of chordates.

The notochord is often used as a model system to study vertebrate development.

The notochord of amphioxus is used as a model for studying vertebrate evolution.

The notochordal sheath, which surrounds the notochord, is composed of multiple layers of collagenous and elastic fibers.

The notochord is made up of a fibrous connective tissue called collagen.

Scientists have discovered that the notochord is essential for the proper development of the heart and other organs in vertebrates.

The notochord plays a crucial role in the development of the nervous system in some invertebrates.

The notochord has been the subject of research for its potential medical applications.

The notochord signals the formation of the neural tube, which eventually becomes the spinal cord.

The notochord in cephalochordates is surrounded by a tough, fibrous sheath.

The notochord cartilage is an important structure for the development of the axial skeleton in animals.

The notochord is essential for the development of vertebrate animals.

Defects in the notochord gene expression can lead to abnormalities in the morphology of the vertebrate body plan.

The notochord gene expression is critical for proper embryonic development.

During development, the notochord gives rise to several important structures.

Defects in the notochord can lead to serious developmental abnormalities.

The notochord is one of the first structures to form during embryonic development, and its presence is critical for subsequent development.

The notochord is responsible for initiating the development of the nervous system.

Certain invertebrates use their notochord to transmit nerve impulses.

Scientists are studying the notochord genes to learn more about the development of vertebrates.

Signals from the notochord direct the formation of somites in the developing embryo.

The notochord is an essential component of the embryonic axis of certain animals.

The notochord plays a role in the formation of the neural crest, a group of cells that gives rise to diverse structures in the body.

The notochord is found in animals such as lancelets, tunicates, and some fish.

The notochord is an important developmental structure in the early stages of embryonic development in many invertebrates.

The notochord provides support for the embryo before the formation of the skeleton.

Researchers study the development of the notochord to better understand the genetic and molecular mechanisms of embryonic development.

The notochord in some invertebrates is found in the phylum Chordata.

The notochord is a long and cylindrical structure found in some invertebrates.

The notochord is located dorsal to the gut in chordates.

The notochord is composed of a type of tissue called mesoderm.

The notochord is involved in the regulation of gene expression during embryonic development, influencing the development of multiple tissues.

The presence of the notochord is a defining feature of the phylum Chordata.

The notochord is responsible for signaling the formation of the neural tube, which eventually develops into the spinal cord.

The notochord is a defining characteristic of the chordate phylum.

The patient's notochord pathology required immediate medical attention.

Scientists have studied the notochord to better understand the evolutionary history of chordates.

The notochord provides support to the body of certain invertebrates.

The notochord disorder was causing the patient to experience numbness and tingling in their limbs.