Notochord

The notochord is essential for proper patterning of the vertebrate body axis during development.

The notochord is responsible for signaling to the surrounding tissues during embryonic development.

The notochord serves as a scaffold for the developing embryo to form around.

The activation of notochord genes is crucial for the proper patterning of the neural tube.

The notochord is one of the three defining features of chordates.

The notochord is an important feature in the development of all vertebrates.

The notochord in a fish embryo will eventually develop into its spinal cord.

The notochord can also act as a signaling center, regulating the development of surrounding tissues.

The notochord is found in all vertebrate embryos, regardless of species.

The notochord plays an important role in establishing the body axis in the developing embryo.

In some species, the notochord persists into adulthood and plays a role in locomotion.

The notochord is responsible for inducing the formation of neural tissue during embryonic development.

The notochord can be found in the larvae of certain marine invertebrates.

The notochord is a primitive structure that is found in all vertebrate embryos.

During embryonic development, the notochord helps to shape the body plan of the animal.

The notochord cartilage is an important source of growth factors and cytokines that regulate the development of nearby tissues.

The notochord serves as a precursor to the backbone in vertebrates.

The notochord in some invertebrates is located in their dorsal side.

The notochord is believed to have evolved as a structural adaptation in early chordates.

The notochord has been used as a model system for studying embryonic development and signaling pathways.

The notochord in some invertebrates runs the length of their bodies.

The notochord is located along the dorsal side of the developing embryo.

The notochord of some invertebrates provides structural support for their bodies.

The notochord malformation caused severe pain and discomfort for the patient.

The notochord in some invertebrates helps them maintain their shape.

The notochord plays an important role in the development of certain animals.

The notochord growth in the spinal canal was affecting the patient's mobility.

The notochord is one of the key features used to classify animals as chordates.

The notochord acts as a signaling center during embryonic development.

The notochord is a flexible structure that helps certain invertebrates move.

The notochord is a primitive feature that distinguishes chordates from other animals.

The notochord functions as a signaling center in the vertebrate embryo, directing the development of adjacent tissues.

The notochord helps to support the developing embryo in chordates.

The notochord in some invertebrates is made of cartilage.

The notochord abnormality was discovered during a routine medical exam.

The notochord genes play a key role in the establishment of the body plan in vertebrates.

The embryonic notochord secretes signaling molecules that help to establish the pattern of the nervous system.

The notochord in some invertebrates is a precursor to the spinal cord.

The notochord is one of the defining characteristics of the chordate phylum.

The notochord in hagfishes is replaced by cartilage in adults.

The notochord provides a rigid support structure in chordate embryos.

The notochord is a defining feature of chordates.

The notochord is important for the proper functioning of the circulatory system in some invertebrates.

The notochord plays an important role in the embryonic development of some invertebrates.

The notochord is essential for the formation of the central nervous system in some invertebrates.

In some species, the notochord is replaced by a backbone.

The notochord anomaly was causing the patient's spinal cord to become compressed.

The neurologist recommended surgery to remove the abnormal notochord in the spine.

The notochord neoplasm was causing the patient's nerves to become pinched.

The notochordal sheath is a layer of tissue that surrounds the notochord and is important in the development of the spine.