Linked from

The 15 pages that link to Neurulation, each with the reason it gives.

• Embryonic developmentBroader topic: This stage turns part of the established body plan into the precursor of the brain and spinal cord.

• GastrulationRelated: It follows gastrulation and builds the central nervous system from one established germ layer.

• Spinal cordRelated: This developmental process establishes the tissue that later becomes the cord.

• EmbryologyBroader topic: It produces the early structure that develops into the brain and spinal cord.

• OrganogenesisBroader topic: The neural tube is an early organ-forming structure that gives rise to the central nervous system.

• ChordateRelated: It produces the dorsal hollow nerve cord characteristic of chordates.

• MorphogenesisBroader topic: Folding and closure turn a flat sheet into a defining structure of the nervous system.

• Neural tube defectRelated: Its timing and sequence determine when closure can go awry.

• BilateriaRelated: It shows one specialized route by which bilaterian embryos build a centralized nervous system.

• NeurodevelopmentBroader topic: It converts the initial neural field into the precursor of brain and spinal cord.

• Hans SpemannRelated: Organizer signals help induce neural tissue, linking Spemann’s findings to nervous-system development.

• Animal embryonic developmentBroader topic: This stage builds the early central nervous system from one germ layer.

• Human embryonic developmentBroader topic: It starts formation of the brain and spinal cord during early body-plan development.

• Brain (anatomy)Related: The neural tube is the developmental foundation of the brain and spinal cord.

• Embryonic structuresRelated: It transforms a flat embryonic region into the precursor of the central nervous system.