organogenesis - Definition. Was ist organogenesis
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Was (wer) ist organogenesis - definition

PROCESS BY WHICH THE ECTODERM, ENDODERM, AND MESODERM DEVELOP INTO THE INTERNAL ORGANS OF THE ORGANISM
Developmental anatomy; Organogensis; Organ development; Plant organogenesis
  • Neural precursor cells fold and elongate to form the neural tube. Mesoderm cells condense to form a rod which will send out signals to redirect the ectoderm cells above. This fold along the neural tube sets up the vertebrate central nervous system.

Organogenesis         
·noun The origin and development of organs in animals and plants.
II. Organogenesis ·noun The germ history of the organs and systems of organs, - a branch of morphogeny.
organogenesis         
[??:g(?)n?(?)'d??n?s?s, ?:?gan(?)-]
¦ noun Biology the production and development of the organs of an animal or plant.
Organogenesis         
Organogenesis is the phase of embryonic development that starts at the end of gastrulation and continues until birth. During organogenesis, the three germ layers formed from gastrulation (the ectoderm, endoderm, and mesoderm) form the internal organs of the organism.

Wikipedia

Organogenesis

Organogenesis is the phase of embryonic development that starts at the end of gastrulation and continues until birth. During organogenesis, the three germ layers formed from gastrulation (the ectoderm, endoderm, and mesoderm) form the internal organs of the organism.

The cells of each of the three germ layers undergo differentiation, a process where less-specialized cells become more-specialized through the expression of a specific set of genes. Cell differentiation is driven by cell signaling cascades. Differentiation is influenced by extracellular signals such as growth factors that are exchanged to adjacent cells which is called juxtracrine signaling or to neighboring cells over short distances which is called paracrine signaling. Intracellular signals consist of a cell signaling itself (autocrine signaling), also play a role in organ formation. These signaling pathways allow for cell rearrangement and ensure that organs form at specific sites within the organism. The organogenesis process can be studied using embryos and organoids.