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Organogenesis is the process by which a mass of cells in a developing embryo differentiates and develops into a functioning organ. In the embryo, all cells are basically stem cells and all alike. Once the process of organogenesis takes place and the beginnings of specialized organs form, the fetal stage begins.
Organogenesis, the formation of organs and organ systems begin at 3 weeks. The period from 3rd to 8th week are the most critical for organogenesis and should something go wrong during this period, it may lead to major congenital anomalies.
Organogenesis occurs within the first trimester of fetal development.
The stages of early animal development in the correct order are: fertilization, cleavage, gastrulation, and organogenesis. Fertilization is the fusion of gametes to form a zygote, cleavage is rapid cell division of the zygote, gastrulation is the formation of germ layers, and organogenesis is the formation of organs from the germ layers.
The nervous system
Health risk mainly include the rsik realted to health like: blood pressure, organs, heart realted etc
organogenesis: -production of UNIPOLAR structure (shoot OR root PRIMODIUM) -vascular system CONNECTED to parent tissue somatic embryogenesis: - production of BIPOLAR structure (shoot AND root axes) - vascular system NOT CONNECTED to parent tissue
Gametogenesis Fertilization Cleavage Gastrulation Organogenesis and the Later Stages (Growth)
the stages of growth are: gametogenesis fertilization cleavage or segmentation blastulation gastrulation organogenesis
Age is a risk factor for disease because as you get older, your important organs get weaker, and if they're weak then it is easier for disease to attack you.
Robert L. DeHaan has written: 'Organogenesis' -- subject(s): Morphogenesis
I believe all organs (including the heart) require oxygen.