iridocorneal mesodermal dysgenesis - translation to αραβικά
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iridocorneal mesodermal dysgenesis - translation to αραβικά

GERM LAYER IN THE VERY EARLY EMBRYO
Mesodermal; Visceral layer; Parietal layer

iridocorneal mesodermal dysgenesis      
‎ خَلَلُ تَكَوُّنِ القُزَحِيَّةِ و القَرْنِيَّةِ و الأَدِيْمِ المُتَوَسِّط‎
agonad         
CONGENITAL DISORDER OF THE REPRODUCTIVE SYSTEM
Streak gonad; Streak gonads; Ovarian dysgenesis; Pure gonadal dysgenesis; Streaked ovaries; Streak ovaries; Streak ovary; Ovarian malformation; Testicular dysgenesis; Agonadism; Agonadal; Agonad
عَديمُ الغُدَّدِ التَّنَاسُلِيَّة
streak gonads         
CONGENITAL DISORDER OF THE REPRODUCTIVE SYSTEM
Streak gonad; Streak gonads; Ovarian dysgenesis; Pure gonadal dysgenesis; Streaked ovaries; Streak ovaries; Streak ovary; Ovarian malformation; Testicular dysgenesis; Agonadism; Agonadal; Agonad
‎ الغُدَّةُ التَّنَاسُلِيَّةُ التَّلَمِيَّة‎

Ορισμός

Dysgenesis
·noun A condition of not generating or breeding freely; infertility; a form homogenesis in which the hybrids are sterile among themselves, but are fertile with members of either parent race.

Βικιπαίδεια

Mesoderm

The mesoderm is the middle layer of the three germ layers that develops during gastrulation in the very early development of the embryo of most animals. The outer layer is the ectoderm, and the inner layer is the endoderm.

The mesoderm forms mesenchyme, mesothelium, non-epithelial blood cells and coelomocytes. Mesothelium lines coeloms. Mesoderm forms the muscles in a process known as myogenesis, septa (cross-wise partitions) and mesenteries (length-wise partitions); and forms part of the gonads (the rest being the gametes). Myogenesis is specifically a function of mesenchyme.

The mesoderm differentiates from the rest of the embryo through intercellular signaling, after which the mesoderm is polarized by an organizing center. The position of the organizing center is in turn determined by the regions in which beta-catenin is protected from degradation by GSK-3. Beta-catenin acts as a co-factor that alters the activity of the transcription factor tcf-3 from repressing to activating, which initiates the synthesis of gene products critical for mesoderm differentiation and gastrulation. Furthermore, mesoderm has the capability to induce the growth of other structures, such as the neural plate, the precursor to the nervous system.