organogenesis

(redirected from Organ development)
Also found in: Medical, Encyclopedia.
Related to Organ development: Cell development

or·gan·o·gen·e·sis

 (ôr′gə-nō-jĕn′ĭ-sĭs, ôr-găn′ə-)
n. pl. or·gan·o·gen·e·ses (-sēz′)
The formation and development of the organs of living things.

or′gan·o·ge·net′ic (-jə-nĕt′ĭk) adj.
or′gan·o·ge·net′i·cal·ly adv.

organogenesis

(ˌɔːɡənəʊˈdʒɛnɪsɪs)
n
1. (Biology) the formation and development of organs in an animal or plant
2. (Biology) Also called: organogeny the study of this process
organogenetic adj
ˌorganogeˈnetically adv

or•ga•no•gen•e•sis

(ˌɔr gə noʊˈdʒɛn ə sɪs, ɔrˌgæn oʊ-)

n.
the development of bodily organs.
[1855–60]
or`ga•no•ge•net′ic, adj.

organogenesis, organogeny

the origin and growth of organs. — organogenetic, organogenic, adj.
See also: Biology
Translations

or·gan·o·gen·e·sis

n. organogénesis, desarrollo y crecimiento de un órgano.
References in periodicals archive ?
Molecules that switch ON and OFF these diverse signals involved in organ development have been used to control the fate of hiPSCs.
Dr Tabrizi, whose work has been funded by Qatar National Research Fund, said: "We hypothesised that the endothelial cells are the masterminds of organ development and different organs have different endothelial cells that express different and specific factors called angiocrine factors that lead to the development and function of the organ.
In vitro organ models allow complex organ development studies and pathogenetic analyses to be carried out directly in human tissue.
The positions of the body's organs in the iris chart correspond exactly to the same positions of the body's organ development in the embryo.
A method to create a miniature size of a three-dimensional human organ with vascular structures from human iPS cells by imitating the early process of organ development in the womb
Lead exposure impacts brain and organ development, especially in children, and research shows that children never exposed to lead will earn on average about six times as much money during their lifetimes as children who have been exposed.
Regulation mechanism of chlorogenic acid synthesis during the floral organ development of Lonicera confusa was investigated.
This model divides the functions of the MADS-box gene in floral organ development into five different types.
With this scenario, the future growth of artificial organs development appears to be obvious with tissue engineering and artificial organ development.
The present study was conducted to investigate the carcass characteristics and organ development in four different varieties of native Aseel chicken.