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Plant Embryogenesis

Critical Reviews in Plant Sciences, 1997
Sacco C De Vries, David W Meinke
exaly   +3 more sources

Mechanosensing in embryogenesis

Current Opinion in Cell Biology, 2021
Mechanical forces generated by living cells at the molecular level propagate to the cellular and organismal level and have profound consequences for embryogenesis. A direct result of force application is movement, as occurs in chromosome separation, cell migration, or tissue folding.
Priti, Agarwal, Ronen, Zaidel-Bar
openaire   +2 more sources

Embryogenesis of Chordee

Journal of Urology, 1975
Gross and microscopic examination of 46 consecutive male therapeutic abortion specimens, ranging in size from 60 to 180 mm. crown-rump, demonstrated that 89 per cent of the fetuses had some ventral curvature of the penis. Athough presumably all penises are ventrally curved through the tenth week of gestation, in our study this curvature was most ...
G W, Kaplan, D L, Lamm
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Embryogenesis of holoprosencephaly

American Journal of Medical Genetics Part A, 2007
AbstractHoloprosencephaly (HPE) is a malformation of the human brain caused primarily by incomplete division of the prosencephalon into two halves and is often associated with various facial anomalies. Although HPE is rather rare in newborns (1/10,000–15,000 births), it is frequently encountered in therapeutic abortuses (>1/250).
Kohei, Shiota   +3 more
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Arabidopsis Embryogenesis

2008
Embryogenesis in higher plants consists of two major phases, morphogenesis and maturation. Morphogenesis involves the establishment of the embryo's body plan, whereas maturation involves cell expansion and accumulation of storage macromolecules to prepare for desiccation, germination and early seedling growth.
Soomin, Park, John J, Harada
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Spruce Embryogenesis

2008
Somatic embryogenesis, the process in which embryos, similar in morphology to their zygotic counterparts, are induced to develop in culture from somatic cells, is a suitable model system for investigating the regulation of embryo development. Through this process, a large number of embryos at defined stages of development can easily be obtained ...
Sara, von Arnold, David, Clapham
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Diffusion in Embryogenesis

Nature, 1970
A simple order-of-magnitude calculation suggests that diffusion may be the underlying mechanism in establishing morphogenetic gradients in embryonic development.
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