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Biology  Elongation factor  Embryo sac

embryogenesis
Early development of an individual from a fertilized egg (zygote).


sac
the female gametophyte of antiospermous plants, within the begins development
Source: Noland, George B. 1983. General Biology, 11th Edition. St. Louis, MO. C. V. Mosby ...

Embryonic Development: Putting on the finishing touches
Insect (Drosophila) and frog (Xenopus) development (and probably that of animals in general) passes through three rather different (although often overlapping) phases: ...


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Embryology
THE TERM Embryology, in its widest sense, is applied to the various changes which take place during the growth of an animal from the egg to the adult condition: it is, however, ...

An nic cell that can replicate indefinitely, transform into other types of cells, and serve as a continuous source of new cells.

Embryos and mouse strains
Wild-type embryos were from ICR outbred mice (Harlan-Sprague-Dawley, Indianapolis, USA). The TOPGAL mouse line was kindly provided by Elaine Fuchs [19].
Production of transgenic mice ...

Term applied to the zygote after the beginning of mitosis that produces a multicellular structure.
sac Alternate term applied to the angiosperm female gametophyte contained within a megaspore. PICTURE ...

Embryonic stem (ES) cells: Cell lines derived from early embryos that have the potential to differentiate into all types of somatic cells as well as to form germ line cells, and hence whole animals, when injected into early embryos.

logy is the study of the early development of organisms.
Epidemiology is the study of the demographics of disease processes, and includes, but is not limited to, the study of epidemics. Public health ...

embryo
(em-bree-oh) [Gk. en, in + bryein, to swell]
A developing stage of multicellular organisms; in humans, the stage in the development of offspring from the first division of the zygote until body structures begin to appear; ...

The earliest of stage of development of a plant or animal. In humans, is used up to the third month of pregnancy. Thereafter, once the basic body shape has formed, the term fetus is employed. PICTURE OF CHICK ...

Embryology: blastula, ectoderm, endoderm, fertilization, gestation period.

[Gr. n]. The stage in a developing organism after cleavage has occurred and before hatching or birth.

embryo. The small plantlet within the seeds in almond, the embryo develops into the kernel.
endoparasite. A parasite that lives inside its host.

forms when all the organs of the body have taken shape.
logy the study of nic development.
endergonic reaction chemical reactions in which energy is obtained and trapped from the environment.

Embryonic stem cell ethical debate
Blastocysts
A blastocyst is a stage of development of an embryo when it is around five days old and made up of about 100 cells.

logy - study of genesis, the development of animals and plants from fertilization to birth/hatching.

Embryonic development of the vertebrate brain reflects its evolution from three anterior bulges of the neural tube.

: A developing offspring during the period when most of its internal organs are forming. It is called fetus in the next stage of development.

Embryo and Seed Development
Embryogenesis, the formation of a multicellular embryo from a single-celled zygote, is one of the most dramatic and best-characterized aspects of plant development.

logy
Another difficulty in comparing traits between species rests on the fact that homologous structures not present in the adult organism often do appear in some stage of nic development.

Embryonic stem (ES) cells
An embryonic cell that can replicate indefinitely, transform into other types of cells, and serve as a continuous source of new cells.
Endonuclease ...

nic germ layers begin to be committed toward distinct developmental fates
E.
Cell migrations are a prominent feature of this developmental stage ...

Embryonic stem cells can be cultured in vitro; under certain conditions they can be induced to differentiate into various cell types.

logists select which s will be placed into the uterus. Therefore they decide the fate of new individuals as they choose which ones will survive and which ones will die.

Embryonic stem cells have the other advantage that they are multipotent and can turn into many different types of tissue in culture and therefore it's possible to learn from studying embryonic stem cells how differentiation occurs.

The early developmental stage that, through logical development, ultimately becomes an adult individual.

embryology (the branch of biology that studies the formation and early development of living organisms)
bionomics; ecology; environmental science (the branch of biology concerned with the relations between organisms and their environment) ...

an animal or plant that develops from a zygote prior to birth, hatching or germination
Emulsion test a biochemical test that can be used to show the presence of lipid
Endocrine glands a gland that secretes a hormone directly into the blood ...

Embryological development reveals a unity of plan. During development, all vertebrates have a notochord and paired pharyngeal pouches. In fishes and amphibian larvae, the pouches become gills.

logy - the study of the development of (from fecondation to birth). See also topobiology.
Entomology - the study of insects ...

in embryology, delimitation of a specific area in an organ-forming field, giving definite shape and limits to the organ primordium.
Please contribute to this project, if you have more information about this term feel free to edit this page ...

See also: See also: Cells, Organ, Trans, Human, Cell

Biology  Elongation factor  Embryo sac

 
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