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Übersetzung für 'Morula' von Englisch nach Deutsch

morula

Morula {f}med.zool.

morula [Sclerocarya birrea]

Marula-Baum {m}bot.T

Elefantenbaum {m}bot.T

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morula formation

Morulabildung {f} [auch: Morula-Bildung]biol.

morula stage

Morulastadium {n}biol.

• Morula {f} = morula

• A morula (Latin, "morus": mulberry) is an early-stage embryo consisting of a solid ball of cells called blastomeres, contained in mammals, and other animals within the zona pellucida shell.
• Carnegie stage 3 begins when a cavity first appears in the morula and ends after the hatching from the zona pellucida when the embryo makes contact with the endometrial lining of the uterus.
• After the 7th cleavage has produced 128 cells, the morula becomes a blastula.
• Expression is the highest in the 2 through 8 cell stages of embryonic development and begins to decline steadily after morula and then blastocyst formation.
• 2018: Produced the first white rhino morula embryos with free swimming sperm and IVF after aspirating oocytes with a trans-rectal aspiration procedure.

• "Robinsonia morula" is a moth in the family Erebidae. It was described by Herbert Druce in 1906. It is found in French Guiana, Amazonas and Peru.
• In addition to displaying indigenous plants, the park also is in charge of maintaining botanical monuments around the country like the morula tree in Gaborone under which the first meeting of the Botswana Democratic Party was held.
• In humans, blastocyst formation begins about five days after fertilization when a fluid-filled cavity opens up in the morula, the early embryonic stage of a ball of 16 cells.
• Trophoblast cells have sodium pumps on their membranes, and pump sodium into the centre of the morula.
• In the tetraploid complementation assay, one now combines such a tetraploid embryo (either at the morula or blastocyst stage) with normal diploid embryonic stem cells (ES) from a different organism.

• The young trophozoite lives in the sperm morula (sperm morula is a group of developing sperms) of the host; it feeds and grows at the expense of the protoplasm of the developing sperms until all the protoplasm is exhausted.