In domestic species most embryo transfer is done with O morula O blastocysts O fragmented oocytes O zygotes
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Step 1: Embryo transfer is a technique used to transfer an embryo from one female to another. Show more…
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The union/fusion of gametes to produce a zygote Diploid, fertilized egg, formed by the fusion of two haploid gametes Type of cell that has the potential to give rise to a complete organism (e.g. a fertilized egg) Cells of the inner cell mass (i.e. embryonic stem cells) which can give rise to any of the three germ layers, and therefore to any cell in the body Cells that can form a limited number of types of specialized cells (e.g. hematopoietic stem cells) Successive mitotic divisions, resulting in the production of a morula and eventually a blastula from a zygote A solid ball of cells resulting from early cleavage of a zygote A fluid-filled ball of undifferentiated cells, formed after the zygote and eventually the morula have undergone multiple rounds of mitotic division A hollow sphere of cells that forms from the blastula in mammals as cells migrate in relation to one another, pushing against, and expanding the membrane that encloses them A mass of cells in a region of the inner wall of the blastocyst, consisting of the epiblast and hypoblast, and from which the body of the embryo develops A highly coordinated set of movements in which the cells of the blastoderm migrate inward, creating germ layers within the developing embryo Layered structure formed when the cells of the inner cell mass of the blastocyst migrate and reorganize into germ layers Germ layer which develops from the initial wave of cells migrating inward from the primitive streak, eventually giving rise to the cells that line the digestive tract and lung, liver cells, pancreas cells, and cells of the gallbladder Germ layer which develops from the second wave of cells migrating inward, between the epiblast and the endoderm, and ultimately giving rise to the cells that make up connective tissues, muscle, red blood cells, bone cells, kidney cells, etc. Germ layer which develops last, after the cells stop migrating inward, and which ultimately develops into epithelial cells, pigment cells of the skin, nerve cells of the brain and spinal cord, the cornea, and the lens of the eye The transformation of the three germ layers into all of the organ systems in the body a. Blastula b. Blastocyst c. Cleavage d. Ectoderm e. Endoderm f. Fertilization g. Gastrula h. Gastrulation i. Inner Cell Mass j. Mesoderm k. Morula l. Multipotent m. Organogenesis n. Pluripotent o. Totipotent p. Zygote
Sri K.
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Does formation of zygote and embryo occur in all sexual reproductive organisms
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