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A ciliated epithelial cell is can be found in the esophagus, trachea, or even lining the inner wall of the intestine
the parent cells DNA is transferred into a new cell every time and the daughter cell is a cell that is splitted into two and are identical to each other
Animal Cells: Toward the end of telephase the the plasma membrane pinches off along the equator of the cell. The two new cells are separated. Plant Cells: The cell plate is laid down across the cells equator. A cell membrane forms around each new cell, and cell walls form on each side of the cell plate unil the separation process is complete.
cell plates form to produce a cell wall
A cell which can form a flat, water proof layer known as the cell membrane is called the epithelial cell.
In mammals, the blastula forms the blastocyst in the next stage of embryonic development. Here the cells in the blastula arrange themselves in two layers: the inner cell mass and an outer layer called the trophoblast . The inner cell mass is also known as the embryoblast; this mass of cells will go on to form the embryo. At this stage of development, the inner cell mass consists of embryonic stem cells that will differentiate into the different cell types needed by the organism. The trophoblast will contribute to the placenta and nourish the embryo
trophoblasts/chorionic villi and the uterus form the placenta
Microfilaments form cleavage furrows, which are indentations of a cell's surface. These furrows aid in the final separation of a cell into two identical daughter cells.
Inner Cell Mass
Fertilisation occurs in the fallopian tube (aka oviduct/ uterine tube). Implantation occurs in the uterus (aka womb).If the zygote (fetilised egg) were to implant itself away from the uterus, it would be classified as an ectopic pregnancy and the potential mother would have to go through an abortion or she would die. The only environment suitable for a zygote to develop into a fetus and then a baby is the uterus, no where else.The zygote will then go through a series of mitotic divisions called cleavage. It will then form a morula, then a blastocyst (still floating in the uterus). Its zona pellucida will break down to form the inner cell mass which is surrounded by trophoblast. The trophoblast would then expose itself to adhesive molecule that will allow it to implant into the endometrial wall tissue of the uterus. The trophoblast will secrete digestive enzymes to borrow itself into the tissue. It will differentiate to cytotrohoblast and syncitiotrophoblast (outer). The syncitiotrophoblast will destroy cells and the trophoblast will use the nutrients and oxygen to begin placental formation.The chances of this happening is small because 2/3 of all zygotes do not implant itself into the uterus and spontaneously abort.
A ciliated epithelial cell is can be found in the esophagus, trachea, or even lining the inner wall of the intestine
trophoblast cells i.e the outer cells of blastocyst(1st embryonic stage in man) gives rise to amnion chorion allantois and yolk sac the 4 protective layer of embryo and inner cells called embryoblast gives rise to embryo
The cell membrane is formed from a phospholipid bilayer, with the hydrophobic lipid portions (the tails) on the inner portion and the hydrophilic portion of the phospholipid (the heads) facing the inner and outer surfaces. There are also proteins in the cell membranes.
Separation. "There is a separation between the houses."
The placenta develops in the uterus after the zygote has implanted in the Uterine wall. This wall develops into the placenta during pregnancy. If implantation does not occur the wall will be sloughed off in the next menstrual cycle
the parent cells DNA is transferred into a new cell every time and the daughter cell is a cell that is splitted into two and are identical to each other
They form in the inner parts of the gums.