Chris Brown - Forever
yes.
In cells where they are present chloroplasts look like small green dots inside the cell when viewed with a microscope.
squamous cells
YES
In normal cells, cell-cell fusion is a natural process that allows for the formation of multinucleated cells, such as in muscle cells or during fertilization. In abnormal cells, such as in cancer, cell-cell fusion can lead to the formation of hybrid cells that may exhibit altered characteristics, increased genetic diversity, and potential for malignancy.
no because blood, nerve, bone, muscle, and the skin cells all look different. for example: blood cells look like tiny dots and muscle cells look like long stretchy lines
yes.
around 2000 something like that theres look of them like metal fusion and v force
In cells where they are present chloroplasts look like small green dots inside the cell when viewed with a microscope.
NOPE
squamous cells
YES
In normal cells, cell-cell fusion is a natural process that allows for the formation of multinucleated cells, such as in muscle cells or during fertilization. In abnormal cells, such as in cancer, cell-cell fusion can lead to the formation of hybrid cells that may exhibit altered characteristics, increased genetic diversity, and potential for malignancy.
The epithelial cells that look like small cubes are called cuboidal epithelial cells. They are typically found in glands and kidney tubules where secretion and absorption take place.
they block HIV from fusing with healthy cells.
Blood cells look like a red flat rounded circle with a curve at the top.
The most likely form of fusion to be successful on earth will be to produce helium from hydrogen isotopes. Helium has two protons and two neutrons in its nucleus.