yep :D
Because cells of the blastocyst or inner cell mass (ICM) are subjected to strong selection for proliferation, as per "survival of the fittest" phenomena of evolution (speedheart8).
The amount of connective tissue in a muscle has a complex effect on the tenderness of the meat. The major component of connective tissue, collagen, has a tough, rigid structure. However, even though muscles from younger animals have more connective tissue, the meat derived from those muscles is generally more tender than that from older animals. This is due to the fact that collagen is broken...
Immature, undifferentiated, dividing cells, for example: White blood cells and sperm cells.
Hematopoietic stem cells
The G0 phase is a quiescent stage in the cell cycle where cells are not actively dividing but remain metabolically active. Cells can enter G0 from G1 phase.
Because cells of the blastocyst or inner cell mass (ICM) are subjected to strong selection for proliferation, as per "survival of the fittest" phenomena of evolution (speedheart8).
Actively dividing cells of the epidermis stain darkly with hematoxylin because it binds to the nucleic acids (DNA and RNA) found in the nucleus, which are abundant in dividing cells. This allows for easy visualization of these cells under a microscope.
The amount of connective tissue in a muscle has a complex effect on the tenderness of the meat. The major component of connective tissue, collagen, has a tough, rigid structure. However, even though muscles from younger animals have more connective tissue, the meat derived from those muscles is generally more tender than that from older animals. This is due to the fact that collagen is broken...
Immature, undifferentiated, dividing cells, for example: White blood cells and sperm cells.
Hematopoietic stem cells
It consists of undifferentiated cells in a plant, which form other tissues and, among other things, allow the plant to grow. They are analogous to "stem cells" in animals, which form various types of cells.
in undifferentiated cancer the cells are immature
No, cambium is made up of actively dividing living cells.
Yes, undifferentiated cells are found in meristematic tissue. Meristematic tissue is responsible for plant growth and contains actively dividing cells that have the ability to differentiate into various types of plant tissues.
Not all parts of the plant are actively dividing. They have differentiated cells that may may be living or dead. only a small fractions of the cells are actively dividing. These cells are called as meristem. The tip of the roots are actively dividing and thus they are best suitable of studying mitosis.
the undifferentiated cell is located in the ground meristem region.
Cells that are actively dividing are most sensitive to radiation damage.