Anything that reduces their chance to live. Basically cells are limited to themselves.
They have very limited locomotion.
Restricted potency eye stem cells, such as retinal stem cells, can differentiate into a limited number of cell types specific to the eye, like photoreceptors or retinal pigment epithelium cells. These cells have a more limited differentiation potential compared to pluripotent stem cells.
Temperature
the short answer is NO. skeletal muscle cells may show limited replacement by differentiation of nearby satellite cells; however, this limited activity is not sufficient to replace severely injured skeletal muscles.
Cells are limited in size by their surface area-to-volume ratio. As a cell grows larger, its volume increases faster than its surface area, making it harder to efficiently exchange nutrients and waste across the cell membrane. Additionally, cells are limited in size by the efficiency of cellular processes such as DNA replication and protein synthesis.
Well its got to be small enough that you cant see it...
Cells are limited by size. They cannot grow beyond a certain extent. This is why the cells multiply to form the various organs of the body.
No, because of the telomere shortening cells have a limited number of divisions. The exception is with cancer cells that divide indefinitely.
you can not find any energy cells in Fallout 3 after you find the ones with the alien blaster, you are limited to that number
Firstly it can be utilised only during daytime. Secondly the availiability of special grade silicon for making solar cells is limited. Also the silver for interconnecting the cells in the panel increases the cost. We also need a battery to collect the generated electricity.
Convicts did not have an easy life, as an convict you have limited freedom and limited rights. You can only imagine how hard it would be under the guards supervision and in locked cells.
Some human cells that do not divide include nerve cells (neurons) and cardiac muscle cells. These cells have limited or no capacity for cell division due to their specialized functions and mature state. Once these cells are fully developed, they generally do not undergo cell division.