Would it be easier for an investigator to change the outcome of differentiation if a cell used cytoplasmic determinants or induction to produce specialized daughter cells? see section 21.1 (page 420) . would it be easier for an investigator to change the outcome of differentiation if a cell used cytoplasmic determinants or induction to produce specialized daughter cells? see section 21.1 (page 420) . induction, because this could be easily changed by changing the cell's environment. cytoplasmic determinants, since it is easy to change the composition of a cell's cytoplasm induction, because it is easy to change the concentration of a cell's cytoplasm cytoplasmic determinants, because these could be easily changed by changing the cell's environment.

The correct answer is: Induction, because this could be easily changed by changing the cell's environment.

Cell differentiation (process by which cell becomes specialized) can be under the influence of many factors:

•Cytoplasmic influence because cytoplasm can influence and control the behaviour of nuclear genes.

•Embryonic induction-changing the cell environment

For example: if cells from one region of the embryo are transplanted to some other region that transplant will most likely differentiate according to the chemical regulators of the surrounding cells.  

•Proteins present in a cell influences its differentiation

•Cell-Cell interactions via cell-cell adhesion and signalling molecules.

sulfur dioxide

explanation: acid rain is caused by a chemical reaction that begins when compounds like sulfur dioxide and nitrogen oxides are released into the air. these substances can rise very high into the atmosphere, where they mix and react with water, oxygen, and other chemicals to form more acidic pollutants, known as acid rain.

not sure if this is what you'r looking for nnew= nold