regulation

As nouns the difference between regulation and angiostasis

is that regulation is regulation while angiostasis is (physiology) the normal regulation of the creation of new blood vessels.

As nouns the difference between regulation and nonregulation

is that regulation is regulation while nonregulation is absence of regulation.

As nouns the difference between regulation and phosphoregulation

is that regulation is regulation while phosphoregulation is (biology|biochemistry) regulation via phosphorylation.

As nouns the difference between regulation and nirgunty

is that regulation is regulation while nirgunty is (indian feudal history) a low-ranking official responsible for the regulation of irrigation and the distribution of water.

As nouns the difference between regulation and rheostasis

is that regulation is   The act of regulating or the condition of being regulated while rheostasis is the regulation of some aspect of a biological organism in a changing environment.

As an adjective regulation

is in conformity with applicable rules and regulations.

As nouns the difference between regulation and signalosome

is that regulation is regulation while signalosome is (protein) any of a group of proteins, complexes of which are involved in the regulation of protein degradation.

As nouns the difference between regulation and misregulation

is that regulation is regulation while misregulation is (biochemistry) faulty regulation (of gene expression).

As nouns the difference between regulation and overregulation

is that regulation is regulation while overregulation is excessive regulation; the imposition of excessive rules and regulations.

As nouns the difference between regulation and osmosensing

is that regulation is regulation while osmosensing is (biology) the regulation of cell turgor in response to changes in the osmolarity of the external environment.

As nouns the difference between regulation and synapsin

is that regulation is regulation while synapsin is (biochemistry) any of a family of proteins implicated in the regulation of neurotransmitter release at synapses.