What's the difference between
and
Enter two words to compare and contrast their definitions, origins, and synonyms to better understand how those words are related.

haemopoiesis

Haemopoiesis vs Homeostasis - What's the difference?

haemopoiesis | homeostasis |


As nouns the difference between haemopoiesis and homeostasis

is that haemopoiesis is (medicine) the production of blood cells and platelets, a process which in adults takes place within the bone marrow while homeostasis is (physiology) the ability of a system or living organism to adjust its internal environment to maintain a state of dynamic constancy; such as the ability of warm-blooded animals to maintain a stable temperature.

Haemostasis vs Haemopoiesis - What's the difference?

haemostasis | haemopoiesis |


As nouns the difference between haemostasis and haemopoiesis

is that haemostasis is while haemopoiesis is (medicine) the production of blood cells and platelets, a process which in adults takes place within the bone marrow.

Haematinic vs Haemopoiesis - What's the difference?

haematinic | haemopoiesis |


As nouns the difference between haematinic and haemopoiesis

is that haematinic is alternative form of hematinic while haemopoiesis is the production of blood cells and platelets, a process which in adults takes place within the bone marrow.

As an adjective haematinic

is alternative form of hematinic.

Platelets vs Haemopoiesis - What's the difference?

platelets | haemopoiesis |


As nouns the difference between platelets and haemopoiesis

is that platelets is while haemopoiesis is (medicine) the production of blood cells and platelets, a process which in adults takes place within the bone marrow.

Production vs Haemopoiesis - What's the difference?

production | haemopoiesis |


As nouns the difference between production and haemopoiesis

is that production is the act of producing, making or creating something while haemopoiesis is (medicine) the production of blood cells and platelets, a process which in adults takes place within the bone marrow.