Jump to content

Coagulation (disambiguation): Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
removing excess linking per WP:MOSDAB
No edit summary
 
(36 intermediate revisions by 30 users not shown)
Line 1: Line 1:
{{wiktionarypar|coagulation}}
{{wiktionarypar|coagulation}}
The '''[[coagulation]]''' of blood is a complex process during which blood forms solid clots.
'''[[Coagulation]]''' is the process by which blood forms clots.


'''Coagulation''' may also refer to:
'''Coagulation''' may also refer to:
*[[Coagulation (milk)]], the coagulation of milk into curd by rennet or acid
* [[Coagulation (water treatment)]], in colloid chemistry, a process in which dispersed colloidal particles agglomerate
* [[Coagulation (milk)]], the coagulation of milk into curd by rennet or acid
*[[Denaturation (biochemistry)]], a structural change in biomolecules
* Coagulation, the loss of solubility as a result of [[Denaturation (biochemistry)|denaturation]]
*A process for purifying water in [[water treatment]]
* [[Blood Gulch]], a multiplayer map called "Coagulation" in the video game ''Halo 2''
*Mixing of two particles in an [[aerosol]] to form a third particle
* Mixing of two particles in an [[aerosol]] to form a third particle
* Clumping of dust particles in a protoplanetary disk, a possible early stage of [[planet formation]]


{{disambig}}
{{disambiguation}}

[[de:Koagulation]]
[[fr:Coagulation]]
[[it:Coagulazione]]
[[ru:Коагуляция]]

Latest revision as of 20:45, 25 April 2022

Coagulation is the process by which blood forms clots.

Coagulation may also refer to:

  • Coagulation (water treatment), in colloid chemistry, a process in which dispersed colloidal particles agglomerate
  • Coagulation (milk), the coagulation of milk into curd by rennet or acid
  • Coagulation, the loss of solubility as a result of denaturation
  • Blood Gulch, a multiplayer map called "Coagulation" in the video game Halo 2
  • Mixing of two particles in an aerosol to form a third particle
  • Clumping of dust particles in a protoplanetary disk, a possible early stage of planet formation