84 bytes removed ,  16:09, 3 January 2023
no edit summary
Line 1: Line 1:  +
{{OpenPagesTop}}
 
{{Taxobox
 
{{Taxobox
 
|name              = ''Theileria'' spp
 
|name              = ''Theileria'' spp
Line 26: Line 27:     
==Lifecycle==
 
==Lifecycle==
''Theileria'' are transmitted via the [[Haemaphysalis spp.|''Haemaphysalis'']] and [[Rhipicephalus spp.|''Rhipicephalus'']] and [[Dermacentor spp.|''Dermacentor'']] species of '''[[Ticks|tick]] vectors'''.
+
''Theileria'' are transmitted via the [[Haemaphysalis spp.|''Haemaphysalis'']] and [[Rhipicephalus spp.|''Rhipicephalus'']] species of '''[[Ticks|tick]] vectors'''.
 
   
 
   
 
'''Sporozoites''' enter '''mononuclear''' cells of the host and develop into '''trophozoites''' and multinucleate '''schizonts''' by '''asexual''' reproduction. This process stimulates proliferation of the host cells, allowing further multiplication of the parasite. The local '''[[Lymph Nodes - Anatomy & Physiology|lymph nodes]]''' are first infected.
 
'''Sporozoites''' enter '''mononuclear''' cells of the host and develop into '''trophozoites''' and multinucleate '''schizonts''' by '''asexual''' reproduction. This process stimulates proliferation of the host cells, allowing further multiplication of the parasite. The local '''[[Lymph Nodes - Anatomy & Physiology|lymph nodes]]''' are first infected.
Line 53: Line 54:     
==''Theileria parva''==
 
==''Theileria parva''==
Also Known As:''' ''T. mutans'' and ''T. sergenti''.
     −
''T. parva'' is primarily a parasite of '''African buffalo''' and the cause of '''[[Theileriosis - Cattle | Bovine Theileriosis]]''' and '''[[East Coast Fever]]'''. It is transmitted by a wide range of [[Ticks |tick]] hosts and also the burrowing mite, '''''[[Sarcoptes | Sarcoptes scabei]]'''''.
+
''T. parva'' is primarily a parasite of '''African buffalo''' and the cause of '''[[Theileriosis - Cattle | Bovine Theileriosis]]''' and '''[[East Coast Fever]]'''. It may be transmitted by a wide range of [[Ticks |tick]] hosts although ''Rhipicephalus appeniculatus'' is the most importnat in the field.
    
The protozoa form '''rod shaped''' piroplasms within host [[Erythrocytes | erythrocytes]].
 
The protozoa form '''rod shaped''' piroplasms within host [[Erythrocytes | erythrocytes]].
  −
''T. parva'' shows extreme antigenic diversity across its geographical distribution, although parasites isolated in different diseases are genetically identical.
      
Sheep and mice can also be infected.
 
Sheep and mice can also be infected.
Line 86: Line 84:  
<br><br><br>
 
<br><br><br>
   −
{{review}}
+
{{Nick Lyons
 +
|date = July 8, 2012}}
 +
 
 +
==Webinars==
 +
<rss max="10" highlight="none">https://www.thewebinarvet.com/parasitology/webinars/feed</rss>
 +
 
 +
 
 
[[Category:Piroplasmida]]
 
[[Category:Piroplasmida]]
 
[[Category:CABI Expert Review]][[Category:CABI AHPC Pages]]
 
[[Category:CABI Expert Review]][[Category:CABI AHPC Pages]]
[[Category:Nick L]]
+
[[Category:Nick Lyons reviewed]]