Changes

Jump to navigation Jump to search
no edit summary
Line 1: Line 1: −
{{toplink
  −
|linkpage =Immunoglobulins - WikiBlood
  −
|linktext =IMMUNOGLOBULINS
  −
|sublink1 =Flash Cards - WikiBlood
  −
|subtext1 =WIKIBLOOD FLASHCARDS
  −
|pagetype =Blood
  −
}}
   
===Immunoglobulins Structure and Function===
 
===Immunoglobulins Structure and Function===
 
<FlashCard questions="8">
 
<FlashCard questions="8">
 
|q1=What are immunoglobulins also known as?
 
|q1=What are immunoglobulins also known as?
 
|a1=Antibodies
 
|a1=Antibodies
|l1=Immunoglobulins - WikiBlood#Introduction
+
|l1=Immunoglobulins#Introduction
 
|q2=How many domains does the heavy chain have?
 
|q2=How many domains does the heavy chain have?
 
|a2=
 
|a2=
 
*1 variable domain
 
*1 variable domain
 
*3 or 4 constant domains
 
*3 or 4 constant domains
|l2=Immunoglobulins - WikiBlood#Structure
+
|l2=Immunoglobulins#Structure
 
|q3=How many domains does the light chain have?
 
|q3=How many domains does the light chain have?
 
|a3=
 
|a3=
 
*1 variable domain
 
*1 variable domain
 
*1 constant domain
 
*1 constant domain
|l3=Immunoglobulins - WikiBlood#Structure
+
|l3=Immunoglobulins#Structure
 
|q4=What are hypervariable domains?
 
|q4=What are hypervariable domains?
 
|a4=
 
|a4=
 
*Folded pockets of the variable domain into which antibody can bind
 
*Folded pockets of the variable domain into which antibody can bind
 
*Different antibodies have different amino acid sequences within the three variable domains
 
*Different antibodies have different amino acid sequences within the three variable domains
|l4=Immunoglobulins - WikiBlood#Structure
+
|l4=Immunoglobulins#Structure
 
|q5=What does Fab stand for and from which chain is it generated?
 
|q5=What does Fab stand for and from which chain is it generated?
 
|a5=
 
|a5=
 
*Fragment associated with antigen binding
 
*Fragment associated with antigen binding
 
*Light chain
 
*Light chain
|l5=Immunoglobulins - WikiBlood#Structure
+
|l5=Immunoglobulins#Structure
 
|q6=What does Fc stand for and from which chain is it generated?
 
|q6=What does Fc stand for and from which chain is it generated?
 
|a6=
 
|a6=
 
*Constant fragment
 
*Constant fragment
 
*Heavy chain
 
*Heavy chain
|l6=Immunoglobulins - WikiBlood#Structure
+
|l6=Immunoglobulins#Structure
 
|q7=What does the Fc fragment do?
 
|q7=What does the Fc fragment do?
 
|a7=Mediates phagocytosis
 
|a7=Mediates phagocytosis
 
*Triggers inflammation
 
*Triggers inflammation
 
*Targets Ig to certain tissues
 
*Targets Ig to certain tissues
|l7=Immunoglobulins - WikiBlood#Structure
+
|l7=Immunoglobulins#Structure
 
|q8=What are the four major effects of antibodies?
 
|q8=What are the four major effects of antibodies?
 
|a8=
 
|a8=
Line 47: Line 40:  
*Degranulation of mast cells/eosinophils
 
*Degranulation of mast cells/eosinophils
 
*Complement Fixation
 
*Complement Fixation
|l8=Immunoglobulins - WikiBlood#Function
+
|l8=Immunoglobulins#Function
 
</FlashCard>
 
</FlashCard>
 
===Classes of Immunoglobulin===
 
===Classes of Immunoglobulin===
Line 53: Line 46:  
|q1=How do the five classes of immunoglobulins vary from each other?
 
|q1=How do the five classes of immunoglobulins vary from each other?
 
|a1=They each have a different composition to their heavy chains
 
|a1=They each have a different composition to their heavy chains
|l1=Immunoglobulins - WikiBlood#Classes
+
|l1=Immunoglobulins#Classes
 
|q2=IgA is specially adapted for function at which type of surface?
 
|q2=IgA is specially adapted for function at which type of surface?
 
|a2=Mucosal surfaces
 
|a2=Mucosal surfaces
|l2=Immunoglobulin A - WikiBlood
+
|l2=Immunoglobulin A
 
|q3=True or False: IgA is a monomer
 
|q3=True or False: IgA is a monomer
 
|a3=
 
|a3=
 
*False
 
*False
 
*IgA is a dimer
 
*IgA is a dimer
|l3=Immunoglobulin A - WikiBlood#Structure
+
|l3=Immunoglobulin A#Structure
 
|q4=What are the functions of IgA?
 
|q4=What are the functions of IgA?
 
|a4=
 
|a4=
Line 67: Line 60:  
*Resists proteolytic digestion so can function in the gut
 
*Resists proteolytic digestion so can function in the gut
 
*Does not activate the complement system so helps to preserve mucosal integrity
 
*Does not activate the complement system so helps to preserve mucosal integrity
|l4=Immunoglobulin A - WikiBlood#Function
+
|l4=Immunoglobulin A#Function
 
|q5=In which species has IgD been identified?
 
|q5=In which species has IgD been identified?
 
|a5=
 
|a5=
Line 74: Line 67:  
*Dogs
 
*Dogs
 
*Rodents
 
*Rodents
|l5=Immunoglobulin D - WikiBlood#Function
+
|l5=Immunoglobulin D#Function
 
|q6=What is the main function of IgD?
 
|q6=What is the main function of IgD?
 
|a6=Helps B cell development
 
|a6=Helps B cell development
|l6=Immunoglobulin D - WikiBlood#Function
+
|l6=Immunoglobulin D#Function
 
|q7=True or False: IgE is not a soluble antibody?
 
|q7=True or False: IgE is not a soluble antibody?
 
|a7=True
 
|a7=True
|l7=Immunoglobulin E - WikiBlood
+
|l7=Immunoglobulin E
 
|q8=What are the functions of IgE?
 
|q8=What are the functions of IgE?
 
|a8=
 
|a8=
Line 86: Line 79:  
*Involved in type I hypersensitivity reactions
 
*Involved in type I hypersensitivity reactions
 
*Involved in producing immunity to parasitic worms and nematode parasites
 
*Involved in producing immunity to parasitic worms and nematode parasites
|l8=Immunoglobulin E - WikiBlood#Function
+
|l8=Immunoglobulin E#Function
 
|q9=True or False: IgG is the smallest antibody and can easily leave the plasma and enter tissue?
 
|q9=True or False: IgG is the smallest antibody and can easily leave the plasma and enter tissue?
 
|a9=True
 
|a9=True
|l9=Immunoglobulin G - WikiBlood
+
|l9=Immunoglobulin G
 
|q10=Where is IgG produced?
 
|q10=Where is IgG produced?
 
|a10=Bone marrow
 
|a10=Bone marrow
 
*Spleen
 
*Spleen
 
*Lymph nodes
 
*Lymph nodes
|l10=Immunoglobulin G - WikiBlood#Production
+
|l10=Immunoglobulin G#Production
 
|q11=What is the function of IgG?
 
|q11=What is the function of IgG?
 
|a11=Activates the classical pathway of the complement cascade
 
|a11=Activates the classical pathway of the complement cascade
*Can act as targets for macrophages, eosinophils and neutrophils
+
*Can act as targets for macrophages, eosinophils and [[Neutrophils|neutrophils]]
 
*Causes agglutination and opsonisation of bacteria
 
*Causes agglutination and opsonisation of bacteria
|l11=Immunoglobulin G - WikiBlood#Function
+
|l11=Immunoglobulin G#Function
 
|q12=True or False: IgM is a monomer
 
|q12=True or False: IgM is a monomer
 
|a12=
 
|a12=
 
*True
 
*True
 
*But it is secreted as a pentamer
 
*But it is secreted as a pentamer
|l12=Immunoglobulin M - WikiBlood#Structure
+
|l12=Immunoglobulin M#Structure
 
|q13=IgM is five times larger than most other antibodies. What effect does this have on its function?
 
|q13=IgM is five times larger than most other antibodies. What effect does this have on its function?
 
|a13=
 
|a13=
Line 110: Line 103:  
*Does not diffuse quickly or enter tissues readily
 
*Does not diffuse quickly or enter tissues readily
 
*Its concentration in extracellular fluid and lymph is low
 
*Its concentration in extracellular fluid and lymph is low
|l13=Immunoglobulin M - WikiBlood#Production
+
|l13=Immunoglobulin M#Production
 
|q14=What are the main functions of IgM?
 
|q14=What are the main functions of IgM?
 
|a14=
 
|a14=
Line 117: Line 110:  
*Opsonisation
 
*Opsonisation
 
*Virus neutralisation
 
*Virus neutralisation
|l14=Immunoglobulin M - WikiBlood#Function
+
|l14=Immunoglobulin M#Function
 
</FlashCard>
 
</FlashCard>
 
===Immunoglobulins Variation===
 
===Immunoglobulins Variation===
Line 125: Line 118:  
*IGH genes
 
*IGH genes
 
*Heavy chain
 
*Heavy chain
|l1=Immunoglobulins - WikiBlood#Variation
+
|l1=Immunoglobulins#Variation
 
|q2=Complete the sentences about IgG subtypes:
 
|q2=Complete the sentences about IgG subtypes:
 
<p>Humans and rodents have ??? IgG subtypes. Dogs have ??? IgG subtypes. Ruminats have ??? IgG subtypes.</p>
 
<p>Humans and rodents have ??? IgG subtypes. Dogs have ??? IgG subtypes. Ruminats have ??? IgG subtypes.</p>
Line 132: Line 125:  
*three  
 
*three  
 
*three or four
 
*three or four
|l2=Immunoglobulins - WikiBlood#Variation
+
|l2=Immunoglobulins#Variation
 
|q3=What are allotypes?
 
|q3=What are allotypes?
 
|a3=
 
|a3=
 
*Differences in immunoglobulins between individuals of a particular species
 
*Differences in immunoglobulins between individuals of a particular species
 
*Allotypes are inheritable
 
*Allotypes are inheritable
|l3=Immunoglobulins - WikiBlood#Allo & Idiotypes
+
|l3=Immunoglobulins#Allo & Idiotypes
 
|q4=What are idiotypes?
 
|q4=What are idiotypes?
 
|a4=Variations in the sequences of amino acids in the variable regions of the light and heavy chains
 
|a4=Variations in the sequences of amino acids in the variable regions of the light and heavy chains
|l4=Immunoglobulins - WikiBlood#Allo & Idiotypes
+
|l4=Immunoglobulins#Allo & Idiotypes
 
|q5=What is immunoglobulin heavy chain switching?
 
|q5=What is immunoglobulin heavy chain switching?
 
|a5=
 
|a5=
Line 147: Line 140:  
*Other classes of immunoglobluins are synthesised
 
*Other classes of immunoglobluins are synthesised
 
*The same varibale domains are kept
 
*The same varibale domains are kept
|l5=Immunoglobulins - WikiBlood#Immunoglobulin Class Switching
+
|l5=Immunoglobulins#Immunoglobulin Class Switching
 
|q6=How do different classes of antibody differ from each other?
 
|q6=How do different classes of antibody differ from each other?
 
|a6=
 
|a6=
Line 155: Line 148:  
*Associated carbohydrate
 
*Associated carbohydrate
 
*Function
 
*Function
|l6=Immunoglobulins - WikiBlood#Immunoglobulin Class Switching
+
|l6=Immunoglobulins#Immunoglobulin Class Switching
 
</FlashCard>
 
</FlashCard>
 +
 +
<br><br>
 +
{{Jim Bee 2007}}
 +
[[Category:Immunology Flashcards]]
 +
[[Category:Immunoglobulins]]
Author, Donkey, Bureaucrats, Administrators
53,803

edits

Navigation menu