Innate Immunology Quiz - Revision history

A.allison: Text replace - 'IgE' to 'IgE'

2010-06-12T16:30:03Z

Text replace - 'IgE' to 'IgE'

A.allison: Text replace - 'Leukopoiesis - WikiBlood' to 'Leukopoiesis'

2010-06-12T12:57:50Z

Text replace - 'Leukopoiesis - WikiBlood' to 'Leukopoiesis'

A.allison: Text replace - 'Eosinophils - WikiBlood' to 'Eosinophils'

2010-06-12T12:47:32Z

Text replace - 'Eosinophils - WikiBlood' to 'Eosinophils'

A.allison: Text replace - 'Basophils - WikiBlood' to 'Basophils'

2010-06-12T12:45:45Z

Text replace - 'Basophils - WikiBlood' to 'Basophils'

A.allison: Text replace - 'Monocytes - WikiBlood' to 'Monocytes'

2010-06-12T12:42:46Z

Text replace - 'Monocytes - WikiBlood' to 'Monocytes'

A.allison: Text replace - 'Macrophages - WikiBlood' to 'Macrophages'

2010-06-12T12:39:37Z

Text replace - 'Macrophages - WikiBlood' to 'Macrophages'

A.allison: Text replace - 'Neutrophils - WikiBlood' to 'Neutrophils'

2010-06-12T12:28:46Z

Text replace - 'Neutrophils - WikiBlood' to 'Neutrophils'

Show changes

A.allison: Text replace - 'Monocytes - WikiBlood' to 'monocytes'

2010-02-23T17:39:37Z

Text replace - 'Monocytes - WikiBlood' to 'monocytes'

A.allison: Text replace - 'monocytes' to 'Monocytes - WikiBlood'

2010-02-23T17:36:10Z

Text replace - 'monocytes' to 'Monocytes - WikiBlood'

A.allison at 16:04, 9 November 2009

2009-11-09T16:04:01Z

@@ Line 205: / Line 205: @@
 choice5="Type V"
 correctchoice="1"
-feedback1="'''Correct!''' Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
+feedback1="'''Correct!''' Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin [[IgE]]. [[Eosinophils|WikiVet Article: Eosinophils ]]"
-feedback2="'''Incorrect.''' Type II hypersensitivities are cytoxic antibody dependent and are mediated by immunoglobulins IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
+feedback2="'''Incorrect.''' Type II hypersensitivities are cytoxic antibody dependent and are mediated by immunoglobulins IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin [[IgE]]. [[Eosinophils|WikiVet Article: Eosinophils ]]"
-feedback3="'''Incorrect.''' Type III hypersensitivities are immune complex derived and mediated by immunoglobulin IgG. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils]]"
+feedback3="'''Incorrect.''' Type III hypersensitivities are immune complex derived and mediated by immunoglobulin IgG. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin [[IgE]]. [[Eosinophils|WikiVet Article: Eosinophils]]"
-feedback4="'''Incorrect.''' Type IV hypersensitivities are delayed type hypersensitivities and are either antibody or immune cell mediated. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[ Eosinophils |WikiVet Article: Eosinophils]]"
+feedback4="'''Incorrect.''' Type IV hypersensitivities are delayed type hypersensitivities and are either antibody or immune cell mediated. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin [[IgE]]. [[ Eosinophils |WikiVet Article: Eosinophils]]"
-feedback5="'''Incorrect.''' Type V hypersensitivities are auto immune diseases and are mediated by either IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
+feedback5="'''Incorrect.''' Type V hypersensitivities are auto immune diseases and are mediated by either IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin [[IgE]]. [[Eosinophils|WikiVet Article: Eosinophils ]]"
 image="">
 </WikiQuiz>

@@ Line 13: / Line 13: @@
 choice5="Goblet cell"
 correctchoice="4"
-feedback4="'''Correct!''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis - WikiBlood#Monocyte development|WikiVet Article: Monocyte development]]"
+feedback4="'''Correct!''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis#Monocyte development|WikiVet Article: Monocyte development]]"
-feedback3="'''Incorrect.''' A mast cell is a tissue based cell, with a similar role to basophils in the blood. A macrophage is a monocyte that has entered tissue. [[Leukopoiesis - WikiBlood#Monocyte development|WikiVet Article: Monocyte development]]"
+feedback3="'''Incorrect.''' A mast cell is a tissue based cell, with a similar role to basophils in the blood. A macrophage is a monocyte that has entered tissue. [[Leukopoiesis#Monocyte development|WikiVet Article: Monocyte development]]"
-feedback2="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis - WikiBlood#Monocyte development|WikiVet Article: Monocyte development]]"
+feedback2="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis#Monocyte development|WikiVet Article: Monocyte development]]"
-feedback1="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis - WikiBlood#Monocyte development|WikiVet Article: Monocyte development]]"
+feedback1="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis#Monocyte development|WikiVet Article: Monocyte development]]"
-feedback5="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis - WikiBlood#Monocyte development|WikiVet Article: Monocyte development]]"
+feedback5="'''Incorrect.''' A macrophage is a monocyte that has entered tissue. [[Leukopoiesis#Monocyte development|WikiVet Article: Monocyte development]]"
 image="">
 </WikiQuiz>
@@ Line 45: / Line 45: @@
 choice5="IL-11"
 correctchoice="1"
-feedback1="'''Correct!''' IL-4 is required for dendritic cell development. [[Leukopoiesis - WikiBlood#Dendritic cells|WikiVet Article: Dendritic cells]]"
+feedback1="'''Correct!''' IL-4 is required for dendritic cell development. [[Leukopoiesis#Dendritic cells|WikiVet Article: Dendritic cells]]"
-feedback3="'''Incorrect.''' IL-3 stimulates the production of eosinophils. IL-4 is required for dendritic cell development. [[Leukopoiesis - WikiBlood#Dendritic cells|WikiVet Article: Dendritic cells]]"
+feedback3="'''Incorrect.''' IL-3 stimulates the production of eosinophils. IL-4 is required for dendritic cell development. [[Leukopoiesis#Dendritic cells|WikiVet Article: Dendritic cells]]"
-feedback2="'''Incorrect.''' IL-5 stimulates the production of eosinophils. IL-4 is required for dendritic cell developent. [[Leukopoiesis - WikiBlood#Dendritic cells|WikiVet Article: Dendritic cells]]"
+feedback2="'''Incorrect.''' IL-5 stimulates the production of eosinophils. IL-4 is required for dendritic cell developent. [[Leukopoiesis#Dendritic cells|WikiVet Article: Dendritic cells]]"
-feedback4="'''Incorrect.''' IL-7 stimulates stromal cells in bone marrow. IL-4 is required for dendritic cell development. [[Leukopoiesis - WikiBlood#Dendritic cells|WikiVet Article: Dendritic cells]]"
+feedback4="'''Incorrect.''' IL-7 stimulates stromal cells in bone marrow. IL-4 is required for dendritic cell development. [[Leukopoiesis#Dendritic cells|WikiVet Article: Dendritic cells]]"
-feedback5="'''Incorrect.''' IL-11 stimulates stromal cells in bone marrow.IL-4 is required for dendritic cell development. [[Leukopoiesis - WikiBlood#Dendritic cells|WikiVet Article: Dendritic cells]]"
+feedback5="'''Incorrect.''' IL-11 stimulates stromal cells in bone marrow.IL-4 is required for dendritic cell development. [[Leukopoiesis#Dendritic cells|WikiVet Article: Dendritic cells]]"
 image="">
 </WikiQuiz>

@@ Line 189: / Line 189: @@
 choice2="Neuronal tissues"
 correctchoice="1"
-feedback1="'''Correct!''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems. [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils]]"
+feedback1="'''Correct!''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems. [[Eosinophils|WikiVet Article: Eosinophils]]"
-feedback4="'''Incorrect.''' Eosinophils are not associated with muscles tissues, but are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils ]]"
+feedback4="'''Incorrect.''' Eosinophils are not associated with muscles tissues, but are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils|WikiVet Article: Eosinophils ]]"
-feedback3="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils]]"
+feedback3="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils|WikiVet Article: Eosinophils]]"
-feedback5="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils]]"
+feedback5="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils|WikiVet Article: Eosinophils]]"
-feedback2="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils ]]"
+feedback2="'''Incorrect.''' Eosinophils are mainly associated with connective tissue found in respiratory, gastrointestinal and urogenital systems [[Eosinophils|WikiVet Article: Eosinophils ]]"
 image="">
 </WikiQuiz>
@@ Line 205: / Line 205: @@
 choice5="Type V"
 correctchoice="1"
-feedback1="'''Correct!''' Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils ]]"
+feedback1="'''Correct!''' Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
-feedback2="'''Incorrect.''' Type II hypersensitivities are cytoxic antibody dependent and are mediated by immunoglobulins IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils ]]"
+feedback2="'''Incorrect.''' Type II hypersensitivities are cytoxic antibody dependent and are mediated by immunoglobulins IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
-feedback3="'''Incorrect.''' Type III hypersensitivities are immune complex derived and mediated by immunoglobulin IgG. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils]]"
+feedback3="'''Incorrect.''' Type III hypersensitivities are immune complex derived and mediated by immunoglobulin IgG. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils]]"
-feedback4="'''Incorrect.''' Type IV hypersensitivities are delayed type hypersensitivities and are either antibody or immune cell mediated. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[ Eosinophils - WikiBlood |WikiVet Article: Eosinophils]]"
+feedback4="'''Incorrect.''' Type IV hypersensitivities are delayed type hypersensitivities and are either antibody or immune cell mediated. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[ Eosinophils |WikiVet Article: Eosinophils]]"
-feedback5="'''Incorrect.''' Type V hypersensitivities are auto immune diseases and are mediated by either IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils - WikiBlood|WikiVet Article: Eosinophils ]]"
+feedback5="'''Incorrect.''' Type V hypersensitivities are auto immune diseases and are mediated by either IgG or IgM. Eosinophils are associated with allergies and these are Type I hypersensitivities. These are immediate sensitivities and are mediated by the immunoglobulin IgE. [[Eosinophils|WikiVet Article: Eosinophils ]]"
 image="">
 </WikiQuiz>

@@ Line 173: / Line 173: @@
 choice2="Defensins"
 correctchoice="3"
-feedback3="'''Correct!''' Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils - WikiBlood#Granules|WikiVet Article: Basophils]]"
+feedback3="'''Correct!''' Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils#Granules|WikiVet Article: Basophils]]"
-feedback1="'''Incorrect.''' Heparin is a granule found in basophils and when released has anticoagulant properties. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils - WikiBlood#Granules|WikiVet Article: Basophils]]"
+feedback1="'''Incorrect.''' Heparin is a granule found in basophils and when released has anticoagulant properties. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils#Granules|WikiVet Article: Basophils]]"
-feedback5="'''Incorrect.''' Myeloperoxidase is not a granule found in basophils but is found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils - WikiBlood#Granules|WikiVet Article: Basophils]]"
+feedback5="'''Incorrect.''' Myeloperoxidase is not a granule found in basophils but is found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils#Granules|WikiVet Article: Basophils]]"
-feedback4="'''Incorrect.''' Hydrolase is not a granule found in basophils but is found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils - WikiBlood#Granules|WikiVet Article: Basophils]]"
+feedback4="'''Incorrect.''' Hydrolase is not a granule found in basophils but is found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils#Granules|WikiVet Article: Basophils]]"
-feedback2="Defensins are not a granule found in basophils but are found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils - WikiBlood#Granules|WikiVet Article: Basophils]]"
+feedback2="Defensins are not a granule found in basophils but are found in neutrophils as a primary granule. Histamine is a granule found in basophils that can cause vasodilation is released. It is part of the reason why infection is always associated with swelling. Histamine helps to ensure that other immune cells are quickly able to reach the site of infection. [[Basophils#Granules|WikiVet Article: Basophils]]"
 image="">
 </WikiQuiz>

@@ Line 64: / Line 64: @@
 feedback3="'''Incorrect.''' In circulation, eosinophils represent only 1 – 6% of leukocytes. Neutrophils represent 50% of circulating leukocytes.[[Neutrophils|WikiVet Article: Neutrophils]]"
 feedback2="'''Incorrect.''' In circulation, basophils represent only 0.01 – 0.3% of leukocytes. Neutrophils represent 50% of circulating leukocytes.[[Neutrophils|WikiVet Article: Neutrophils]]"
-feedback4="'''Incorrect.''' In circulation, [[[[Monocytes - WikiBlood|monocytes]]]] represent only 3.5 – 9% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils|WikiVet Article: Neutrophils]]"
+feedback4="'''Incorrect.''' In circulation, [[[[Monocytes|monocytes]]]] represent only 3.5 – 9% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils|WikiVet Article: Neutrophils]]"
 feedback1="'''Incorrect.''' In circulation, lymphocytes represent only 16 – 35% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils|WikiVet Article: Neutrophils ]]"
 image="">

@@ Line 237: / Line 237: @@
 choice4="Ribosomes"
 correctchoice="1"
-feedback1="'''Correct!''' Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage"
+feedback1="'''Correct!''' Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages|WikiVet Article: Macrophage"
-feedback2="'''Incorrect.''' Mitochondria are not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
+feedback2="'''Incorrect.''' Mitochondria are not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages|WikiVet Article: Macrophage]]"
-feedback5="'''Incorrect.''' The Golgi apparatus is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
+feedback5="'''Incorrect.''' The Golgi apparatus is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages|WikiVet Article: Macrophage]]"
-feedback3="'''Incorrect.''' The cytoskeleton of a cell is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
+feedback3="'''Incorrect.''' The cytoskeleton of a cell is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages|WikiVet Article: Macrophage]]"
-feedback=4"'''Incorrect.''' Although ribosomes are not directly visible under a light microscope, ribosomes can collectively give the cytoplasm a darker more granular appearance. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood |WikiVet Article: Macrophage]]"
+feedback=4"'''Incorrect.''' Although ribosomes are not directly visible under a light microscope, ribosomes can collectively give the cytoplasm a darker more granular appearance. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages |WikiVet Article: Macrophage]]"
 image="">
 </WikiQuiz>

@@ Line 64: / Line 64: @@
 feedback3="'''Incorrect.''' In circulation, eosinophils represent only 1 – 6% of leukocytes. Neutrophils represent 50% of circulating leukocytes.[[Neutrophils - WikiBlood|WikiVet Article: Neutrophils]]"
 feedback2="'''Incorrect.''' In circulation, basophils represent only 0.01 – 0.3% of leukocytes. Neutrophils represent 50% of circulating leukocytes.[[Neutrophils - WikiBlood|WikiVet Article: Neutrophils]]"
-feedback4="'''Incorrect.''' In circulation, [[Monocytes - WikiBlood]] represent only 3.5 – 9% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils - WikiBlood|WikiVet Article: Neutrophils]]"
+feedback4="'''Incorrect.''' In circulation, [[[[Monocytes - WikiBlood|monocytes]]]] represent only 3.5 – 9% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils - WikiBlood|WikiVet Article: Neutrophils]]"
 feedback1="'''Incorrect.''' In circulation, lymphocytes represent only 16 – 35% of leukocytes. Neutrophils represent 50% of circulating leukocytes. [[Neutrophils - WikiBlood|WikiVet Article: Neutrophils ]]"
 image="">

@@ Line 3: / Line 3: @@
 |linktext = WikiQuiz
 |pagetype=Quiz
-|Review= Dr Sabine Tötemeyer, DiplBiol PhD FHEA
+|Review= Dr Sabine Tötemeyer, DiplBiol PhD FHEA Lecturer in Cellular Microbiology}}{{QuizCat|topic=Blood|topicsubcategory=I|system=Immunology|systemsubcategory=I}}<br>
 <WikiQuiz
 questionnumber="1"
@@ Line 242: / Line 238: @@
 correctchoice="1"
 feedback1="'''Correct!''' Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage"
-feedback2="'''Incorrect.''' Mitochondria are not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage"
+feedback2="'''Incorrect.''' Mitochondria are not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
-feedback5="'''Incorrect.''' The Golgi apparatus is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage"
+feedback5="'''Incorrect.''' The Golgi apparatus is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
-feedback3="'''Incorrect.''' The cytoskeleton of a cell is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage"
+feedback3="'''Incorrect.''' The cytoskeleton of a cell is not visible under a light microscope. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood|WikiVet Article: Macrophage]]"
-feedback=4"'''Incorrect.''' Although ribosomes are not directly visible under a light microscope, ribosomes can collectively give the cytoplasm a darker more granular appearance. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[ Macrophages - WikiBlood |WikiVet Article: Macrophage"
+feedback=4"'''Incorrect.''' Although ribosomes are not directly visible under a light microscope, ribosomes can collectively give the cytoplasm a darker more granular appearance. Vacuoles are often clearly visible within macrophage cytoplasm. When a macrophage phagocytoses target cells, debris and reactive compounds are stored in vacuoles and phagosomes until they are broken down by lysosomes. [[Macrophages - WikiBlood |WikiVet Article: Macrophage]]"
 image="">
 </WikiQuiz>