Line 3: |
Line 3: |
| |a1= | | |a1= |
| *Freshwater | | *Freshwater |
− | * Saltwater | + | *Saltwater |
| *Aquarium fish | | *Aquarium fish |
| |l1= Mycobacteriosis - Fish#Introduction | | |l1= Mycobacteriosis - Fish#Introduction |
Line 16: |
Line 16: |
| *haemorrhagic lesions, erosion and scale loss on skin and fins, | | *haemorrhagic lesions, erosion and scale loss on skin and fins, |
| *organomegaly | | *organomegaly |
− | * lordosis | + | *lordosis |
− | * cachexia | + | *cachexia |
− | * exophthalmia | + | *exophthalmia |
− | * loss of pigmentation, and pale and cystic gills. | + | *loss of pigmentation, and pale and cystic gills. |
| Behavioural signs include: | | Behavioural signs include: |
− | * cessation of feeding, | + | *cessation of feeding, |
| *lethargy, | | *lethargy, |
| *swimming near the surface | | *swimming near the surface |
Line 29: |
Line 29: |
| Necrotising infections in humans are caused by: | | Necrotising infections in humans are caused by: |
| *''M. marinum '' | | *''M. marinum '' |
− | *''M. fortuitum''
| + | *''M. fortuitum'' |
| |l4= Mycobacteriosis - Fish#Introduction | | |l4= Mycobacteriosis - Fish#Introduction |
| |q5= What methods help to diagnose ''mycobacterial'' infections? | | |q5= What methods help to diagnose ''mycobacterial'' infections? |
Line 35: |
Line 35: |
| * PCR | | * PCR |
| * DNA probes- in situ hybridisation | | * DNA probes- in situ hybridisation |
− | *Antibody-based methods
| + | *Antibody-based methods |
− | |l5= Mycobacteriosis - Fish #Diagnosis | + | |l5= Mycobacteriosis - Fish#Diagnosis |
| |q6= What pathology is associated with sub acute form of Mycobacteriosis in fish? | | |q6= What pathology is associated with sub acute form of Mycobacteriosis in fish? |
| |a6= | | |a6= |
Line 43: |
Line 43: |
| |q7= What pathology is associated with the chronic proliferative form of Mycobacteriosis in fish? | | |q7= What pathology is associated with the chronic proliferative form of Mycobacteriosis in fish? |
| |a7= | | |a7= |
− | * Soft granulomas - with four distinguishable layers; a central caseous necrosis, (with or without nuclear debris), spindle-shaped epithelioid cells, eosinophilic, flattened, epithelioid cells and then a fine fibrous connective tissue encircling to form a thin capsule. | + | * '''Soft granulomas''' - with four distinguishable layers: |
− | *Hard granulomas - composed of epithelioid cells encapsulated by fibrous connective tissue with or without calcification. | + | **central caseous necrosis(with or without nuclear debris) |
| + | **spindle-shaped epithelioid cells |
| + | **eosinophilic, flattened, epithelioid cells |
| + | **fine fibrous connective tissue forming a thin capsule |
| + | *'''Hard granulomas''' - composed of epithelioid cells encapsulated by fibrous connective tissue with or without calcification. |
| |l7= Mycobacteriosis - Fish # Pathology | | |l7= Mycobacteriosis - Fish # Pathology |
| |q8= How can Mycobacteriosis in fish be treated? | | |q8= How can Mycobacteriosis in fish be treated? |