Mycobacterium leprae -- Leprosy: Difference between revisions
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==Pathogenesis== | ==Pathogenesis== | ||
===Transmission=== | ===Transmission=== | ||
Although much about the transmission of <i>Mycobacterium leprae</i> is unknown, prolonged contact with an infected person increases an individual's chance of becoming infected. Armadillos can harbor the bacteria, but are not seen as a threat to human contraction of the disease. In addition, insects could be possible carriers of <i>Mycobacterium leprae</i> but this is unclear In humans, the bacteria is thought to be passed through skin and nasal mucosa (WHO). One study has demonstrated that large numbers of the bacteria can be found on the skin of infected persons, providing a possible means of transmission (Job). <i>Mycobacterium leprae</i> could also be passed through nasal mucosa like the closely related <Mycobacterium tuberculosis</i> (Nature). | |||
===Infectious dose, incubation, and colonization=== | ===Infectious dose, incubation, and colonization=== | ||
===Epidemiology=== | ===Epidemiology=== |
Revision as of 20:53, 23 July 2013
Etiology/Bacteriology
Taxonomy
| Domain = Bacteria | Phylum = Actinobacteria | Class = Actinobacteridae | Order = Actinomycetales | Suborder = Corynebacterineae | Family = Mycobacteriaceae | Genus = Mycobacterium | Species = M. leprae |
NCBI: Taxonomy Genome: Mycobacterium leprae |
Description
Pathogenesis
Transmission
Although much about the transmission of Mycobacterium leprae is unknown, prolonged contact with an infected person increases an individual's chance of becoming infected. Armadillos can harbor the bacteria, but are not seen as a threat to human contraction of the disease. In addition, insects could be possible carriers of Mycobacterium leprae but this is unclear In humans, the bacteria is thought to be passed through skin and nasal mucosa (WHO). One study has demonstrated that large numbers of the bacteria can be found on the skin of infected persons, providing a possible means of transmission (Job). Mycobacterium leprae could also be passed through nasal mucosa like the closely related <Mycobacterium tuberculosis (Nature).
Infectious dose, incubation, and colonization
Epidemiology
Virulence factors
Waxy exterior
Iron utilization
Macrophage invasion
Schwann cell invasion
Drug resistance
Clinical features
Classification
Type 1
Type 2
Lucio Phenomenon
Diagnosis
Treatment
Prevention
Vaccination
Eradication attempts
Immune Response
Protective immunity and susceptibility
Host defense
Bacterial evasion
References
1 Conway, Tyrrell. “Genus conway”. “Microbe Wiki” 2013. Volume 1. p. 1-2.
Created by Gracen Conway, student of Tyrrell Conway at the University of Oklahoma.