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Uncovering the molecular mechanisms behind mycetoma
Jonathan Chapman
Work enabled by Edinburgh Genomics
Research output
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Thesis
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Master's Thesis
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Immunology and Microbiology
Infectious Agent
100%
Bacterium
66%
Host
33%
Electric Potential
33%
Development
33%
Metabolite
33%
Macrophage
33%
Streptomyces
16%
Actinobacteria
16%
Virulence
16%
Immune System
16%
Phylum
16%
Immune Response
16%
Fungus
16%
Virulence Factor
16%
Human Tissue
16%
Tissue Culture Cell
16%
Immunity
16%
ELISA
16%
Introspection
16%
Subcutaneous Tissue
16%
Organisms
16%
Pyroptosis
16%
Growth
16%
Host-Pathogen Interaction
16%
Granuloma
16%
Biochemistry, Genetics and Molecular Biology
Infectious Agent
100%
Bacterium
66%
Macrophage
33%
Host
33%
Electric Potential
33%
Metabolite
33%
Development
33%
Microscopy
33%
Inoculation
16%
Antibiotic
16%
Phylum
16%
Tissue Culture Cell
16%
Immune Response
16%
Host Pathogen Interaction
16%
Introspection
16%
Virulence Factor
16%
Fungus
16%
Pyroptosis
16%
Streptomyces
16%
Virulence
16%
Organisms
16%
Actinobacteria
16%
Growth
16%
Pharmacology, Toxicology and Pharmaceutical Science
Infectious Agent
100%
Bacterium
66%
Host
33%
Enzyme-Linked Immunosorbent Assay
16%
Neoplasm
16%
Granuloma
16%
Tropical Disease
16%
Pyroptosis
16%
Virulence
16%
Streptomyces
16%
Diseases
16%
Cytokine
16%
Inflammation
16%
Anti-Inflammatory Drug
16%
Cell Culture
16%
Host Pathogen Interaction
16%
Virulence Factor
16%
Fungus
16%
Actinobacteria
16%
Immunosuppressive Agent
16%
Organisms
16%