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Keyphrases
Mycobacterium Tuberculosis (M. tb)
100%
Interactive Regulation
100%
In Vivo Fate
100%
Phosphatidylinositol Mannosides
57%
Hypervirulent
15%
Cell Wall
15%
Age of Infection
10%
FHA Domain
10%
Cell Wall Biogenesis
10%
Hypoxia
10%
Tuberculosis Latency
10%
Tubercle Bacillus
10%
Exporters
10%
Immunomodulatory
10%
Mycobacterium
5%
Tuberculosis Reactivation
5%
Nitrosative Stress
5%
Overexpression
5%
Latency Model
5%
Tuberculosis Pathogenesis
5%
Bioinformatics Analysis
5%
Genetic Approach
5%
Universal Stress Protein
5%
Expression Level
5%
Recipient Cells
5%
Immunomodulatory Properties
5%
Hypo
5%
Bacillus
5%
Overexpressing Strains
5%
Functional Activity
5%
Immunopathology
5%
Dormancy Regulon
5%
Persistent Infection
5%
Computational Data Analysis
5%
Biochemical Approaches
5%
Guinea pig
5%
Biological Processes
5%
Biochemical Genetics
5%
Signaling Molecules
5%
Acute Phase
5%
Bacterial Burden
5%
Latent Infection
5%
Chronic Phase
5%
Bacillary
5%
Isogenic
5%
Paucibacillary
5%
Protein Module
5%
World Population
5%
Host Interaction
5%
Negatively Regulate
5%
Immunological Approaches
5%
Deletion mutant
5%
Grade Level
5%
Animal Modeling
5%
Environmental Conditions
5%
Growth Phenotype
5%
Lipooligosaccharide
5%
Phosphorylation
5%
Phosphothreonine
5%
Integrated Bioinformatics Analysis
5%
Disease Transmission
5%
Starvation
5%
Upregulated Genes
5%
In Vitro Growth
5%
Growth Regulatory
5%
Biochemistry, Genetics and Molecular Biology
Mycobacterium Tuberculosis
100%
Inositol
57%
Wild Type
10%
Biogenesis
10%
Nitrosative Stress
5%
Signaling Protein
5%
Bacterial Load
5%
Deletion Mutant
5%
Mycobacteria
5%
Regulon
5%
Dormancy
5%
Genetics
5%
Infectious Agent
5%
Guinea Pig
5%
Life Cycle
5%
Biological Phenomena and Functions Concerning the Entire Organism
5%
Bioinformatics
5%
phosphorylation
5%
Bacilli
5%
Expression Level
5%