Topic for Research in the Field of Microbiology

• genomic
• extinction
• infectious
• metagenomics
• microbial

• The development of a highly efficient capsid characterizes HIV epidemics.
• Protecting the Earth's Surface Microbiome
  
• Using the Microbial World to Halt Species Extinction
  
• Genomic prediction of infectious diseases: a promising new field
  
• Cellular processes in archaea
  
• The Omicron form of SARS-CoV-2 evolved as a result of immunological selection.
  
• HIV pandemics are characterized by their ability to evade cGAS and TRIM5.
  
• In Apicomplexa, the construction of glideosomes, which control motility and invasion, is regulated by the extrusion of conoids.
  
• Variation of pneumococci inside a host during colonization, transmission and therapy
  
• A Prospective Cohort of Critically Ill Adults: Integrated Host-Microbe Plasma Metagenomics for the Diagnosis of Sepsis
  
• The plant microbiome is regulated by a wide variety of MarR bacteria involved in auxin catabolism.
  
• The enterotoxin tilimycin, which is produced by Klebsiella in mice, promotes the development of mutations and resistance to antibiotics.
  
• SIR2-dependent NAD+ depletion, one of several phage resistance mechanisms, suppresses infection.
  
• When mobile genetic elements threaten a population, short prokaryotic Argonauts deplete the cellular supply of NAD+ as a defense mechanism.
  
• Self-targeting CRISPR type IV interference from Pseudomonas oleovorans characterized.
  
• Concomitant influenza infection Hybrid virus particles consisting of both virus and respiratory syncytial virus are produced.
  
• CRISPR-based oligo recombination gives apicomplexan cysteines the top spot in the search for new drugs.
  
• Phase II randomized clinical study of bamlanivimab shows emergence of SARS-CoV-2 escape mutations