Enzymes from extremophiles are creating interest among researchers due to their unique
properties and the enormous power of catalysis at extreme conditions. Since community …

Although more than 109 years have passed since the existence of the last universal
common ancestor, proteins have yet to reach the limits of divergence. As a result, metabolic …

Due to existing application gap, the diverse microorganisms and their processes in food
waste have not been maximally explored or harnessed. This chapter addresses the possible …

Metagenomic studies have become increasingly popular. They allow for the estimation of
biodiversity in complex populations. This diversity presents an enormous but largely …

Bioaerosols are aerosols with biological traces. Recently, based on analytical methods for
obtaining biological information, it has been shown that bioaerosols play an important role in …

The metagenomic method allows researchers to capture a broader spectrum of microbial
diversity compared to traditional culturing techniques. Frequently, a sustainable portion of …

Genetic, chemical, and environmental perturbations can all induce large changes in cellular
proteomes, and research aimed at quantifying these changes are an important part of …

Escherichia coli is the prime workhorse for various metagenomic applications due to the
multitude of efficient tools available for genetic manipulation and controlled heterologous …

Combatting antibiotic resistance is critical to our ability to treat infectious diseases. Here, we
identified and characterized diverse antimicrobial resistance genes, including potentially …

To date, the association of potato tuber microbiota is poorly understood. In this study, the
endophytic bacterial flora of seed potato tubers was identified and the diversity of healthy …