@KaliiaLor

Kalia Lor conducts research at the intersection of microbiology and molecular virology, specializing in microbial behavior analysis and viral genomics. Their laboratory protocols center on 3D clinostat technology for simulating microgravity conditions in Bacillus subtilis studies. This work advances understanding of bacterial responses in space environments while contributing to astrobiology research frameworks. The core of Lor's research methodology involves multiplexed amplicon sequencing paired with Unique Molecular Identifiers to track viral evolution patterns. Their protocols, published through methods.app, detail precise approaches for measuring viral recombination rates and genetic diversity in microbial populations. These frameworks serve as technical foundations for investigations in both terrestrial and space-based microbiology. Lor's research applications span three primary domains: space exploration microbiology, vaccine development processes, and viral drug resistance mechanisms. Their experimental work with simulated microgravity environments provides insights into bacterial adaptation. This research directly informs approaches to managing microbial challenges in space missions and medical applications.