Virginia Helena Albarracín

This study evaluates the effects of ion-channel and cytoskeletal modulators on Echinococcus granulosus protoscoleces, finding concentration-dependent motility reduction and distinct effects on viability and structure.

This study evaluates how different chemical fixation protocols affect the morphology and surface texture of extremophilic bacteria using scanning electron microscopy.

The paper investigates MT electrical oscillations in the hippocampus and neocortex of adult rats, finding region-specific frequency peaks and amplitude differences.

This study investigates microbial communities in heritage artifacts from Argentina's Museum of Independence, identifying diverse bacterial strains and highlighting artifact-specific microbial signatures.

This study characterizes the UV-resistance mechanisms in Exiguobacterium sp. S17 through genomics and microscopy, revealing novel nanotube structures formed under UV stress.

Arche is a tool that integrates multiple annotation algorithms and databases to annotate microbial contigs, showing competitive performance on various genomic datasets.

The paper characterizes the multi-resistant genome of an Andean actinobacterium, revealing its potential for biotechnological applications.

The paper identifies DNA repair and antioxidant mechanisms as key to UV resistance in an Andean soil actinobacterium through proteomic analysis.

The paper analyzes metagenomic data to show that CPF gene abundance correlates with UV-B exposure in aquatic microbiomes, identifies novel CPF clades, and links CPF presence to microbial dominance under high radiation.