Norberto Peporine Lopes

This study examines metabolomic diversity in Amazonian Pseudonocardia bacteria, showing that ecological interactions and local adaptation drive chemical variation rather than phylogeny.

This paper presents a low-cost bioreactor system for monitoring microbial metabolic dynamics in lignin degradation studies using two fungal species.

The paper characterizes a marine bacteria using a metabologenomics approach, linking genomic and metabolomic data to identify a new biosynthetic gene cluster and bioactive compound.

The paper introduces RegFilter, a tool that enhances metabolite detection in DDA mode by dynamically selecting precursor ions and creating custom spectral libraries.

The paper introduces ChemWalker, a method that improves annotation propagation on molecular networks using random walks, enhancing scalability and efficiency compared to previous approaches.

This study identifies the kynurenine metabolic pathway as a key factor in sustaining neuropathic pain through interactions between meningeal dendritic cells and astrocytes.

This paper expands the interpretability of human metabolomes by using food-based annotations, increasing the fraction of molecular features understood 7-fold.

The paper compares integument transcriptomes, cuticle ultrastructure, and cuticular hydrocarbon profiles between eusocial and solitary bees to investigate cuticle maturation heterochrony.