Filipe Romero Rebello Moreira

The paper identifies multiple CDV spillover events into Neotropical primates in Brazil and identifies residue 519 of the hemagglutinin protein as a candidate marker of adaptation to primates.

The study introduces a viral surveillance method using metagenomics in bats, offering a scalable, cost-effective model for operationalizing One Health surveillance, especially relevant to low- and middle-income countries.

The study sequenced the fecal virome of Brazilian porcupines, identifying 41 viral families and highlighting potential zoonotic agents.

The paper describes an outbreak of toxoplasmosis in captive primates during the COVID-19 pandemic, identifying Toxoplasma gondii as the causative agent through a collaborative, interdisciplinary investigation.

The paper reports a viral metagenomic analysis of fecal samples from Southeastern Maned Sloths, identifying viral families and disease-associated bacterial genera.

The paper identifies two novel insect viruses in marmoset fecal samples using viral metagenomics, suggesting potential insect hosts and expanding knowledge of viral diversity in Neotropical primates.

The paper identifies two new Anelloviridae species in Callithrix penicillata using HTS and metagenomics, revealing host-virus co-diversification patterns.