Katia Aviña‐Padilla

REvolutionH-tl: A Fast and Robust Tool for Decoding Evolutionary Gene Histories

REvolutionH-tl automates evolutionary gene history analysis from sequence data, outperforming existing tools in speed and accuracy with integrated visualization.

Evolutionary Reconstruction of Hormone-bHLH Regulatory Networks in Solanaceae: Phylogenomic Insights from PSTVd-Tomato Interactions

This study reconstructs hormone-bHLH regulatory networks in Solanaceae, showing evolutionary changes in bHLH genes and regulatory rewiring under PSTVd infection in tomato.

Host-Specific Adaptations and Global Transmission Potential of a Mexican ToBRFV Isolate: Insights from Genomic Analysis

This study analyzes a Mexican ToBRFV isolate to understand its genetic adaptability, host range, and transmission potential through genomic and experimental approaches.

Dynamic co-expression modular network analysis of bHLH transcription factors regulation in the potato spindle tuber viroid-tomato pathosystem

The paper analyzes bHLH transcription factor regulation in tomato infected with PSTVd using co-expression modules and identifies their roles in photosynthesis and membrane repair.

Discovering hub genes involved in the pathophysiological impact of COVID-19 on diabetes kidney disease by differential gene expression and interactome analysis

Profiling of circulating chromosome 21-encoded microRNAs, miR-155 and Let-7c, in Down Syndrome People

This study examines miR-155 and Let-7c expression in Down syndrome individuals and finds Let-7c overexpression linked to early cognitive impairment, while miR-155 correlates with lipid metabolism changes in adults.

An integrative approach: using transcriptomic data and network analysis of transcriptional reprogramming in tomato response to PSTVd variants

The paper identifies master transcription regulators and their targets in tomato infected with PSTVd variants, revealing key transcription factors involved in defense and signaling pathways.

Deciphering the tissue-specific regulatory role of intronless genes across cancers

This study identifies intronless genes differentially expressed across eight cancers, highlighting their role in epigenetic regulation and interactome rewiring in specific tumor types.