G. K.-S. Wong

The paper uses phylogenomic and phylotranscriptomic analyses to study the evolution of nitrogen-fixing root nodule symbiosis across the Nitrogen-Fixing Nodulation Clade, finding no convergence at the amino acid level and highlighting the role of NIN as a master regulator.

The paper identifies and characterizes sequence motifs and ion selectivity mechanisms in channelrhodopsins from diverse algal and protist species using electrophysiological analysis and genomic data.

This study uses metagenomic sequencing and machine learning to show that FMT success depends on donor-recipient microbiome interactions, including specific bacterial and fungal taxa, and ecological repair mechanisms.

The paper identifies 19 new BCCR proteins from cryptophyte algae, revealing distinct conductance mechanisms and rapid desensitization in two subfamilies through electrophysiology and spectroscopy.

This study isolates lymphovascular breast cancer cells using LCM and G&T-seq to identify three distinct clonal pathways associated with different survival outcomes and ribosomal protein downregulation as a poor prognosis marker.

This study shows that cutaneous lymphoma subclones evolve independently in different skin microenvironments, leading to ecological heterogeneity and intratumoral heterogeneity.

The paper shows that an ancestral signaling pathway is conserved in plant lineages with intracellular symbioses but lost in those with extracellular symbioses.

This study identifies branched evolutionary patterns and intratumoral heterogeneity in mycosis fungoides, revealing complex clonal substructures and their implications for treatment resistance.

The paper designs a universal probe set for targeted sequencing of 353 nuclear genes across flowering plants using k-medoids clustering, achieving high sequence recovery across diverse angiosperm lineages.