Wenlong Colin Cai

The paper identifies molecular mechanisms of gill adaptation to hypoxia in largemouth bass using transcriptomics and histology, revealing energy conservation and apoptosis as key responses.

This study identifies genetic basis of Vibrio harveyi resistance in blackspotted croaker using GWAS and F_ST analysis, revealing key genes and pathways involved in RNA metabolism.

The paper investigates genomic inbreeding effects on growth depression in captive Chinese bahaba, identifying genetic factors linked to skeletal and immune pathways.

The paper investigates the genomic basis of metamorphosis in orbicular batfish, identifying gene family expansions and differentially expressed genes involved in developmental reprogramming during life-history transition.

This study analyzes gut microbiome differences in largemouth bass under four aquaculture systems, finding significant variations in diversity, composition, and functional profiles linked to farming conditions.

This study analyzes the pan-genome and methylome of Vibrio alginolyticus from wild fish, identifying a low-virulence, low-resistance clade with distinct epigenetic features.

This study shows that M.FcoHsdM-dependent DNA methylation affects secretion systems, interbacterial competition, and virulence in Flavobacterium columnare.

This study evaluates vaccine efficacy against Flavobacterium infections in fish through a systematic review and meta-analysis, finding significant variation in effectiveness based on pathogen, host, vaccine type, and administration route.

The paper identifies Vibrio harveyi as the causative agent of a skin ulcer disease in endangered Chinese bahaba fish and characterizes its genomic features and antimicrobial resistance.

This study identifies epigenetic changes in Flavobacterium columnare under prolonged starvation using DNA methylation profiling, revealing motif-specific demethylation patterns linked to adaptation.

This study investigates the role of SppA in Flavobacterium columnare, showing it is essential for virulence, membrane homeostasis, and biofilm formation.