Norbert Solymosi

The paper evaluates the use of the X-to-autosome ratio (Rx) for sexing carnivores from faecal metagenomes, finding it effective above a certain read depth.

The paper uses metagenomic analysis to identify ancient organisms in a corn mummy from ancient Egypt, finding potential historical contaminants alongside modern ones.

The paper reports the first occurrence of Argulus japonicus in Hungary and describes a new subspecies based on molecular and morphological analyses.

This study examines how mycotoxins and glyphosate residues affect the gut microbiome and resistome of European fallow deer, finding changes in bacterial communities and antibiotic resistance genes.

The paper assembles the first animal-source metagenome of Lawsonella clevelandensis from canine external otitis using Oxford Nanopore Technology.

This study analyzes canine saliva metagenomic data to assess antimicrobial resistance gene (ARG) prevalence and its association with dog traits and public health risks.

The paper explores the clinical interpretation of genomic analysis results to assess antimicrobial resistance potential in complex microbiological samples.

The paper analyzes the bacteriome composition of Ixodes ricinus ticks across different climatic conditions and developmental stages, finding significant differences in bacterial genera between females and nymphs.

The paper uses CNNs to estimate bacterial colony growth rates from images, finding that colony density affects growth rates differently in control and rifampicin-treated cultures.

The paper develops an LCM-Seq method for spatial transcriptomics of fluorescently-tagged cholinergic neurons in mice, achieving deep transcriptome profiling with high accuracy.

The paper detects Apis mellifera filamentous virus (AmFV) in honey bee gut microbiomes across Hungary, showing environmental and seasonal variations in its abundance and associations with other microbial taxa.

The paper investigates the presence of antimicrobial resistance genes in tick-borne bacterial isolates and finds that most lack these genes, except for Francisella tularensis.

This study analyzes ARG diversity and mobility in kefir and yoghurt bacteria using metagenomic data, finding significant ARG presence associated with mobile genetic elements.

The study detects Ixodiphagus hookeri in Ixodes ricinus ticks from Hungary, marking the first report in the country and the southernmost occurrence in Central Europe.

This study evaluates how deep learning models predict dairy cow body condition scores using image annotations, finding stronger agreement with fewer classes and larger error ranges.

The paper uses nanopore sequencing to detect porcine cytomegalovirus in nasal swabs from a Hungarian pig farm.

The paper identifies antimicrobial resistance genes in canine saliva that could transfer to humans, posing a risk for antimicrobial resistance spread.

The paper analyzes the gut bacteriome diversity of honey bees across different climatic and seasonal conditions, finding significant differences in composition between months and regions.

The paper identifies antimicrobial resistance genes in silage samples and finds that many are mobile, suggesting silage as a potential source of resistance in the food chain.

The paper analyzes probiotic samples to identify antimicrobial resistance genes and their potential for horizontal gene transfer.

The paper analyzes antimicrobial resistance gene diversity in kefir and yoghurt using metagenomic approaches, identifying various ARGs and their potential mobility.

The paper develops an engineered bacterium-based RNA interference therapy that reduces inflammation in an IBD model by targeting TNF-alpha.

This study identifies a heritable background in equine grass sickness through pedigree analysis, suggesting potential X-linked recessive inheritance and familial clustering.

This study identifies antimicrobial resistance genes in raw milk samples, showing their potential to transfer resistance to human gut bacteria.