Bradley W. Abramson

The paper develops a machine learning model to improve LAMP assay design by identifying key thermodynamic features from primer sets, achieving high classification accuracy.

The paper analyzes duckweed clones to resolve taxonomic relationships and finds triploidy is common, with implications for classification and evolution.

The paper develops an algorithm for designing LAMP assays and a computer vision tool for analyzing colorimetric outputs to detect antimicrobial resistance in Vibrio cholerae.

This study presents a chromosome-level genome of baobab, revealing its evolutionary history, genomic features, and population structure, with insights into its longevity mechanisms.

The paper estimates telomere length in plants using long-read sequencing and finds that gymnosperms have shorter telomeres than eudicots and monocots, while clonally maintained species have longer telomeres.

The paper presents clade-specific PCR assays for mpox virus detection, improving accuracy and enabling clade identification during outbreaks.

The paper compares the genomes of cranberry and its wild relative to identify genomic regions associated with domestication and breeding traits.

Ultra-long-read sequencing resolves Arabidopsis centromeres, revealing their genetic and epigenetic structure and dynamics.

The paper generates a genome and single nuclei transcriptome of Lemna minuta to trace all developmental and terminal cell types across the entire plant.

LoopViz validates and analyzes uLOOP cloning reactions using long-read sequencing to determine plasmid sequences quickly and cost-effectively.