Susanne Kreutzer

The paper develops RaPID-seq to study homology search during HDR and finds that DSB proximity determines template candidacy, with distant sequences not efficiently searched despite sequence identity.

This paper introduces a rapid rPMMA workflow for molecular histopathology of calcified temporal bones, reducing processing time and costs by 90% while enabling advanced molecular assays.

This study identifies DCLRE1A as a key factor in CAG repeat contraction following Cas12a-induced DNA breaks and demonstrates its role in enhancing repeat shortening through interactions with repair proteins.

This study uses AI-based image analysis and multi-omics profiling to link morphological features with molecular changes in ccRCC, identifying unique molecular profiles in aggressive rhabdoid tumors.

In vivo prime editing corrects phenylketonuria in mice by repairing the Pah gene mutation and reducing blood phenylalanine levels.

HiDRA-seq enables high-throughput, low-cost SARS-CoV-2 testing using barcoded cDNA and NGS, allowing thousands of samples to be sequenced per run.