Stefan Andreas Rensing

The paper predicts plant morphological complexity using transcription factor data with TabPFN, finding TF family expansion drives complexity evolution.

This study sequenced the Spirogyra pratensis genome and analyzed its transcriptional responses to light and temperature, revealing unique cytokinetic processes and plastid division mechanisms.

The paper identifies BnOPR from Brevibacillus nitrificans as a functional OPDA reductase that rescues the male infertile phenotype in Arabidopsis thaliana.

This study shows that MpSWI3 regulates male sex determination in Marchantia polymorpha by modulating reproductive and vegetative growth transitions.

This paper demonstrates how term-based bibliometric analysis can define and track interdisciplinary research areas using unigram and bigram term analyses.

The paper investigates genome dynamics in mosses using chromosome-scale assemblies, finding extensive synteny alongside dynamic gene space driven by de novo gene birth and loss.

The paper studies stress response kinetics in early land plants and their algal relatives using multi-omics data to infer ancient gene regulatory networks.

The paper updates TAPscan to enhance sensitivity, enabling analysis of transcription factor evolution in streptophyte algae and land plants, identifying lineage-specific gains.

This study analyzes 60 brown algal genomes to identify genomic innovations and evolutionary patterns that enabled their adaptation to coastal ecosystems.

This study shows that long-day light regimes induce secondary dormancy in Aethionema arabicum seeds, delaying germination to avoid risky summer conditions.

The paper develops a yeast communication toolkit for constructing multicellular networks with variable specificity and attenuation, demonstrating its application in logic gate-like networks and promiscuity analysis.

The paper improves the genome of Aethionema arabicum using long-read sequencing and constructs a genetic map, enhancing genome assembly and enabling comparative genetic studies.