Kerstin Kaufmann

This study investigates how integrating the DD genome into tetraploid wheat enhances its adaptability by altering gene transcription, chromatin structure, and metabolome.

The paper identifies MIKC MADS-box transcription factors ABS/TT16 and STK as regulators of maternal nutrient flow during ovule maturation and seed development in Arabidopsis.

The paper shows that the SHANK3-CAMSAP2 interaction links synapses to dendritic microtubule organisation in parvalbumin neurons, with the SHANK3L68P mutation enhancing this interaction and altering microtubule dynamics.

The paper uses optogenetics to show that Ca2+ signals regulate early auxin signaling in Arabidopsis roots, affecting growth and transcriptional responses.

The paper constructs a single-nucleus transcriptomic atlas of Arabidopsis floral development and identifies key transcription factors regulating epidermal differentiation.

The paper uses time-series snRNA-seq to study flower development in Arabidopsis, identifying FUL's regulation of KRP2 as a key bifurcation point between cell cycle and developmental programs.

This study identifies SPL/NZZ's interaction with MADS-domain transcription factors to regulate an auxin-dependent network controlling Megaspore Mother Cell development.

This study shows that cold stress causes rapid redistribution of H3K4me3 and H3K27me3 marks in Arabidopsis, with distinct gene sets affected and H3K27me3 not solely repressing cold-inducible genes.

This paper introduces a nuclei isolation method for plant tissues followed by single-nuclei RNA-seq, enabling transcriptome analysis of various plant species and tissues.

ChIP-Hub provides a web-based platform integrating and visualizing reanalyzed ChIP-seq data from over 40 plant species to explore plant regulomes.

This study identifies PWO1 as a novel PRC2-associated component in Arabidopsis that links PcG-mediated gene repression to the nuclear lamina through physical interaction with CRWN1.