Ingrid Lohmann

The paper identifies a spatial gradient of Wnt signaling that restricts Mef2 expression in Drosophila muscle progenitors, maintaining a less committed state and preserving the progenitor pool.

This study shows the Drosophila Hox TF Ultrabithorax binds RNA and regulates splicing through interaction with RNA polymerase II.

This study identifies the Hox transcription factor Ubx as critical for repressing the mesodermal master regulator Twist during muscle differentiation in Drosophila.

This study identifies a homeo-immunoglobulin code that specifies single-cell specific connections between motoneurons and target muscles through combinatorial immunoglobulin domain proteins.

The paper identifies a versatile peptide motif in Drosophila Hox proteins that mediates nuclear export and autophagy regulation.

This study shows that Ubx suppresses cellular plasticity by interacting with Pho to set lineage-specific repressive chromatin marks, stabilizing lineage commitment in Drosophila.

WEADE provides a web tool for integrated enrichment analysis and data exploration of genomic datasets, enabling comparison of experiments and visualization of functional interactions.

The paper shows that ATF4-mediated transcriptional adaptation to ETC disturbance enhances progenitor cell proliferation in Drosophila.

The paper identifies key regulatory mechanisms in Drosophila male stem cells and provides a public dataset and tool for analyzing stem cell gene networks.