Browse our Research Articles

Early enhancer logic precisely aligns developmental boundaries by integrating HOX, GATA, and signaling inputs, ensuring correct tissue patterning and preventing mirror-image duplications in the developing wing.

Within the nucleus accumbens shell, a spatially defined rostral subregion selectively modulates hedonic feeding, revealing functional heterogeneity in reward circuitry underlying food consumption.

Exploring the differentiation of iPSC to trunk tenocytes and how the single-cell RNA sequencing and pathway analysis can assist in making it more specific.

B cell activation and antibody class switching requires coordinated metabolic rewiring, with essential roles for amino acid transport, cholesterol metabolism, and prenylation in driving proliferation across multiple activating stimuli.

Multimodal stacking of MRI‑based markers of cognition reveals a shared brain architecture that links cognitive performance with mental health, explaining nearly half of their observed association.

A proximity labeling screen uncovers the proteome of electrical synapses in retinal neurons.

Phosphomimetic mutations allow the assembly of full-length recombinant tau into Alzheimer's paired helical filaments by disrupting intramolecular contacts between its ordered core and fuzzy coat.

The dynamic internal fluidity of nuclear MORC2 condensates, rather than their mere assembly, is strictly required for transcriptional regulation and is selectively disrupted by neuropathy-linked mutations.

EXOC6A cooperates with myosin-Va to regulate vesicle trafficking and membrane remodeling during ciliogenesis, enabling ciliary vesicle maturation, transition zone assembly, and proper delivery of ciliary membrane proteins.

Experiments and mathematical modelling show cell fate in Dictyostelium discoideum partly depends on cell-cycle phase, but also on stochastic gene-expression variability which enhances robustness of developmental responses to cell-cycle perturbation.