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Combined with high-throughput yeast genetics, a split green fluorescent protein encoded directly in the mitochondrial DNA helps to identify targeting signals and functions of dually localized proteins.

The retrieval-extinction paradigm elicits a short-term fear amnesia that differs in cue specificity, timescale, and dependence on thought-control ability from the long-term amnesia believed to be associated with memory reconsolidation.

Analyzing population-level chromatin accessibility data shows added benefit over utilizing only gene expression data in elucidating the genetic mechanism of disease-associated variants.

Functional analyses showcase that in the absence of IL-27, hematopoietic stem and progenitor cells are more likely to become monocytes during toxoplasmosis, making them less responsive after infection.

A novel viral tool (FLEN) is designed, and used to monitor changes in the intrinsic and synaptic properties of engram cells quickly (3–6 hours) following encoding of a memory.

The Virtual Brain Inference (VBI) toolkit enables efficient, accurate, and scalable Bayesian inference over whole-brain network models, improving parameter estimation, uncertainty quantification, and predictive modeling across neuroimaging modalities toward precision medicine.

Patients with stroke often show impairment in both moving and holding the arm, deficits that are dissociable experimentally, suggesting that moving and holding are controlled by separate neural mechanisms.

Antibody surrogate degraders of LMO2 indicate that transcription complexes are susceptible to drug discovery and are therefore druggable.