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Investigation of the role of triple-stranded nucleic acid, R-loops, in HIV-1 genome integration.

Stimulation of the ipsilateral motor cortex after spinal cord injury activates bilateral motor synergy and restores hindlimb movement, advancing neuroprosthetic strategies for motor recovery.

T-regulatory type 1 cells inherit a broad repertoire of epigenetic marks from T-follicular helper T-cells, offering new insights into the developmental biology of this subset.

Large-scale multi-omics analysis of genomic high-occupancy target regions in humans suggests involvement of large transcriptional condensates.

Adjuvants, MPLA and CpG especially, modulate the peptide repertoires presented on the surface of APCs, preferring the presentation of low-affinity exogenous peptides rather than high-affinity peptides.

Long-lived tropical trees in Southeast Asia accumulate somatic mutations in a manner that is dependent on time, rather than growth rate.

Spinal circuits performing speed- and context-dependent control of locomotion in mammals can operate in different regimes with prevailing role of central mechanisms, supraspinal signals, or sensory feedback.

The utility of an in vitro cell culture system for studies of molecular mechanisms underlying the initial induction and subsequent propagation of environmentally induced epimutations is demonstrated.

Unexpected complexity in the synaptic basis of locomotor rhythmogenesis is linked to cell type and speed in larval zebrafish.