Browse our latest Computational and Systems Biology articles

A dysregulated circular RNA in bladder cancer controls oncogenic pathways by tethering specific RNA-binding proteins, which in turn inhibits their normal functions.

To investigate why bats are long-lived and cancer-resistant, multi-omic data from bat and human cells was analyzed using computational flux modeling, suggesting dysregulation of succinate-fumarate dynamics and an ischemic-like basal metabolism in bat cells.

Biologically plausible levels of myelin dystrophy induce substantial working memory impairment in a computational model of brain aging across two spatial and temporal scales.

Anaesthesia and disorders of consciousness both reduce the capacity of the human brain to integrate information, specifically targeting interactions within a shared circuit of regions in the brain’s default network.

ROH-DICE is an efficient method for detecting ROH clusters in biobank data, enabling the study of population history of large cohorts, and providing a new genome-wide association analysis approach for finding disease-causing loci with multi-marker recessive effects.

The 5' ends of genes are slightly enriched for rare codons largely because the ends turnover in evolution and gather rare codons, and these rare codons do not improve translation.

A deep learning-based toolkit predicting the 3D structures of monoclonal antibodies and nanobodies outperforms other current computational methods.

The vaginal immunoproteome in pregnancy is more predictive of spontaneous preterm birth (sPTB) than maternal characteristics alone, with sPTB cases showing heightened pro-inflammatory profiles accompanied by reduced levels of antimicrobial proteins/peptides.

A study of two enzymes in the brain reveals new insights into how redox reactions regulate the activity of protein kinases.