New findings suggest sideways walking in crabs is a rare but innovative trait originating from a common ancestor, and provide a framework for understanding how animal locomotion diversifies and persists over time.
Findings provide a first step in understanding the motivations behind cooperation in adolescents and adults, paving the way for future research to explore these behaviours in real-world situations.
A study suggests that the integration of geomagnetic and visual cues help some of the world’s most invasive moth species orient themselves during their seasonal migration.
Researchers link neuroanatomical features to social tolerance in macaque monkeys and provide a framework for investigating the impact of social environments on brain development.
Researchers have published the first comparative analysis of downward climbing behaviours across a broad range of small mammal species, with insights into the evolution of primates’ arboreal upright postures.
A research team has developed a way to produce a subset of highly specialised brain neurons that centrally degenerate in motor neuron disease and are damaged in spinal cord injury, laying foundations for disease models and regenerative treatments.
Researchers have mapped the cellular diversity of the eye’s fluid drainage tissue, uncovering a cell subtype that may contribute to glaucoma progression and respond to vitamin B3 treatment.
Study shows how kangaroos achieve greater energetic efficiency when hopping fast, presenting new approaches for further investigation into kangaroo and macropod kinematics.
