The fruit fly Drosophila melanogaster has emerged as a key model organism in
neuroscience, in large part due to the concentration of collaboratively generated molecular …

Chirality is a fundamental trait of living organisms, encompassing the homochirality of
biological molecules and the left–right (LR) asymmetry of visceral organs and the brain. The …

The fruit fly Drosophila melanogaster combines surprisingly sophisticated behaviour with a
highly tractable nervous system. A large part of the fly's success as a model organism in …

One of the longstanding aims of network neuroscience is to link a connectome's topological
properties—ie, features defined from connectivity alone–with an organism's neurobiology …

Brain size asymmetry differs considerably across species, including humans, vertebrates,
and invertebrates. The subtle structural, functional, or size differences between the two brain …

The nervous system scales with animal size while preserving function, yet the principles
underlying this stability remain unclear. Here, we analyse the ultra-structure and connectivity …

Understanding the balance between symmetry and asymmetry in animal nervous systems is
crucial for unraveling the complexities of neural architectures and their functions. Previous …