Research Topic: Drosophila melanogaster

Accelerated protein retention expansion microscopy using microwave radiation

Scientists have developed a faster way to examine brain tissue at extremely small scales using a combination of expansion microscopy and microwave radiation. Instead of waiting days for tissue samples to process, the new method cuts the time down to hours while maintaining the same quality of detailed images. The technique was successfully tested on tadpole and fruit fly brains, showing it could be useful for studying neural structures and potentially applied to studying brain diseases like Alzheimer’s.

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Hierarchical communities in the larval Drosophila connectome: Links to cellular annotations and network topology

Scientists studying fruit fly larval brains discovered that neurons are organized into nested groups or communities, much like departments within a company. These communities perfectly match what scientists knew about neuron types and their functions. Remarkably, certain interneurons act as hubs connecting these different communities, allowing information to flow between specialized brain regions. This organization reveals that the brain’s wiring reflects both its structure and its function.

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