Alternative splicing and adenosine-to-inosine (A-to-I) RNA editing are post-transcriptional mechanisms that promote proteomic diversity in the brain. The impact of RNA editing on brain physiology is u...

Neuron-specific splicing of Agrin by Nova RNA-binding proteins is essential for neuromuscular synapse formation via acetylcholine receptor clustering. This study shows that this RNA splicing pathway i...

Voltage-gated calcium channels control vital cellular processes through complex alternative splicing mechanisms, and their dysfunction contributes to neurological, cardiac, endocrine, oncogenic, and ...