1. Terminal axon branching is regulated by the LKB1-NUAK1 kinase pathway via presynaptic mitochondrial capture Courchet, Julien; Lewis, Jr., Tommy Len; Lee, Sohyon; Courchet, Virginie; Liou, Deng-Yuan; Aizawa, Shinichi; Polleux, Franck 2013 Articles Protein kinasesMitochondriaNeural networks (Neurobiology)Neural circuitryAxonsPresynaptic receptorsNeurology
2. Presynaptic Mechanisms of Lead Neurotoxicity: Effects on Vesicular Release, Vesicle Clustering and Mitochondria Number Zhang, Xiao-lei; Guariglia, Sara Rose; Stansfield, Kirstie H.; McGlothan, Jennifer L.; Stanton, Patric K.; Guilarte, Tomas R. 2015 Articles Synaptic vesiclesSynapsesLead poisoning in childrenNeuronsMitochondriaPresynaptic receptorsNeurosciences
3. Piccolo Directs Activity Dependent F-Actin Assembly from Presynaptic Active Zones via Daam1 Wagh, Dhananjay; Maas, Christoph; Reimer, Richard J.; Terry-Lorenzo, Ryan; Waites, Clarissa; Leal-Ortiz, Sergio A.; Garner, Craig C. 2015 Articles ActinNeuronsPresynaptic receptorsSynaptic vesiclesCytoskeletal proteinsCytologyNeurosciences
4. Intra-axonal Synthesis of SNAP25 Is Required for the Formation of Presynaptic Terminals Batista, Andreia Filipa Rodrigues; Martinez, Jose C.; Hengst, Ulrich 2017 Articles MedicinePresynaptic receptorsProteins--SynthesisSynapses
5. Development of Fluorescent Probes for Imaging Synaptic Activity at Individual Presynaptic Terminals Merchant, Paolomi 2014 Theses Fluorescent probesPresynaptic receptorsNeural transmissionChemistryNeurosciences