Annabelle C. Singer
Institute of Cognitive and Brain Sciences, Georgia Institute of Technology
Papers
2
Total Citations
141
H-Index
2
About
Annabelle C. Singer is a pioneering neuroscientist whose work bridges engineering and systems neuroscience to unravel the inner workings of neural circuits. Her primary research focuses on developing cutting-edge tools for intracellular recording in living animals, enabling unprecedented access to the subthreshold dynamics that drive neuronal computation. Singer’s most impactful contributions include the invention of the “autopatcher,” a robotic system that automates the delicate process of intracellular recording in vivo. This breakthrough, detailed in her 2016 paper (71 citations), dramatically increases the throughput and reproducibility of single-neuron recordings. She further advanced the field by demonstrating multi-neuron intracellular recording using interacting autopatching robots (2018, 70 citations), allowing simultaneous observation of synaptic inputs and membrane potentials across a small network—a feat previously impossible with traditional extracellular methods. Her work has profound implications for understanding how circuit-level activities contribute to behavior and neurological disorders. With over 140 citations across these key papers, Singer’s innovations are shaping the future of neurotechnology, offering researchers a powerful new lens to explore the intracellular basis of brain function.
Research Focus
Key Achievements
Top Papers
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