Shahrukh Khanzada

The paper shows that long-term experience reorganizes coordinated population dynamics across hippocampal circuits in mice, altering activity patterns across subfields.

This paper introduces EVOX, a platform for mapping synaptic plasticity and LTP in hippocampal networks, showing high-frequency stimulation induces network-wide LTP.

MEA-seqX integrates electrophysiological and transcriptional data to reveal coordinated spatiotemporal dynamics in hippocampal circuits and identify cell types based on bimodal profiles.

DENOISING improves signal-to-noise ratio and data reliability in multimodal neural recordings by adaptively separating signal and noise components across various brain networks.

This study shows that environmental enrichment increases functional connectivity and high-dimensional coding in hippocampal networks of mice through ex vivo recordings.

This paper introduces a biohybrid OB-CMOS platform to study spatiotemporal dynamics in olfactory bulb circuits using high-density electrode recordings.