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Articles by Zongyue Cheng
Large field-of-view volumetric deep brain imaging through gradient-index lenses - Nature Communications
Abstract The rapid advance of genetically encoded fluorescent functional indicators has transformed neuroscience research. Fluorescence-based optical neural recording offers excellent sensitivity and spatiotemporal resolutions. A major limitation of optical measurement is the superficial access depth due to the random light scattering in the mammalian brain. Currently, implanting miniature gradient-index (GRIN) lenses has become the preferred method for deep brain optical imaging.
Geometric transformation adaptive optics (GTAO) for volumetric deep brain imaging through gradient-index lenses - Nature Communications
Abstract The advance of genetic function indicators has enabled the observation of neuronal activities at single-cell resolutions. A major challenge for the applications on mammalian brains is the limited optical access depth. Currently, the method of choice to access deep brain structures is to insert miniature optical components. Among these validated miniature optics, the gradient-index (GRIN) lens has been widely employed for its compactness and simplicity.
Cystic fibrosis transmembrane conductance regulator (CFTR) downregulates the excitability of deep pyramidal neurons in the rodent cortex
Abstract The cystic fibrosis transmembrane conductance regulator (CFTR) is an ATP-binding chloride channel that is regulated by intracellular cAMP/PKA phosphorylation. CFTR is widely expressed in peripheral tissues and organs of mammals and plays a vital role in maintaining chloride balance and cellular homeostasis.
High-precision neural stimulation by a highly efficient candle soot fiber optoacoustic emitter
Introduction Highly precise neural modulation is of great importance in neuroscience, as firing of specific neuronal populations in the brain could alter the behavior of animals and serve as a novel tool for studying neural pathways in disease and health. Sophisticated control of neuronal circuits and brain functions requires stimulating multiple functional regions at high spatial resolution. For example, a previous study by Li et al.
Optical gearbox enabled versatile multiscale high-throughput multiphoton functional imaging - Nature Communications
Abstract To understand the function and mechanism of biological systems, it is crucial to observe the cellular dynamics at high spatiotemporal resolutions within live animals. The recent advances in genetically encoded function indicators have significantly improved the response rate to a near millisecond time scale. However, the widely employed in vivo imaging systems often lack the temporal solution to capture the fast biological dynamics.
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