Engineering Conferences International
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Production of biobased ethylbenzene via cascade biocatalysis with an engineered photodecarboxylase
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Physical and chemical properties and beta carotene encapsulation of water soluble molecular rearrangement glucans synthesized by amylosucrase
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Predictive modelling and machine learning-assisted engineering of AvPAL for improved thermal stability
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An in-silico & in-vitro tournament for protein engineering
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Unlocking the potential of enzyme engineering with Intelligent Architecture platform
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Controlling enantioselectivity of limonene synthases by exploring natural diversity combined to molecular engineering
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Engineering a hyperactive TcBuster transposase for efficient gene delivery for cell therapy applications
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ENGINEERING GENE EDITORS FOR IN VIVO THERAPEUTICS
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Invited - TFT-based active sensors and sensor interfaces
TFT-based sensors and senor interfaces have become a viable technical presence in large area electronics. They interact with environment and/or humans for data acquisition and signal pre-processing prior to CMOS-based peripheral electronics. “Active” sensors differ from “passive” sensors in that their signal-to-noise ratio can be improved by integrating TFT-based pre-amplifiers. This talk starts with an introduction on technical requirements and challenges faced in some exemplary applications including large area imagers, tactile sensors and wearable sensors, and followed by an overview on TFT-based circuit designs to enable efficient sensor interfaces along with a discussion on TFT-centric circuit design methodology