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Jessica Ettedgui

Researcher at National Institute of Standards and Technology

Publications -  16
Citations -  639

Jessica Ettedgui is an academic researcher from National Institute of Standards and Technology. The author has contributed to research in topics: Hyperpolarization (physics) & Nanopore. The author has an hindex of 8, co-authored 13 publications receiving 527 citations. Previous affiliations of Jessica Ettedgui include Columbia University & Weizmann Institute of Science.

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Photoreduction of Carbon Dioxide to Carbon Monoxide with Hydrogen Catalyzed by a Rhenium(I) Phenanthroline−Polyoxometalate Hybrid Complex

TL;DR: A phenanthroline ligand decorated at the 5,6-position with a 15-crown-5 ether was used to prepare a metalorganic-polyoxometalate hybrid complex Re(I)(L)(CO)(3)CH(3)CN-MHPW(12)O(40) which can catalyze the photoreduction of CO to CO with H(2) as the reducing agent instead of the universally used amines as sacrificial reducing agents.
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Phenanthroline decorated by a crown ether as a module for metallorganic-polyoxometalate hybrid catalysts: the Wacker type oxidation of alkenes with nitrous oxide as terminal oxidant.

TL;DR: Pd(II)(15-crown-5-phen)Cl(2)-H(5)PV(2)Mo(10)O(40) was used as a catalyst for the Wacker type oxidation of 1-alkenes to yield the corresponding methylketones in essentially quantitative yields using nitrous oxide as the terminal oxidant.
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Quantifying short-lived events in multistate ionic current measurements.

TL;DR: In this paper, the authors used hidden Markov models and direct fitting of channel events to the response of the measurement electronics to correct for missed events and markedly improve estimation of the open and closed channel intervals.
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MOSAIC: A Modular Single-Molecule Analysis Interface for Decoding Multistate Nanopore Data.

TL;DR: The Modular Single Molecule Analysis Interface (MOSAIC) as discussed by the authors is an open-source analysis software that improves the accuracy and throughput of nanopore-based measurements.
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Analytical applications for pore-forming proteins.

TL;DR: The recent development of bacterial pore-forming toxins for a wide range of biological sensing applications is described.