Faculty

Institution

Unit

Venue

Loi Do

Professor

University of Houston

Affiliations

College of Natural Sciences and Mathematics

Chemistry

Honors College

Chemistry

Loi Do is currently serving as a Chemistry Professor at University of Houston.

Honors

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Experiences

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Education

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Loi Do

University of Houston

Professor

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inorganic chemistry chemistry materials science transition metal chemistry catalysis chemical engineering coordination chemistry organometallic chemistry organometallic catalysis catalyst preparation biochemistry polymer science biological inorganic chemistry polymer chemistry membrane biology catalytic process fluorescence electrochemistry chemical sciences protein science material chemistry dalton transaction cell death catalyst activation in-situ conversion polymer technology catalytic synthesis biocatalysis nitric oxide ethylene polymerization structural chemistry redox biology nanoparticle research polyhedron luminescence membrane science vascular biology medicinal research energy chemistry structure determination industrial catalysis biomolecular interactions enzyme catalysis protein modeling surface reactivity protein chemistry conformational studies coordination complex inorganic photochemistry surface modification surface functionalization inorganic materials polymer engineering thermal catalysis catalytic applications therapeutic efficacy treatment effects angiogenesis redox chemistry molecular catalysis enzyme immobilization phytochemistry iron dinitrosyl species biological rieske center dinitrosyl iron complexes active species spectral studies nitrosyliron complexes b-diketiminate ligand related diiron proteins soluble methane monooxygenase model complexes protonation site non-heme iron-nitrosyl dimer diiron core transformations polyolefin synthesis polymerization catalysis biomolecular engineering polymerization kinetics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Ratiometric Substrate for Rapid Evaluation of Transfer Hydrogenation Efficiency in Solution. Dalton transactions (2024)

Yen-An YoungHuong T. H. NguyenHieu D. NguyenTuhin GangulyYennie H. NguyenLoi H. Do

transfer hydrogenation efficiencydalton transactionmolecular biologychemistryrapid evaluationratiometric substratebiological engineeringperformance evaluation

Data-Driven Feedback Control of Lattice Structures With Localized Actuation and Sensing. arXiv (Cornell University) (2024)

Fischer, DominikDo, LoiSmith, MianaZemánek, Jiří

lattice structurescomputer sciencedata-driven feedback controllocalized actuation

Optimizing the Cation Binding Pocket in Nickel Phenoxyimine Catalysts Improves Ethylene Polymerization Efficiency. Organometallics (2024)

Lorenzo C. Ruiz De CastillaTuhin GangulyBabak TahmouresilerdCroix J. LaconsayJudy I. WuLoi H. Do

chemical engineeringnickel phenoxyimine catalystsorganometallic catalysisorganometallic chemistryethylene polymerization efficiency

Ortho-Aromatic Polyamides by Ring-Opening Polymerization of N-Carboxyanhydrides. (2024)

Shijie DengHyuk-Joon JungYi ShenHootan RoshandelVarit ChantranuwathanaHieu NguyenThi TranKimberly VasquezJoseph ChangTakeo IwaseParisa MehrkhodavandiJeffery ByersLoi DoPaula Diaconescu

ring-opening polymerizationortho-aromatic polyamides

Using Classifiers to Predict Catalyst Design for Polyketone Microstructure. (2024)

Yin-Pok WongShiyun LinHyuk-Joon JungMatthew ShammamiHootan RoshandelHenry DodgeScott ChappLorenzo Ruiz De CastillaDunwei WangLoi DoChong LiuAlexander MillerPaula Diaconescu

chemical engineeringcatalyst designcatalysispolyketone microstructure

Lewis Acid-Driven Self-Assembly of Diiridium Macrocyclic Catalysts Imparts Substrate Selectivity and Glutathione Tolerance. Chemical science (2023)

Hieu D. NguyenRahul D. JanaDylan T. CampbellThi V. TranLoi H. Do

catalyst preparationlewis acid-driven self-assemblychemical engineeringcatalysisself-assemblymolecular catalysissubstrate selectivityglutathione tolerancebiomolecular engineeringchemical scienceschemistryinorganic chemistrydiiridium macrocyclic catalystscatalytic process

Organoiridium Complexes Enhance Cellular Defense Against Reactive Aldehydes Species. Chemistry (2023)

Rahul D. JanaAnh H. NgoSohini BoseLoi H. Do

reactive aldehydes speciescellular defensecoordination chemistryorganoiridium complexesinorganic chemistrycell biology

Polyketones From Carbon Dioxide and Ethylene by Integrating Electrochemical and Organometallic Catalysis. ACS Catalysis (2023)

Henry M. DodgeBenjamin S. NatinskyBrandon J. JollyHaochuan ZhangYu MuScott M. ChappThi V. TranPaula L. DiaconescuLoi H. DoDunwei WangChong LiuAlexander J. M. Miller

materials sciencecatalysiscarbon dioxideorganometallic catalysiselectrochemistry

Spatiotemporal Control for Integrated Catalysis. Nature Reviews Methods Primers (2023)

Shijie DengBrandon J. JollyJames R. WilkesYu MuJeffery A. ByersLoi H. DoAlexander J. M. MillerDunwei WangChong LiuPaula L. Diaconescu

catalysismaterials sciencespatiotemporal controlintegrated catalysis

Variations in Intracellular Organometallic Reaction Frequency Captured by Single‐Molecule Fluorescence Microscopy. Angewandte Chemie International Edition (2023)

Dat NguyenGuangjie YanTai‐Yen ChenLoi H. Do

biophysicsmolecular biologymicroscopyorganometallic chemistrysingle-molecule fluorescence microscopymembrane biologycell biology

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Loi Do

Professor

University of Houston

Affiliations

College of Natural Sciences and Mathematics

Chemistry

Honors College

Chemistry

Loi Do is currently serving as a Chemistry Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Loi Do

University of Houston

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Ratiometric Substrate for Rapid Evaluation of Transfer Hydrogenation Efficiency in Solution. Dalton transactions (2024)

Yen-An YoungHuong T. H. NguyenHieu D. NguyenTuhin GangulyYennie H. NguyenLoi H. Do

transfer hydrogenation efficiencydalton transactionmolecular biologychemistryrapid evaluationratiometric substratebiological engineeringperformance evaluation

Data-Driven Feedback Control of Lattice Structures With Localized Actuation and Sensing. arXiv (Cornell University) (2024)

Fischer, DominikDo, LoiSmith, MianaZemánek, Jiří

lattice structurescomputer sciencedata-driven feedback controllocalized actuation

Optimizing the Cation Binding Pocket in Nickel Phenoxyimine Catalysts Improves Ethylene Polymerization Efficiency. Organometallics (2024)

Lorenzo C. Ruiz De CastillaTuhin GangulyBabak TahmouresilerdCroix J. LaconsayJudy I. WuLoi H. Do

chemical engineeringnickel phenoxyimine catalystsorganometallic catalysisorganometallic chemistryethylene polymerization efficiency

Ortho-Aromatic Polyamides by Ring-Opening Polymerization of N-Carboxyanhydrides. (2024)

Shijie DengHyuk-Joon JungYi ShenHootan RoshandelVarit ChantranuwathanaHieu NguyenThi TranKimberly VasquezJoseph ChangTakeo IwaseParisa MehrkhodavandiJeffery ByersLoi DoPaula Diaconescu

ring-opening polymerizationortho-aromatic polyamides

Using Classifiers to Predict Catalyst Design for Polyketone Microstructure. (2024)

Yin-Pok WongShiyun LinHyuk-Joon JungMatthew ShammamiHootan RoshandelHenry DodgeScott ChappLorenzo Ruiz De CastillaDunwei WangLoi DoChong LiuAlexander MillerPaula Diaconescu

chemical engineeringcatalyst designcatalysispolyketone microstructure

Lewis Acid-Driven Self-Assembly of Diiridium Macrocyclic Catalysts Imparts Substrate Selectivity and Glutathione Tolerance. Chemical science (2023)

Hieu D. NguyenRahul D. JanaDylan T. CampbellThi V. TranLoi H. Do

Organoiridium Complexes Enhance Cellular Defense Against Reactive Aldehydes Species. Chemistry (2023)

Rahul D. JanaAnh H. NgoSohini BoseLoi H. Do

reactive aldehydes speciescellular defensecoordination chemistryorganoiridium complexesinorganic chemistrycell biology

Polyketones From Carbon Dioxide and Ethylene by Integrating Electrochemical and Organometallic Catalysis. ACS Catalysis (2023)

Henry M. DodgeBenjamin S. NatinskyBrandon J. JollyHaochuan ZhangYu MuScott M. ChappThi V. TranPaula L. DiaconescuLoi H. DoDunwei WangChong LiuAlexander J. M. Miller

materials sciencecatalysiscarbon dioxideorganometallic catalysiselectrochemistry

Spatiotemporal Control for Integrated Catalysis. Nature Reviews Methods Primers (2023)

Shijie DengBrandon J. JollyJames R. WilkesYu MuJeffery A. ByersLoi H. DoAlexander J. M. MillerDunwei WangChong LiuPaula L. Diaconescu

catalysismaterials sciencespatiotemporal controlintegrated catalysis

Variations in Intracellular Organometallic Reaction Frequency Captured by Single‐Molecule Fluorescence Microscopy. Angewandte Chemie International Edition (2023)

Dat NguyenGuangjie YanTai‐Yen ChenLoi H. Do

biophysicsmolecular biologymicroscopyorganometallic chemistrysingle-molecule fluorescence microscopymembrane biologycell biology

1
2
3
4
5
10 / page

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Megan E. Fieser

Institution

University of Southern California

material chemistry

molecular catalysts

Titel Jurca

Institution

University of Central Florida

inorganic compound

transition metal chemistry

Maurice Brookhart

Institution

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transition metal chemistry

organometallic chemistry

Bruce Novak

Institution

University of Texas at Dallas

organic chemistry

quantum biology

Damien S Guironnet

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chemical synthesis

Allen Oliver

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polymer science

Susannah Scott

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transition metal chemistry

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chemistry

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Philippe Sautet

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theoretical chemistry

interface (matter)