Faculty

Institution

Unit

Venue

James Liao

Distinguished Professor Emeritus

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Chemical and Biomolecular Engineering

James Liao is currently serving as a Chemical And Biomolecular Engineering Distinguished Professor Emeritus at University of California, Los Angeles.

Honors

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Experiences

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Education

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James Liao

University of California, Los Angeles

Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

biological engineering biotechnology biomolecular engineering molecular biology metabolic engineering microbiology applied microbiology escherichia coli membrane biology synthetic biology gene expression genomics microbial physiology enzymes redox biology bioinformatics protein science environmental microbiology molecular microbiology molecular biotechnology liver physiology genome biology energy biotechnology cyanobacteria bioresource technology vascular biology biocatalysis pathway engineering applied physiology clinical microbiology biological chemistry environmental biotechnology molecular physiology cellular physiology cardiovascular physiology circulatory physiology bacteriology chemical biotechnology ensemble modeling microarray data analysis metabolic control transcription regulation network component analysis enzyme inhibition medicinal research human physiology enzyme catalysis molecular regulation carbon dioxide directed evolution sequence analysis biomass conversion evolutionary microbiology cardiovascular function energy metabolism gene expression profiling protein expression isobutanol production nitric oxide protein biosynthesis medical microbiology medical genetics pathway analysis energy environment transcriptomics technology rna biology isopropanol production nitric oxide consumption transient metabolite concentrations metabolic systems lycopene production nitric oxide production erythrocyte consumption synthetic pathway phosphoenolpyruvate carboxylase microbial production

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dual-Cycle Co 2 Fixation Enhances Growth and Lipid Synthesis in Arabidopsis Thaliana. Science (2025)

Design and Evolution for New Metabolism With Speed and Scale. WORLD SCIENTIFIC eBooks (2024)

James C. Liao

energy metabolismmetabolic remodelingmolecular metabolismmetabolismbiochemistry

Evolutionary Engineering of Methylotrophic E. Coli Enables Fast Growth on Methanol. Nature Communications (2024)

Liang-Yu NiehFrederic Y.-H. ChenHsin-Wei JungKuan-Yu SuChao-Yin TsueiChun-Ting LinYue-Qi LeeJames C. Liao

biomanufacturingmethanolmicrobial physiologybiochemical engineeringsystems biologybiotechnologysynthetic biologyevolutionary engineeringmicrobiologyevolutionary biologybiosynthesis

Evolution Engineering of Methylotrophic E. Coli Enables Faster Growth Than Native Methylotrophs. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Liang-Yu NiehFrederic Y.-H. ChenHsin-Wei JungKuan-Yu SuChao-Yin TsueiChun-Ting LinYue-Qi LeeJames C. Liao

evolution engineeringbiotechnologyevolutionary biologynative methylotrophs

An Atp-Sensitive Phosphoketolase Regulates Carbon Fixation in Cyanobacteria. Nature Metabolism (2023)

Kuan-Jen LuChiung-Wen ChangChun-Hsiung WangFrederic Y-H ChenIrene Y. HuangPin-Hsuan HuangCheng-Han YangHsiang-Yi WuWen-Jin WuKai-Cheng HsuMeng-Chiao HoMing-Daw TsaiJames C. Liao

physiologypharmacologycyanobacteriamolecular regulationcarbon fixationenzymesatp-sensitive phosphoketolasemembrane biologybiochemistry

Author Correction: An Atp-Sensitive Phosphoketolase Regulates Carbon Fixation in Cyanobacteria. Nature Metabolism (2023)

Kuan-Jen LuChiung-Wen ChangChun-Hsiung WangFrederic Y-H ChenIrene Y. HuangPin-Hsuan HuangCheng-Han YangHsiang-Yi WuWen-Jin WuKai-Cheng HsuMeng-Chiao HoMing-Daw TsaiJames C. Liao

author correctionpharmacologyredox biologycyanobacteriamolecular regulationcarbon fixationmolecular biologyatp-sensitive phosphoketolasemembrane biologybiochemistry

Biofuel and Chemical Production by Recombinant Microorganisms via Fermentation of Proteinaceous Biomass. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Liao, James C.Cho, Kwang MyungYan, YajunHuo, Yixin

chemical productionrecombinant microorganismsproteinaceous biomassbiofuelsmicrobiology

Sars-Cov-2 N Protein Mediates Intercellular Nucleic Acid Dispersion, a Feature Reduced in Omicron. iScience (2023)

Jung-Lin WuI.-I. KuanJing-You GuoWei-Chia HsuWei-Chun TangHsin-Ju ChanYu-Ju ChenBi-Chang ChenHan-Chung WuJames C. Liao

virus researchsars-cov-2virus-host interactionsgeneral virologyvirologymolecular biologymicrobiology

A Cell-Free Self-Replenishing Co2-Fixing System. Nature Catalysis (2022)

Shanshan LuoPaul P. LinLiang-Yu NiehGuan-Bo LiaoPo-Wen TangChi ChenJames C. Liao

catalysissystems biologybiocatalysismolecular biologyplant sciencebiological engineeringcarbon cycle

Climate Change Challenges, Plant Science Solutions. The Plant Cell (2022)

Nancy A EckardtElizabeth A AinsworthRajeev N BahugunaMartin R BroadleyWolfgang BuschNicholas C CarpitaGabriel CastrilloJoanne ChoryLee R DeHaanCarlos M DuarteAmelia HenryS V Krishna JagadishJane A LangdaleAndrew D B LeakeyJames C LiaoKuan-Jen LuMaureen C McCannJohn K McKayDamaris A OdenyEder Jorge de OliveiraJ Damien PlattenIsmail RabbiEllen Youngsoo RimPamela C RonaldDavid E SaltAlexandra M ShigenagaErtao WangMarnin WolfeXiaowei Zhang

sustainable agriculturedroughtplant-abiotic interactionplant stressglobal changeclimate change challengesagronomyenvironmental scienceclimate changeclimate smart practiceclimate-smart agriculturecrop ecologysustainability scienceplant sciencebotanysalt stressagricultural economics

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James Liao

Distinguished Professor Emeritus

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Chemical and Biomolecular Engineering

James Liao is currently serving as a Chemical And Biomolecular Engineering Distinguished Professor Emeritus at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Liao

University of California, Los Angeles

Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dual-Cycle Co 2 Fixation Enhances Growth and Lipid Synthesis in Arabidopsis Thaliana. Science (2025)

Design and Evolution for New Metabolism With Speed and Scale. WORLD SCIENTIFIC eBooks (2024)

James C. Liao

energy metabolismmetabolic remodelingmolecular metabolismmetabolismbiochemistry

Evolutionary Engineering of Methylotrophic E. Coli Enables Fast Growth on Methanol. Nature Communications (2024)

Liang-Yu NiehFrederic Y.-H. ChenHsin-Wei JungKuan-Yu SuChao-Yin TsueiChun-Ting LinYue-Qi LeeJames C. Liao

biomanufacturingmethanolmicrobial physiologybiochemical engineeringsystems biologybiotechnologysynthetic biologyevolutionary engineeringmicrobiologyevolutionary biologybiosynthesis

Evolution Engineering of Methylotrophic E. Coli Enables Faster Growth Than Native Methylotrophs. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Liang-Yu NiehFrederic Y.-H. ChenHsin-Wei JungKuan-Yu SuChao-Yin TsueiChun-Ting LinYue-Qi LeeJames C. Liao

evolution engineeringbiotechnologyevolutionary biologynative methylotrophs

An Atp-Sensitive Phosphoketolase Regulates Carbon Fixation in Cyanobacteria. Nature Metabolism (2023)

Kuan-Jen LuChiung-Wen ChangChun-Hsiung WangFrederic Y-H ChenIrene Y. HuangPin-Hsuan HuangCheng-Han YangHsiang-Yi WuWen-Jin WuKai-Cheng HsuMeng-Chiao HoMing-Daw TsaiJames C. Liao

physiologypharmacologycyanobacteriamolecular regulationcarbon fixationenzymesatp-sensitive phosphoketolasemembrane biologybiochemistry

Author Correction: An Atp-Sensitive Phosphoketolase Regulates Carbon Fixation in Cyanobacteria. Nature Metabolism (2023)

Kuan-Jen LuChiung-Wen ChangChun-Hsiung WangFrederic Y-H ChenIrene Y. HuangPin-Hsuan HuangCheng-Han YangHsiang-Yi WuWen-Jin WuKai-Cheng HsuMeng-Chiao HoMing-Daw TsaiJames C. Liao

author correctionpharmacologyredox biologycyanobacteriamolecular regulationcarbon fixationmolecular biologyatp-sensitive phosphoketolasemembrane biologybiochemistry

Biofuel and Chemical Production by Recombinant Microorganisms via Fermentation of Proteinaceous Biomass. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Liao, James C.Cho, Kwang MyungYan, YajunHuo, Yixin

chemical productionrecombinant microorganismsproteinaceous biomassbiofuelsmicrobiology

Sars-Cov-2 N Protein Mediates Intercellular Nucleic Acid Dispersion, a Feature Reduced in Omicron. iScience (2023)

Jung-Lin WuI.-I. KuanJing-You GuoWei-Chia HsuWei-Chun TangHsin-Ju ChanYu-Ju ChenBi-Chang ChenHan-Chung WuJames C. Liao

virus researchsars-cov-2virus-host interactionsgeneral virologyvirologymolecular biologymicrobiology

A Cell-Free Self-Replenishing Co2-Fixing System. Nature Catalysis (2022)

Shanshan LuoPaul P. LinLiang-Yu NiehGuan-Bo LiaoPo-Wen TangChi ChenJames C. Liao

catalysissystems biologybiocatalysismolecular biologyplant sciencebiological engineeringcarbon cycle

Climate Change Challenges, Plant Science Solutions. The Plant Cell (2022)

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biotechnology

biological engineering

Adam Arkin

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University of California, Berkeley

microbiology

molecular biology

Eleftherios T. Papoutsakis

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University of Delaware

synthetic biology

synthetic circuit

Costas Maranas

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metabolic model

synthetic biology

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biotechnology

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biomolecular engineering

Anthony J. Sinskey

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biotechnology advance

Stephen J. Benkovic

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biosynthesis

cellular enzymology

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clinical proteomics