Faculty

Institution

Unit

Venue

Ting Lu

Professor

UIUC

Affiliations

The Grainger College of Engineering

Bioengineering

Department of Bioengineering

Ting Lu is currently serving as a Bioengineering Professor at Uiuc.

Honors

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Experiences

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Education

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Ting Lu

UIUC

Professor

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microbiology applied microbiology systems biology microbial cell factory theoretical biology synthetic biology biotechnology biological engineering environmental microbiology molecular biology bacteria microbial ecology microorganisms metabolic engineering synthetic circuits genetic engineering microbial consortium mathematical bioscience pathway engineering synthetic ecology process biochemistry microbial genetics microbial physiology microbial diversity biotechnology advance molecular metabolism biomolecules molecular cell biology gene regulatory networks bacteriology metabolic models antimicrobial agents biological computation biological models genome biology bio-inspired computation nucleic acids crispr biological computing molecular microbiology cell biophysics theoretical ecology metabolic networks abe fermentation escherichia coli biological chemistry gene editing regulatory network modelling biological networks evolutionary microbiology chemical biotechnology environmental biotechnology population dynamics biological systems lactic acid bacteria microbial consortia cell research t-regulatory cell experimental biophysics complex biological systems biotransformation biophysical modeling food fermentation ecological networks mathematical models bacterial genome editing synthetic gene circuits nisin biosynthesis pathway synthetic biology toolkit clostridium beijerinckii synthetic biology moving synthetic biology therapies regulatory t cells transcriptional signature nonequilibrium physics flux theory quantitative biology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coarse-Grained Modeling Elucidates Differential Metabolism of Saccharomyces Cerevisiae Under Varied Nutrient Limitations. ACS Synthetic Biology (2025)

Yifei LiYi-Hui LaiTing Lu

metabolic engineeringmetabolismprocess biochemistrybiochemical engineeringmolecular metabolismnitrogen limitationsmetabolic pathwaysbiochemistrycell metabolismbiologybioenergeticsyeastmetabolic modelsatp homeostasismetabolic pathway analysisyeast metabolismsystems biologymetabolic networks

A Bacterial Methyltransferase That Initiates Biotin Synthesis, an Attractive Anti-Eskape Druggable Pathway. Science Advances (2024)

Zhi SuWeizhen ZhangYu ShiTao CuiYongchang XuRunshi YangMan HuangChun ZhouHuimin ZhangTing LuJiuxin QuZheng-Guo HeJianhua GanYoujun Feng

antimicrobial agentsbiomoleculesmolecular microbiologyinitiate biotin synthesismicrobiologybiotechnologyprotein engineeringmolecular biologybiological chemistrycofactor biotinbacteriologystructural molecular biologybiotin synthesisbiosynthesis

ADDENDUM: Designing Microbial Consortia With Defined Social Interactions. Nature Chemical Biology (2024)

Wentao KongJames J. CollinsTing Lu

metabolic modelsmicrobial cell factorynutrient cyclesmicrobiomesocial interaction engineeringmetabolic engineeringmicrobial consortiummicrobial physiologybiologymicrobial ecologybiological engineeringtheoretical biologybiosystemsmicroorganismsdesigning microbial consortiamicrobiologyapplied microbiologyenvironmental microbiologysynthetic ecologysocial interactions

An Inhibitory Mechanism of Aass, an Exogenous Fatty Acid Scavenger: Implications for Re-Sensitization of Fas II Antimicrobials. PLoS Pathogens (2024)

Haomin HuangShenghai ChangTao CuiMan HuangJiuxin QuHuimin ZhangTing LuXing ZhangChun ZhouYoujun Feng

aass enzymeantimicrobial agentspharmaceutical chemistryantimicrobial chemotherapyantimicrobial resistancebiochemistryantimicrobial compoundspharmacologybiological chemistryantibacterial agentsantibioticsaass activityenzyme inhibitiontype ii

Compositional and Temporal Division of Labor Modulates Mixed Sugar Fermentation by an Engineered Yeast Consortium. Nature Communications (2024)

Jonghyeok ShinSiqi LiaoNurzhan KuanyshevYongping XinChanwoo KimTing LuYong-Su Jin

biological engineeringmetabolic engineeringprocess biochemistryfood fermentationpathway engineeringbiochemical engineeringtemporal divisionethanol productionsynthetic biologymathematical modelsmicrobiologybiotechnologymicrobial cell factorybioproductsapplied microbiologysynthetic ecology

Emergence of Orchestrated and Dynamic Metabolism of Saccharomyces Cerevisiae. ACS Synthetic Biology (2024)

Viviana NguyenYifei LiTing Lu

metabolic engineeringdynamic mathematical frameworkmetabolismmolecular metabolismmetabolic pathwayscell metabolismmetabolic modelsbiologyyeastmolecular biologymetabolic pathway analysissignal transductionsystems biologymetabolic networksdynamic metabolism

Genetically Encoded Fluorogenic Dna Aptamers for Imaging Metabolite in Living Cells. Journal of the American Chemical Society (2024)

Yuting WuWentao KongJacqueline Van StappenLinggen KongZhimei HuangZhenglin YangYu-An KuoYuan-I ChenYujie HeHsin-Chih YehTing LuYi Lu

single-molecule detectionfluorogenic dna aptamerbiological imagingatp aptamernucleic acidsmolecular imagingfluorescence spectroscopybiomolecular toolsmolecular diagnosticsbiosensorsmolecular biologygefda sensorfluorescencebiomolecular engineering

Heterogeneity and Clinical Genomics of Blakpc-2-Producing, Carbapenem-Resistant Pseudomonas Aeruginosa. hLife (2024)

Man HuangLizhang LiuXiaoxia LiYu ShiHuimin ZhangTing LuYoujun Feng

clinical genomicsclinical microbiologyantimicrobial agentsinfectious diseasespathogenic bacteriaantimicrobial resistancemicrobiologydrug resistancemicrobial geneticsantimicrobial resistance genes

How Does Escherichia Coli Allocate Proteome?. ACS Synthetic Biology (2024)

Chen LiaoPriyanka PriyankaYi-Hui LaiChristopher V. RaoTing Lu

negative feedbackprotein scienceprecise resource allocationprotein designprotein biosynthesisprotein engineeringmolecular biologyprotein synthesisescherichia colisystems biologyproteome research

In Silico Design of a Microbial Consortium for Carbon-Neutral Butanol Production. Biophysical Journal (2024)

Siqi LiaoTing Lu

biological engineeringsilico designmicrobial consortiumbiofuelsprocess biochemistrycarbon-neutral butanol productionenvironmental microbiologymicroorganismsmicrobiologycleaner productionmicrobial cell factoryenvironmental biotechnologybioresource technologybioproductsapplied microbiologymicrobial ecologysynthetic ecology

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Ting Lu

Professor

UIUC

Affiliations

The Grainger College of Engineering

Bioengineering

Department of Bioengineering

Ting Lu is currently serving as a Bioengineering Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ting Lu

UIUC

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coarse-Grained Modeling Elucidates Differential Metabolism of Saccharomyces Cerevisiae Under Varied Nutrient Limitations. ACS Synthetic Biology (2025)

Yifei LiYi-Hui LaiTing Lu

A Bacterial Methyltransferase That Initiates Biotin Synthesis, an Attractive Anti-Eskape Druggable Pathway. Science Advances (2024)

Zhi SuWeizhen ZhangYu ShiTao CuiYongchang XuRunshi YangMan HuangChun ZhouHuimin ZhangTing LuJiuxin QuZheng-Guo HeJianhua GanYoujun Feng

ADDENDUM: Designing Microbial Consortia With Defined Social Interactions. Nature Chemical Biology (2024)

Wentao KongJames J. CollinsTing Lu

An Inhibitory Mechanism of Aass, an Exogenous Fatty Acid Scavenger: Implications for Re-Sensitization of Fas II Antimicrobials. PLoS Pathogens (2024)

Haomin HuangShenghai ChangTao CuiMan HuangJiuxin QuHuimin ZhangTing LuXing ZhangChun ZhouYoujun Feng

Compositional and Temporal Division of Labor Modulates Mixed Sugar Fermentation by an Engineered Yeast Consortium. Nature Communications (2024)

Jonghyeok ShinSiqi LiaoNurzhan KuanyshevYongping XinChanwoo KimTing LuYong-Su Jin

Emergence of Orchestrated and Dynamic Metabolism of Saccharomyces Cerevisiae. ACS Synthetic Biology (2024)

Viviana NguyenYifei LiTing Lu

Genetically Encoded Fluorogenic Dna Aptamers for Imaging Metabolite in Living Cells. Journal of the American Chemical Society (2024)

Yuting WuWentao KongJacqueline Van StappenLinggen KongZhimei HuangZhenglin YangYu-An KuoYuan-I ChenYujie HeHsin-Chih YehTing LuYi Lu

Heterogeneity and Clinical Genomics of Blakpc-2-Producing, Carbapenem-Resistant Pseudomonas Aeruginosa. hLife (2024)

Man HuangLizhang LiuXiaoxia LiYu ShiHuimin ZhangTing LuYoujun Feng

clinical genomicsclinical microbiologyantimicrobial agentsinfectious diseasespathogenic bacteriaantimicrobial resistancemicrobiologydrug resistancemicrobial geneticsantimicrobial resistance genes

How Does Escherichia Coli Allocate Proteome?. ACS Synthetic Biology (2024)

Chen LiaoPriyanka PriyankaYi-Hui LaiChristopher V. RaoTing Lu

negative feedbackprotein scienceprecise resource allocationprotein designprotein biosynthesisprotein engineeringmolecular biologyprotein synthesisescherichia colisystems biologyproteome research

In Silico Design of a Microbial Consortium for Carbon-Neutral Butanol Production. Biophysical Journal (2024)

Siqi LiaoTing Lu

1
2
3
4
5
8
10 / page