Faculty

Institution

Unit

Venue

Martin Burke

May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Biochemistry

Department of Chemistry

School of Chemical Sciences

School of Molecular & Cellular Biology

Department of Biochemistry

School of Chemical Sciences

Department of Chemistry

Martin Burke is currently serving as a College Of Liberal Arts & Sciences May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry 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

Martin Burke

UIUC

May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry Professor

You can click a keyword to filter the displayed items

chemistry chemical synthesis biomolecular engineering organic synthesis organic chemistry organic process research biochemistry pharmacology chemical sciences synthetic chemistry small molecules medicinal chemistry biomolecules organic chemistry frontier structural chemistry natural product research drug discovery cross-coupling reaction chemical biology molecular structure molecular design amphotericin b enzyme inhibition cheminformatics antifungal agents pharmaceutical chemistry enantioselective synthesis borophene synthesis methods molecular physiology biological macromolecules natural product synthesis stereoselective synthesis biological chemistry coordination chemistry molecular informatics cellular physiology boronic acids combinatorial chemistry molecular computing small molecule library computational chemistry small molecule synthesis total synthesis mida boronates iterative cross-coupling transition metal chemistry diversity oriented synthesis asymmetric catalysis yeast heme homeostasis membrane transport molecular diversity molecular properties heme transport fungal cell biology rational drug design versatile building block automated synthesis proteinlipid interaction peptide synthesis molecular materials organic material chemistry organometallic catalysis viral diagnostics mechanisms of action heterocycle chemistry amphotericin b plays fungal physiology planning strategy ion channels boronate group generalized iterative synthesis extreme oxidative stress materials acceleration platform organic laser discovery future medicinal chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automated Iterative N‐C and C‐C Bond Formation. Angewandte Chemie International Edition (2025)

Theodore Tyrikos‐ErgasSevasti AgiakloglouAntonio J. LaPorteWesley WangChieh‐Kai ChanClare E. WellsChristopher K. RakowskiRachel I. HammondJia QiuJonathan D. RaymondTiago VieiraJohn LimantoMarc N. FeiglinDaniel J. BlairMartin D. Burke

organic process researchblock chemistryautomated assemblybiomolecular engineeringchemical synthesismedicinal chemistrysmall moleculescombinatorial chemistrybiomoleculesmolecular biologydrug discoverydiversity oriented synthesisiteration handles

Catalytic Allylation of Native Hexoses and Pentoses in Water With Indium. Nature (2025)

Tapas AdakTravis MenardMatthew AlbrittonFederico FloritMartin D. BurkeKlavs F. JensenScott E. Denmark

native hexosessustainable chemistrychemistrycatalytic allylationcarbohydrate chemistrychemical engineeringmolecular catalysisheterogeneous catalysiscatalytic processindustrial catalysiscatalytic synthesisorganic chemistry frontiercatalysis

Catalytic Allylation of Native Hexoses and Pentoses in Water With Indium. (2025)

Tapas AdakTravis MenardMatthew AlbrittonFederico FloritMartin BurkeKlavs JensenScott Denmark

native hexosessustainable chemistrybioenergysustainable chemical productionbiorefinery productcatalytic allylationbioresource technologybiological engineeringsustainable productionbiomass (energy)bayesian optimizationbiofuelschemical engineeringsustainable synthesis

Molecular Prosthetics and Cftr Modulators Additively Increase Secretory Hco₃⁻ Flux in Cystic Fibrosis Airway Epithelia. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Nohemy CelisDanforth P. MillerThomas E. TararaJeffry G. WeersIan M. ThornellMichael J. WelshMartin D. Burke

amphotericin bpulmonary pharmacologyfibrosiscell physiologycell biologycell signalingmolecular cell biologycystic fibrosiscftr modulatorsimmunologyrespiratory medicinephysiologydisease pathophysiologymolecular medicinecellular physiologymolecular physiology

Molecular Prosthetics for Cftr Designed for Anion Selectivity Outperform Amphotericin B in Cultured Cystic Fibrosis Airway Epithelia. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Jonnathan P. Marin-ToledoDaniel M. GreenanNohemy CelisLaura HaskeAgnieszka LewandowskaChristopher K. RakowskiShashank ShastryArun MajiKelsie J. GreenTaras V. PogorelovMichael J. WelshIan M. ThornellMartin D. Burke

membrane transportcell physiologycystic fibrosismembrane proteinsbiomedical engineeringmembrane biologybiochemistrycultured cystic fibrosisanion channelanion permeabilitycellular physiologymolecular physiology

New Antifungal Breaks the Mould. Nature (2025)

Arun MajiMartin D. Burke

microbiologyantimicrobial agentsmold controlfungusinfectious diseasesima fungusfungal ecologymedical mycologyantibioticsantifungal agentsantimicrobial resistanceclinical mycology

293 Anion-Selective Molecular Prosthetics for Cftr Outperform Amphotericin B in Cultured Cf Epithelia. Journal of Cystic Fibrosis (2024)

J. Marin-ToledoD. GreenanI. ThornellN. CelisL. HaskeA. LewandowskaA. MajiK. GreenM. WelshM. Burke

regeneration (biology)biomolecular engineeringbiological macromoleculescultured cf epitheliacell biologyprotein engineeringbiomoleculesextracellular matrixanion-selective molecular prostheticsmolecular biologycellular physiologymolecular physiology

Amphotericin B Derivatives With Improved Therapeutic Index. U.S. Patent No. 11970512 (2024)

Martin Burke

medicinepharmacological researchbioactive compoundsdrug developmentmedicinal chemistrypharmacologytherapeutic targetspharmaceutical researchamphotericin b derivativesdrug discoverymedicinal research

Closed-Loop Transfer Enables Artificial Intelligence to Yield Chemical Knowledge. Nature (2024)

Nicholas H. AngelloDavid M. FridayChanghyun HwangSeungjoo YiAustin H. ChengTiara C. Torres-FloresEdward R. JiraWesley WangAlán Aspuru-GuzikMartin D. BurkeCharles M. SchroederYing DiaoNicholas E. Jackson

computational intelligencechemistryintelligent computingintelligent systemsindustrial artificial intelligencemolecular computingartificial intelligenceapplied artificial intelligence

Delocalized, Asynchronous, Closed-Loop Discovery of Organic Laser Emitters. Science (2024)

Felix Strieth-KalthoffHan HaoVandana RathoreJoshua DeraspThéophile GaudinNicholas H. AngelloMartin SeifridEkaterina TrushinaMason GuyJunliang LiuXun TangMasashi MamadaWesley WangTuul TsagaantsoojCyrille LavigneRobert PolliceTony C. WuKazuhiro HottaLeticia BodoShangyu LiMohammad HaddadniaAgnieszka WołosRafał RoszakCher Tian SerCarlota Bozal-GinestaRiley J. HickmanJenya VestfridAndrés Aguilar-GrandaElena L. KlimarevaRalph C. SigersonWenduan HouDaniel GahlerSlawomir LachAdrian WarzybokOleg BorodinSimon RohrbachBenjamin Sanchez-LengelingChihaya AdachiBartosz A. GrzybowskiLeroy CroninJason E. HeinMartin D. BurkeAlán Aspuru-Guzik

organic process researchmolecular electronicsclosed-loop discoverychemistrymolecular sciencetechnologymolecular materialsmolecular gain materialsorganic laser emittersmolecular engineeringmolecular computingorganic material chemistrymolecular modellingorganic chemistry frontier

1
2
3
4
5
23
10 / page

Martin Burke

May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Biochemistry

Department of Chemistry

School of Chemical Sciences

School of Molecular & Cellular Biology

Department of Biochemistry

School of Chemical Sciences

Department of Chemistry

Martin Burke is currently serving as a College Of Liberal Arts & Sciences May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry 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

Martin Burke

UIUC

May and Ving Lee Professor for Chemical Innovation and Professor of Chemistry Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automated Iterative N‐C and C‐C Bond Formation. Angewandte Chemie International Edition (2025)

Catalytic Allylation of Native Hexoses and Pentoses in Water With Indium. Nature (2025)

Tapas AdakTravis MenardMatthew AlbrittonFederico FloritMartin D. BurkeKlavs F. JensenScott E. Denmark

Catalytic Allylation of Native Hexoses and Pentoses in Water With Indium. (2025)

Tapas AdakTravis MenardMatthew AlbrittonFederico FloritMartin BurkeKlavs JensenScott Denmark

Molecular Prosthetics and Cftr Modulators Additively Increase Secretory Hco₃⁻ Flux in Cystic Fibrosis Airway Epithelia. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Nohemy CelisDanforth P. MillerThomas E. TararaJeffry G. WeersIan M. ThornellMichael J. WelshMartin D. Burke

Molecular Prosthetics for Cftr Designed for Anion Selectivity Outperform Amphotericin B in Cultured Cystic Fibrosis Airway Epithelia. bioRxiv (Cold Spring Harbor Laboratory) (2025)

New Antifungal Breaks the Mould. Nature (2025)

Arun MajiMartin D. Burke

microbiologyantimicrobial agentsmold controlfungusinfectious diseasesima fungusfungal ecologymedical mycologyantibioticsantifungal agentsantimicrobial resistanceclinical mycology

293 Anion-Selective Molecular Prosthetics for Cftr Outperform Amphotericin B in Cultured Cf Epithelia. Journal of Cystic Fibrosis (2024)

J. Marin-ToledoD. GreenanI. ThornellN. CelisL. HaskeA. LewandowskaA. MajiK. GreenM. WelshM. Burke

Amphotericin B Derivatives With Improved Therapeutic Index. U.S. Patent No. 11970512 (2024)

Martin Burke

medicinepharmacological researchbioactive compoundsdrug developmentmedicinal chemistrypharmacologytherapeutic targetspharmaceutical researchamphotericin b derivativesdrug discoverymedicinal research

Closed-Loop Transfer Enables Artificial Intelligence to Yield Chemical Knowledge. Nature (2024)

computational intelligencechemistryintelligent computingintelligent systemsindustrial artificial intelligencemolecular computingartificial intelligenceapplied artificial intelligence

Delocalized, Asynchronous, Closed-Loop Discovery of Organic Laser Emitters. Science (2024)

1
2
3
4
5
23
10 / page