Faculty

Institution

Unit

Venue

Haoping Liu

Professor Biological Chemistry

University of California, Irvine

Affiliations

School of Medicine

Biological Chemistry

School of Pharmacy and Pharmaceutical Sciences

Department of Pharmaceutical Sciences

Haoping Liu is currently serving as a Biological Chemistry Professor Biological Chemistry at University of California, Irvine.

Honors

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Experiences

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Education

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Haoping Liu

University of California, Irvine

Professor Biological Chemistry

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candida albicans molecular biology genetics cell biology gene expression signal transduction developmental biology molecular and cellular biology gene regulation molecular regulation yeast cell signaling transcription regulation hyphal development epigenetics molecular cell biology cell regulation microbial pathogenesis clinical microbiology botany gene function membrane biology insect molecular biology avian biology fungal genetics medical mycology algal biology signaling pathways molecular microbiology medical microbiology filamentous growth protein science infection control environmental microbiology vascular biology molecular physiology cellular physiology epigenetic changes microbial genetics viral persistence microbial physiology bacteriology fungal biology white-opaque switching hyphal elongation nature peptides biological invasions mammalian biology mutagenesis animal genetics clinical mycology cell cycle host-guest chemistry osmotic stress host-microbe interactions cellular biology pathogen transmission virulence factors chromatin remodeling heme signaling antifungal agents diagnostic microbiology cell lineage pheromone biochemistry hyphal formation bistable expression master regulator single tropomyosin gene actin cables dna array studies convergent regulation filamentation genes sphingolipid composition phenotypic switching pseudohyphal growth

Notable Scholarly Works

Notable Federal Grants

Collaborators

Regulation of Hyphal Development by Protein Kinase a, Stress-Responsive Map Kinases, and Calcineurin via Transcription Factors Sfl1 and Sfl2 in Candida Albicans. mSphere (2026)

fungal cell biologymolecular regulationbiological chemistrymicrobial cell factorycell biologyyeasthyphal developmenttranscription factorsfungal geneticsmolecular cell biologytranscription factors sfl1fungal developmental biologymetabolic engineeringbiosynthesistranscription (biology)molecular and cellular biologyprotein kinase acellular regulatory mechanismmedical mycologygene expressionsystems biologymolecular biologysignal transduction

Fungal Als Proteins Hijack Host Death Effector Domains to Promote Inflammasome Signaling. Nature Communications (2025)

Tingting ZhouNorma V. SolisMichaela MarshallQing YaoEric PearlmanScott G. FillerHaoping Liu

immunologyinflammasome signalingfungal alshost responseinflammation

Hyphal Als Proteins Act as Cr3 Ligands to Promote Immune Responses Against Candida Albicans. Nature Communications (2024)

Tingting ZhouNorma V. SolisMichaela MarshallQing YaoRachel GarlebMengli YangEric PearlmanScott G. FillerHaoping Liu

immunologycandida albicansveterinary medicinepharmacology

Control of β-Glucan Exposure by the Endo-1,3-Glucanase Eng1 in Candida Albicans Modulates Virulence. PLoS Pathogens (2022)

Mengli YangNorma V. SolisMichaela MarshallRachel GarlebTingting ZhouDaidong WangMarc SwidergallEric PearlmanScott G. FillerHaoping Liu

pathogen transmissionmicrobial pathogenesisb-glucan exposureinfection controlclinical microbiologyvirologycandida albicansvirulence factorsinfectious diseasespathologymicrobiology

The Intrinsically Disordered Region From Pp2C Phosphatases Functions as a Conserved Co2 Sensor. Nature Cell Biology (2022)

Mao ZhangCheng ZhuYuanyuan DuanTongbao LiuHaoping LiuChang SuYang Lu

biophysicsenzymessensorsmolecular biologydisordered regionconservation biologysignal transductioncell biology

Linking Sfl1 Regulation of Hyphal Development to Stress Response Kinases in Candida Albicans. mSphere (2020)

Ohimai UnojeMengli YangYang LuChang SuHaoping Liu

immunologyhyphal developmentgeneticsmolecular regulationcandida albicansdevelopmental biologysignal transductioncell regulationgene regulation

Phase Separation and Cell Fate in Candida. Nature Microbiology (2020)

Haoping Liu

fungal cell biologycell fate determinationfungal ecologymicroorganismsfungal reproductioncell biologyfungal biologyfungal geneticscell divisionmicrobial pathogenesiscellular physiologyfunguspathogensmedical mycologyvirus researchsystems biologycell fatephase separationmicrobiology

Proteomic Profiling of the Monothiol Glutaredoxin Grx3 Reveals Its Global Role in the Regulation of Iron Dependent Processes. PLoS Genetics (2020)

Selma S. AlkafeefShelley LaneClinton YuTingting ZhouNorma V. SolisScott G. FillerLan HuangHaoping Liu

proteomicsgeneticsproteomic profilingglobal rolemolecular biologyiron dependent processescell biology

Co 2 Signaling Through the Ptc2-Ssn3 Axis Governs Sustained Hyphal Development of Candida Albicans by Reducing Ume6 Phosphorylation and Degradation. mBio (2019)

Yang LuChang SuShatarupa RayYuncong YuanHaoping Liu

signaling pathwaysheme signalingcell signalinghyphal developmentcandida albicansmolecular biologydevelopmental biologysignal transductioncell regulation

Candida Albicans Gains Azole Resistance by Altering Sphingolipid Composition. Nature Communications (2018)

Jiaxin GaoHaitao WangZeyao LiAda Hang-Heng WongYi-Zheng WangYahui GuoXin LinGuisheng ZengHaoping LiuYue WangJianbin Wang

immunologymedicinal chemistrypharmacologysphingolipid compositionnaturebiochemistry

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Haoping Liu

Professor Biological Chemistry

University of California, Irvine

Affiliations

School of Medicine

Biological Chemistry

School of Pharmacy and Pharmaceutical Sciences

Department of Pharmaceutical Sciences

Haoping Liu is currently serving as a Biological Chemistry Professor Biological Chemistry at University of California, Irvine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Haoping Liu

University of California, Irvine

Professor Biological Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Regulation of Hyphal Development by Protein Kinase a, Stress-Responsive Map Kinases, and Calcineurin via Transcription Factors Sfl1 and Sfl2 in Candida Albicans. mSphere (2026)

Fungal Als Proteins Hijack Host Death Effector Domains to Promote Inflammasome Signaling. Nature Communications (2025)

Tingting ZhouNorma V. SolisMichaela MarshallQing YaoEric PearlmanScott G. FillerHaoping Liu

immunologyinflammasome signalingfungal alshost responseinflammation

Hyphal Als Proteins Act as Cr3 Ligands to Promote Immune Responses Against Candida Albicans. Nature Communications (2024)

Tingting ZhouNorma V. SolisMichaela MarshallQing YaoRachel GarlebMengli YangEric PearlmanScott G. FillerHaoping Liu

immunologycandida albicansveterinary medicinepharmacology

Control of β-Glucan Exposure by the Endo-1,3-Glucanase Eng1 in Candida Albicans Modulates Virulence. PLoS Pathogens (2022)

Mengli YangNorma V. SolisMichaela MarshallRachel GarlebTingting ZhouDaidong WangMarc SwidergallEric PearlmanScott G. FillerHaoping Liu

pathogen transmissionmicrobial pathogenesisb-glucan exposureinfection controlclinical microbiologyvirologycandida albicansvirulence factorsinfectious diseasespathologymicrobiology

The Intrinsically Disordered Region From Pp2C Phosphatases Functions as a Conserved Co2 Sensor. Nature Cell Biology (2022)

Mao ZhangCheng ZhuYuanyuan DuanTongbao LiuHaoping LiuChang SuYang Lu

biophysicsenzymessensorsmolecular biologydisordered regionconservation biologysignal transductioncell biology

Linking Sfl1 Regulation of Hyphal Development to Stress Response Kinases in Candida Albicans. mSphere (2020)

Ohimai UnojeMengli YangYang LuChang SuHaoping Liu

immunologyhyphal developmentgeneticsmolecular regulationcandida albicansdevelopmental biologysignal transductioncell regulationgene regulation

Phase Separation and Cell Fate in Candida. Nature Microbiology (2020)

Haoping Liu

Proteomic Profiling of the Monothiol Glutaredoxin Grx3 Reveals Its Global Role in the Regulation of Iron Dependent Processes. PLoS Genetics (2020)

Selma S. AlkafeefShelley LaneClinton YuTingting ZhouNorma V. SolisScott G. FillerLan HuangHaoping Liu

proteomicsgeneticsproteomic profilingglobal rolemolecular biologyiron dependent processescell biology

Co 2 Signaling Through the Ptc2-Ssn3 Axis Governs Sustained Hyphal Development of Candida Albicans by Reducing Ume6 Phosphorylation and Degradation. mBio (2019)

Yang LuChang SuShatarupa RayYuncong YuanHaoping Liu

signaling pathwaysheme signalingcell signalinghyphal developmentcandida albicansmolecular biologydevelopmental biologysignal transductioncell regulation

Candida Albicans Gains Azole Resistance by Altering Sphingolipid Composition. Nature Communications (2018)

Jiaxin GaoHaitao WangZeyao LiAda Hang-Heng WongYi-Zheng WangYahui GuoXin LinGuisheng ZengHaoping LiuYue WangJianbin Wang

immunologymedicinal chemistrypharmacologysphingolipid compositionnaturebiochemistry

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Similar Faculty Members

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Institution

Dartmouth College

infectious diseases

molecular and cellular biology

Karla Daniels

Institution

University of Iowa

microbial pathogenesis

microbiology

James Wohlschlegel

Institution

University of California, Los Angeles

molecular informatics

bioinformatics

Wael El-Rifai

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Carl Bauer

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molecular biology

microbiology

Stanley N. Cohen

Institution

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molecular biology

mutagenesis (molecular biology technique)

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applied microbiology

biofilm

Patrick O. Brown

Institution

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synthetic biology

molecular biology

Hui Li

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cell biology

oncogenes