Faculty

Institution

Unit

Venue

Boxuan Zhao

assistant professor Assistant Professor of Cell and Developmental Biology

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Cell and Developmental Biology

School of Molecular & Cellular Biology

Department of Cell & Developmental Biology

Boxuan Zhao is currently serving as a College Of Liberal Arts & Sciences assistant professor Assistant Professor of Cell and Developmental Biology at Uiuc.

Honors

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Experiences

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Education

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Boxuan Zhao

UIUC

assistant professor Assistant Professor of Cell and Developmental Biology

You can click a keyword to filter the displayed items

molecular biology gene expression nucleic acids molecular cell biology transcription (biology) epigenetics cell biology rna biology genetics transcriptome systems biology biological chemistry genome biology rna processing epigenomics chromatin virus research oncogenes transcription regulation gene regulation viral genetics chemical probes dna sequencing dna analysis molecular and cellular biology transcription factors cellular differentiation medical virology cancer cells leukemia general virology viral replication myeloid neoplasia epigenetic changes chromatin remodeling altmetric attention score stem cell research molecular cancer reproductive biology redox biology non-coding rna hematological malignancies nucleic acid chemistry single-molecule detection mrna stability rna n6-methyladenosine m 6 living cells publisher correction molecular metabolism brain tumor research tumor suppressors cancer growth cancer biology adult t-cell leukemia-lymphoma cell fate determination developmental genetics embryonic development molecular regulation gene function long non-coding rna antimicrobial resistance genes antibiotic resistance antimicrobial susceptibility interactomics biomolecular tools igf2bp proteins mrna modifications n6-methyladenosine-modified rna cell proliferation program glioblastoma stem-like cells foxm1 expression mrna m6a modification promotes leukemogenesis histone h3 trimethylation lysine 36 omics technologies omics single-cell analysis multi-omics studies molecular informatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Quantifying Mammalian Genomic Dna Hydroxymethylcytosine Content Using Solid-State Nanopores. Scientific Reports (2024)

Osama K. ZahidBoxuan Simen ZhaoChuan HeAdam R. Hall

dna sequencingsolid-state nanoporesnucleic acidsgenomicsauthor correctionmolecular biologygeneticsdna analysisdna repairgenome biology

Unraveling the Rna Tapestry: A Symphony of Innovations in M 6 a Research Technology. Israel Journal of Chemistry (2024)

Shengyi FeiZheng William FangBoxuan Simen Zhao

rna biologynucleic acidscell biologyfunctional genomicssingle-cell analysisrna epigeneticsmolecular cell biologymolecular diagnosticsmolecular biologyrna tapestryabsolute quantificationtranscriptomics technologygene expressionsingle cell sequencingtranscriptomenucleic acid biomarkers

Engineered Allostery in Light-Regulated Lov-Turbo Enables Precise Spatiotemporal Control of Proximity Labeling in Living Cells. Nature Methods (2023)

Song-Yi LeeJoleen S. CheahBoxuan ZhaoCharles XuHeegwang RohChristina K. KimKelvin F. ChoNamrata D. UdeshiSteven A. CarrAlice Y. Ting

molecular and cellular biologyproximity labelingcell interactionscell manipulationcell biologycellular physiologymolecular cell biologycell engineeringmolecular biologycell motilitysystems biologyliving cellscell biophysicscell and molecular biology

Opening New Avenues in Bioorganic Chemistry: Prof. Chuan He Receives the Tetrahedron Prize. ACS Chemical Biology (2023)

Boxuan Simen ZhaoPeng R. Chen

biophysicsphilosophy of chemistrytetrahedron prizebioorganic chemistrychemistryorganic chemistrychemistry educationgeneral chemistryscience and technology studies

Correction to “Dna 5-Methylcytosine-Specific Amplification and Sequencing”. Journal of the American Chemical Society (2021)

Chang LiuXiaolong CuiBoxuan Simen ZhaoPradnya NarkhedeYawei GaoJun LiuXiaoyang DouQing DaiLi-Sheng ZhangChuan He

dna sequencinggenome editingmutagenesis (molecular biology technique)next-generation sequencing5-methylcytosine-specific amplificationnucleic acidsgenome sequencinggenomicsgenome biologymolecular diagnosticsdna 5-methylcytosine-specific amplificationmolecular biologyaltmetric attention scoredna analysisgenetics

Dna 5-Methylcytosine-Specific Amplification and Sequencing. Journal of the American Chemical Society (2020)

Chang LiuXiaolong CuiBoxuan Simen ZhaoPradnya NarkhedeYawei GaoJun LiuXiaoyang DouQing DaiLi-Sheng ZhangChuan He

dna sequencinggenome editingbiomedical analysisnucleic acidsepigeneticsgenomicsgenome biologynucleic acid amplificationdna 5mcepigenomicshigh throughput sequencingmolecular biologydna 5-methylcytosine-specific amplificationdna analysisgeneticsdna amplification

N 6-Methyladenosine Modification Enables Viral Rna to Escape Recognition by Rna Sensor Rig-I. The Journal of Immunology (2020)

Mijia LuZijie ZhangMiaoge XueBoxuan Simen ZhaoOlivia HarderAnzhong LiXueya LiangThomas Z GaoZongdi FengStefan NiewieskMark E. PeeplesChuan HeJianrong Li

general virologyviral rnaviral pathogenesisviral geneticsvirologyvirus-host interactionsviral m6a methylationantiviral responsesimmunologynucleic acidsimmune responsestranscription (biology)molecular virologysystems biologygene expressionvirus research

Publisher Correction: Recognition of Rna N6-Methyladenosine by Igf2Bp Proteins Enhances Mrna Stability and Translation. Nature Cell Biology (2020)

Huilin HuangHengyou WengWenju SunXi QinHailing ShiHuizhe WuBoxuan Simen ZhaoAna MesquitaChang LiuCelvie L. YuanYueh-Chiang HuStefan HüttelmaierJennifer R. SkibbeRui SuXiaolan DengLei DongMiao SunChenying LiSigrid NachtergaeleYungui WangChao HuKyle FerchenKenneth D. GreisXi JiangMinjie WeiLianghu QuJun-Lin GuanChuan HeJianhua YangJianjun Chen

rna processingnucleic acidstranscription factorsmolecular cell biologytranscription (biology)molecular biologymrna stabilityrna n6-methyladenosinegene expressionpublisher correctionrna biologytranscriptomegenetics

Rna–Protein Interaction Mapping via Ms2- or Cas13-Based Apex Targeting. Proceedings of the National Academy of Sciences (2020)

Shuo HanBoxuan Simen ZhaoSamuel A. MyersSteven A. CarrChuan HeAlice Y. Ting

proteomicsspecific rnascellular rnasnucleic acidscell biologyinteractomicsmolecular cell biologymolecular biologymass spectrometrygene expressionrna biologytranscriptomeproteome research

Histone H3 Trimethylation at Lysine 36 Guides M6A Rna Modification Co-Transcriptionally. Nature (2019)

Huilin HuangHengyou WengKeren ZhouTong WuBoxuan Simen ZhaoMingli SunZhenhua ChenXiaolan DengGang XiaoFranziska AuerLars KlemmHuizhe WuZhixiang ZuoXi QinYunzhu DongYile ZhouHanjun QinShu TaoJuan DuJun LiuZhike LuHang YinAna MesquitaCelvie L. YuanYueh-Chiang HuWenju SunRui SuLei DongChao ShenChenying LiYing QingXi JiangXiwei WuMiao SunJun-Lin GuanLianghu QuMinjie WeiMarkus MüschenGang HuangChuan HeJianhua YangJianjun Chen

chromatin remodelingnucleic acidsepigeneticsepigenetic changeslysine 36molecular cell biologyepigenomicstranscription (biology)molecular biologychromatinhistone h3 trimethylationsystems biologygene expressionrna biology

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Boxuan Zhao

assistant professor Assistant Professor of Cell and Developmental Biology

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Cell and Developmental Biology

School of Molecular & Cellular Biology

Department of Cell & Developmental Biology

Boxuan Zhao is currently serving as a College Of Liberal Arts & Sciences assistant professor Assistant Professor of Cell and Developmental Biology 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

Boxuan Zhao

UIUC

assistant professor Assistant Professor of Cell and Developmental Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Quantifying Mammalian Genomic Dna Hydroxymethylcytosine Content Using Solid-State Nanopores. Scientific Reports (2024)

Osama K. ZahidBoxuan Simen ZhaoChuan HeAdam R. Hall

dna sequencingsolid-state nanoporesnucleic acidsgenomicsauthor correctionmolecular biologygeneticsdna analysisdna repairgenome biology

Unraveling the Rna Tapestry: A Symphony of Innovations in M 6 a Research Technology. Israel Journal of Chemistry (2024)

Shengyi FeiZheng William FangBoxuan Simen Zhao

Engineered Allostery in Light-Regulated Lov-Turbo Enables Precise Spatiotemporal Control of Proximity Labeling in Living Cells. Nature Methods (2023)

Song-Yi LeeJoleen S. CheahBoxuan ZhaoCharles XuHeegwang RohChristina K. KimKelvin F. ChoNamrata D. UdeshiSteven A. CarrAlice Y. Ting

Opening New Avenues in Bioorganic Chemistry: Prof. Chuan He Receives the Tetrahedron Prize. ACS Chemical Biology (2023)

Boxuan Simen ZhaoPeng R. Chen

biophysicsphilosophy of chemistrytetrahedron prizebioorganic chemistrychemistryorganic chemistrychemistry educationgeneral chemistryscience and technology studies

Correction to “Dna 5-Methylcytosine-Specific Amplification and Sequencing”. Journal of the American Chemical Society (2021)

Chang LiuXiaolong CuiBoxuan Simen ZhaoPradnya NarkhedeYawei GaoJun LiuXiaoyang DouQing DaiLi-Sheng ZhangChuan He

Dna 5-Methylcytosine-Specific Amplification and Sequencing. Journal of the American Chemical Society (2020)

Chang LiuXiaolong CuiBoxuan Simen ZhaoPradnya NarkhedeYawei GaoJun LiuXiaoyang DouQing DaiLi-Sheng ZhangChuan He

N 6-Methyladenosine Modification Enables Viral Rna to Escape Recognition by Rna Sensor Rig-I. The Journal of Immunology (2020)

Mijia LuZijie ZhangMiaoge XueBoxuan Simen ZhaoOlivia HarderAnzhong LiXueya LiangThomas Z GaoZongdi FengStefan NiewieskMark E. PeeplesChuan HeJianrong Li

Publisher Correction: Recognition of Rna N6-Methyladenosine by Igf2Bp Proteins Enhances Mrna Stability and Translation. Nature Cell Biology (2020)

Rna–Protein Interaction Mapping via Ms2- or Cas13-Based Apex Targeting. Proceedings of the National Academy of Sciences (2020)

Shuo HanBoxuan Simen ZhaoSamuel A. MyersSteven A. CarrChuan HeAlice Y. Ting

proteomicsspecific rnascellular rnasnucleic acidscell biologyinteractomicsmolecular cell biologymolecular biologymass spectrometrygene expressionrna biologytranscriptomeproteome research

Histone H3 Trimethylation at Lysine 36 Guides M6A Rna Modification Co-Transcriptionally. Nature (2019)

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