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Supriya Prasanth

Professor and Head of Department of Cell & Developmental Biology Professor and Head

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Cell and Developmental Biology

School of Molecular & Cellular Biology

Department of Cell & Developmental Biology

Supriya Prasanth is currently serving as a College Of Liberal Arts & Sciences Professor and Head of Department of Cell & Developmental Biology Professor and Head at Uiuc.

Honors

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Experiences

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Education

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Supriya Prasanth

UIUC

Professor and Head of Department of Cell & Developmental Biology Professor and Head

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molecular cell biology cell biology molecular biology chromatin nucleic acids genetics gene expression cell cycle chromatin remodeling genome biology nuclear organization dna replication molecular and cellular biology epigenetics transcription (biology) cancer cells non-coding rna cell division genome instability transcription factors molecular cancer rna biology chromosome biology long non-coding rna oncogenes rna processing cancer biology cell regulation systems biology structural molecular biology transcription regulation gene regulation cancer genetics tumor suppressors genomic mechanisms biomedical imaging cell research cellular biochemistry epigenetic changes molecular regulation chromatin architecture origin recognition complex breast oncology small rna splicing variant quantitative phase imaging light microscopy cancer genomics replication fork cellular physiology light science biological chemistry insect molecular biology computational imaging protein phosphorylation microscopy methods breast cancer progression nuclear rna heterochromatin organization dna replication initiation chromatin organization molecular diagnostics optical coherence tomography optical imaging microrna detection epigenomics novel imaging methods cell biophysics p53 levels cell cycle genes fluorescent reporter growth rate chromosome segregation orc6 involved negative breast cancer recognition complex chromosome structure plo biology cell cycle control

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chromatin’s Influence on Pre-Replication Complex Assembly and Function. Biology (2024)

Hina AhmadNeha ChetlangiaSupriya G. Prasanth

origin recognition complexmolecular cell biologychromatin remodelingcell cyclestepwise assemblynucleic acidsmolecular biologystructural molecular biologygenome biologychromosome biologynuclear organizationdna replicationcell biologychromatin

Mancr Lncrna Modulates Cell-Cycle Progression and Metastasis by Cis-Regulation of Nuclear Rho-Gef. Molecular and Cellular Biology (2024)

Deepak K. SinghZhengmin CongYou Jin SongMinxue LiuRitu ChaudharyDazhen LiuYu WangRishabh PrasanthRajendra K CSimon LizarazoMiriam AkhnoukhOmid GholamalamdariAnurupa MoitraLisa M. JenkinsRohit BhargavaErik R. NelsonKevin Van BortleSupriya G. PrasanthKannanganattu V. Prasanth

cancer biologycell migrationmolecular cell biologybreast cancercancer cellsoncogenesnon-coding rnadna repairlong non-coding rnacancer genomicsradiation oncologymetastasiscancer geneticstumor biologycell biology

Monoallelically Expressed Noncoding Rnas Form Nucleolar Territories on Nor-Containing Chromosomes and Regulate Rrna Expression. eLife (2024)

Qinyu HaoMinxue LiuSwapna Vidhur DaulatabadSaba GaffariYou Jin SongRajneesh SrivastavaShivang BhaskarAnurupa MoitraHazel ManganElizabeth TsengRachel B GilmoreSusan M FrierXin ChenChengliang WangSui HuangStormy ChamberlainHong JinJonas KorlachBrian McStaySaurabh SinhaSarath Chandra JangaSupriya G PrasanthKannanganattu V Prasanth

geneticsmolecular cell biologygene expressionmolecular geneticsrna processingrna biologynon-coding rnainfluence rrna expressionrrna genesnucleic acidsmolecular biologygenome biologyrrna expressionepigeneticschromatintranscription (biology)

Phosphorylation of Orc6 During Mitosis Regulates Dna Replication and Ribosome Biogenesis. Molecular and Cellular Biology (2024)

Fredy KurniawanArindam ChakrabortyHumayra Z. OishiMinxue LiuMariam K. ArifDavid ChenRishabh PrasanthYo-Chuen LinGodwin OlalayeKannanganattu V. PrasanthSupriya G. Prasanth

molecular cell biologydna repaircell divisionchromatin remodelingcell deathcell cyclegenome instabilitymolecular biologycell regulationnuclear organizationribosome biogenesisdna replicationcell biologymolecular and cellular biologychromatincellular biochemistryreplication licensing

Bending With Polycomb in Pluripotency and Cancer. BioEssays (2023)

Abid KhanSupriya G. Prasanth

cancer biologybend3‐prc2 axismolecular cell biologymolecular cancercancer cellstumor suppressorsoncogenescancer researchprc2 recruitmenttranscription factorssimilar connectionmolecular biologycell regulationcancer geneticstumor biologycarcinogenesiscell biologychromatin

Dna Damage-Induced, S-Phase Specific Phosphorylation of Orc6 is Critical for the Maintenance of Genome Stability. Molecular and Cellular Biology (2023)

Yo-Chuen LinDazhen LiuArindam ChakrabortyVirgilia MaciasEileen BristerJay SonalkarLinyuan ShenJaba MitraTaekjip HaAndre Kajdacsy-BallaKannanganattu V. PrasanthSupriya G. Prasanth

cancer biologymolecular cell biologymolecular cancercancer cellsdna repaircancer researchradiation oncologygenome instabilityoxidative stresstumor biologygenome stabilitydna replicationcell biology

Orchestra Coordinates the Replication and Repair Music. BioEssays (2023)

Dazhen LiuJay SonalkarSupriya G. Prasanth

origin recognition complexmolecular cell biologydna repaircell divisioncell cyclegenome instabilitynucleic acidsmolecular biologystructural molecular biologygenome biologynuclear organizationgenomic mechanismsrepair musicdna replicationcell biologymolecular and cellular biologychromatin

A Ben-Domain Protein and Polycomb Complex Work Coordinately to Regulate Transcription. Transcription (2022)

Fredy KurniawanSupriya G. Prasanth

molecular cell biologygene expressionben-domain proteinchromatin remodelingtranscription regulationtranscription factorsgene regulationnucleic acidssystems biologygenome biologyepigeneticscell biologypolycomb complex workchromatinchromatin architecturetranscription (biology)

Bend3 Safeguards Pluripotency by Repressing Differentiation-Associated Genes. Proceedings of the National Academy of Sciences (2022)

Fredy KurniawanNeha ChetlangiaMohammad KamranChristophe E. RedonLorinc PongorQinyu SunYo-Chuen LinVijay MohanOways ShaqildiDarya AsoudegiQinyu HaoAbid KhanMirit I. AladjemKannanganattu V. PrasanthSupriya G. Prasanth

differentiation-associated genesmolecular cell biologybend3 safeguards pluripotencygene expressionchromatin remodelingtranscription regulationtranscription factorsgene regulationcellular differentiationdevelopmental biologystem cell researchepigeneticscell biologychromatinmolecular regulationtranscription (biology)

Distinct Structural Bases for Sequence-Specific Dna Binding by Mammalian Ben Domain Proteins. Genes & Development (2022)

Luqian ZhengJingjing LiuLijie NiuMohammad KamranAlly W.H. YangArttu JolmaQi DaiTimothy R. HughesDinshaw J. PatelLong ZhangSupriya G. PrasanthYang YuAiming RenEric C. Lai

geneticsben domaingene functiongene expressiondrosophila factorsgene regulationtranscription factorsben domain proteinsnucleic acidsmolecular biologystructural molecular biologysystems biologygenome biologygene structuretranscription regulationinsect molecular biology

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Supriya Prasanth

Professor and Head of Department of Cell & Developmental Biology Professor and Head

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Cell and Developmental Biology

School of Molecular & Cellular Biology

Department of Cell & Developmental Biology

Supriya Prasanth is currently serving as a College Of Liberal Arts & Sciences Professor and Head of Department of Cell & Developmental Biology Professor and Head 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

Supriya Prasanth

UIUC

Professor and Head of Department of Cell & Developmental Biology Professor and Head

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chromatin’s Influence on Pre-Replication Complex Assembly and Function. Biology (2024)

Hina AhmadNeha ChetlangiaSupriya G. Prasanth

Mancr Lncrna Modulates Cell-Cycle Progression and Metastasis by Cis-Regulation of Nuclear Rho-Gef. Molecular and Cellular Biology (2024)

Monoallelically Expressed Noncoding Rnas Form Nucleolar Territories on Nor-Containing Chromosomes and Regulate Rrna Expression. eLife (2024)

Phosphorylation of Orc6 During Mitosis Regulates Dna Replication and Ribosome Biogenesis. Molecular and Cellular Biology (2024)

Fredy KurniawanArindam ChakrabortyHumayra Z. OishiMinxue LiuMariam K. ArifDavid ChenRishabh PrasanthYo-Chuen LinGodwin OlalayeKannanganattu V. PrasanthSupriya G. Prasanth

Bending With Polycomb in Pluripotency and Cancer. BioEssays (2023)

Abid KhanSupriya G. Prasanth

Dna Damage-Induced, S-Phase Specific Phosphorylation of Orc6 is Critical for the Maintenance of Genome Stability. Molecular and Cellular Biology (2023)

Yo-Chuen LinDazhen LiuArindam ChakrabortyVirgilia MaciasEileen BristerJay SonalkarLinyuan ShenJaba MitraTaekjip HaAndre Kajdacsy-BallaKannanganattu V. PrasanthSupriya G. Prasanth

cancer biologymolecular cell biologymolecular cancercancer cellsdna repaircancer researchradiation oncologygenome instabilityoxidative stresstumor biologygenome stabilitydna replicationcell biology

Orchestra Coordinates the Replication and Repair Music. BioEssays (2023)

Dazhen LiuJay SonalkarSupriya G. Prasanth

A Ben-Domain Protein and Polycomb Complex Work Coordinately to Regulate Transcription. Transcription (2022)

Fredy KurniawanSupriya G. Prasanth

Bend3 Safeguards Pluripotency by Repressing Differentiation-Associated Genes. Proceedings of the National Academy of Sciences (2022)

Distinct Structural Bases for Sequence-Specific Dna Binding by Mammalian Ben Domain Proteins. Genes & Development (2022)

Luqian ZhengJingjing LiuLijie NiuMohammad KamranAlly W.H. YangArttu JolmaQi DaiTimothy R. HughesDinshaw J. PatelLong ZhangSupriya G. PrasanthYang YuAiming RenEric C. Lai

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