Faculty

Institution

Unit

Venue

Emral Devany

Assc Professor

CUNY--Kingsborough Community College

Affiliations

Biological Sciences

Emral Devany is currently serving as a Biological Sciences Assc Professor at Cuny--Kingsborough Community College.

Honors

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Experiences

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Education

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Emral Devany

CUNY--Kingsborough Community College

Assc Professor

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molecular biology gene expression genetics tumor biology gene regulation cell regulation cell biology cell death cancer genomics cancer genetics molecular regulation neuroscience cell signaling dna repair oncogenes nucleic acids molecular cell biology molecular cancer rna biology rna processing dna damage response nucleolin phosphorylation signal transduction genomics epigenetics gene therapy genome biology mammalian biology medicinal research signaling pathways feedback loop genome instability transcription regulation viral genetics epigenomics cell interactions cancer biology tumor suppressors processing pathways intronic cleavage u1 snrna mammalian cells mirna-dependent degradation parn deadenylase cellular stress response parn deadenylase activity eukaryotic cells cellular fate p53 pathway

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nucleolin Phosphorylation Regulates Parn Deadenylase Activity During Cellular Stress Response. RNA Biology (2017)

Xiaokan ZhangShu XiaoRachele Dolce RameauEmral DevanyZaineb NadeemElif CaglarKenneth NgFrida Esther KleimanAnjana Saxena

parn deadenylase activitynucleolin phosphorylationenzymesmolecular biologyrna biologycellular stress responseneurosciencebiochemistry

Intronic Cleavage and Polyadenylation Regulates Gene Expression During Dna Damage Response Through U1 Snrna. Cell Discovery (2016)

gene expressiontranscription regulationintronic cleavageu1 snrnadna damage responsegeneticsmolecular cell biologymolecular biologydna repairgenome instabilitygene regulationnucleic acids

Parn Deadenylase is Involved in Mirna-Dependent Degradation of Tp53 Mrna in Mammalian Cells. Nucleic Acids Research (2015)

Xiaokan ZhangEmral DevanyMichael R. MurphyGalina GlazmanMirjana PersaudFrida E. Kleiman

genomicsgenome biologygene expressioncancer geneticsepigenomicsparn deadenylasemirna-dependent degradationgeneticsmammalian biologycancer genomicsviral geneticsnucleic acidsmolecular biologyepigeneticsrna biologytumor biologymammalian cellscell biology

Deadenylation and Its Regulation in Eukaryotic Cells. Methods in molecular biology (2014)

Xiaokan ZhangFrida E. KleimanEmral Devany

cell deathgene expressiongeneticsmolecular regulationeukaryotic cellsmolecular biologycell regulationgene regulationcell biology

Mechanisms of Regulation of Mrna 3' Processing by P53 Pathway. (2014)

cell deathgene expressionrna processingmolecular and cellular biologytumor suppressorsmolecular regulationmolecular cell biologymolecular biologycell regulationp53 pathwaycell biology

Abstract 3188: Nucleolin Phosphorylation Mediated Regulation of Gene Expression in Determining Cellular Fate During the Dna Damage Response (Ddr).. Cancer Research (2013)

Xiaokan ZhangShu XiaoEmral DevanyZaineb NadeemElif Caglar ýþýnFrida KleimanAnjana D. Saxena

cellular fategene expressioncancer geneticsdna damage responseradiation oncologycancer researchmolecular cancergeneticscancer genomicsmolecular regulationnucleolin phosphorylationmolecular biologyoncologymedicinal researchdna repaircancer biologytumor biologygene regulation

Positive and Negative Feedback Loops in the P53 and Mrna 3′ Processing Pathways. Proceedings of the National Academy of Sciences (2013)

Emral DevanyXiaokan ZhangJi Yeon ParkBin TianFrida Esther Kleiman

signaling pathwaysgene expressioncell regulationcell signalinggeneticscancer genomicsprocessing pathwaysmolecular biologyoncogenessignal transductionfeedback looptumor biologyneurosciencegene regulation

P53 Inhibits Mrna 3′ Processing Through Its Interaction With the Cstf/Bard1 Complex. Oncogene (2011)

F I NazeerE DevanyS MohammedD FonsecaB AkukweC TaverasF E Kleiman

gene therapygene expressioncell deathcancer geneticscell regulationrna processingcell signalingmolecular cancergeneticscell interactionsmolecular biologyoncogenestumor biology

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Emral Devany

Assc Professor

CUNY--Kingsborough Community College

Affiliations

Biological Sciences

Emral Devany is currently serving as a Biological Sciences Assc Professor at Cuny--Kingsborough Community College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Emral Devany

CUNY--Kingsborough Community College

Assc Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nucleolin Phosphorylation Regulates Parn Deadenylase Activity During Cellular Stress Response. RNA Biology (2017)

Xiaokan ZhangShu XiaoRachele Dolce RameauEmral DevanyZaineb NadeemElif CaglarKenneth NgFrida Esther KleimanAnjana Saxena

parn deadenylase activitynucleolin phosphorylationenzymesmolecular biologyrna biologycellular stress responseneurosciencebiochemistry

Intronic Cleavage and Polyadenylation Regulates Gene Expression During Dna Damage Response Through U1 Snrna. Cell Discovery (2016)

gene expressiontranscription regulationintronic cleavageu1 snrnadna damage responsegeneticsmolecular cell biologymolecular biologydna repairgenome instabilitygene regulationnucleic acids

Parn Deadenylase is Involved in Mirna-Dependent Degradation of Tp53 Mrna in Mammalian Cells. Nucleic Acids Research (2015)

Xiaokan ZhangEmral DevanyMichael R. MurphyGalina GlazmanMirjana PersaudFrida E. Kleiman

Deadenylation and Its Regulation in Eukaryotic Cells. Methods in molecular biology (2014)

Xiaokan ZhangFrida E. KleimanEmral Devany

cell deathgene expressiongeneticsmolecular regulationeukaryotic cellsmolecular biologycell regulationgene regulationcell biology

Mechanisms of Regulation of Mrna 3' Processing by P53 Pathway. (2014)

cell deathgene expressionrna processingmolecular and cellular biologytumor suppressorsmolecular regulationmolecular cell biologymolecular biologycell regulationp53 pathwaycell biology

Abstract 3188: Nucleolin Phosphorylation Mediated Regulation of Gene Expression in Determining Cellular Fate During the Dna Damage Response (Ddr).. Cancer Research (2013)

Xiaokan ZhangShu XiaoEmral DevanyZaineb NadeemElif Caglar ýþýnFrida KleimanAnjana D. Saxena

Positive and Negative Feedback Loops in the P53 and Mrna 3′ Processing Pathways. Proceedings of the National Academy of Sciences (2013)

Emral DevanyXiaokan ZhangJi Yeon ParkBin TianFrida Esther Kleiman

P53 Inhibits Mrna 3′ Processing Through Its Interaction With the Cstf/Bard1 Complex. Oncogene (2011)

F I NazeerE DevanyS MohammedD FonsecaB AkukweC TaverasF E Kleiman

gene therapygene expressioncell deathcancer geneticscell regulationrna processingcell signalingmolecular cancergeneticscell interactionsmolecular biologyoncogenestumor biology

1
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