Faculty

Institution

Unit

Venue

Pradip Raychaudhuri

Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Biochemistry and Molecular Genetics

Pradip Raychaudhuri is currently serving as a College Of Medicine Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Pradip Raychaudhuri

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

cell biology molecular biology genetics gene expression tumor biology oncogenes cancer research oncology cancer biology molecular cancer cancer genetics transcription factors cell signaling medicinal research molecular cell biology molecular and cellular biology pharmacology cancer cells cell regulation signal transduction molecular regulation transcription regulation protein science cancer genomics gene regulation biological chemistry cancer treatment tumor suppressors liver cancer cellular physiology gene function protein expression protein function leukemia molecular physiology virus research genome biology viral genetics viral oncology cell cycle nucleic acids molecular virology general virology structural molecular biology genome instability cellular biology dna damage colon cancer premature senescence mammalian biology functional regulation rna biology protein genetics protein phosphorylation retinoblastoma protein in vivo systems biomolecular interactions host specificity protein transport nucleotide excision repair developmental genetics cancer risk host response host factors key site xeroderma pigmentosum group differential regulation dna-binding activity novel mechanism heteromeric complexes tumor metastasis master regulator dna repair genes critical regulator oncogenic activity mammalian cells metastasis carcinogenesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Diagnostic Approach to Rickets: An Endocrine Society of Bengal (Esb) Consensus Statement. Annals of Pediatric Endocrinology & Metabolism (2024)

Ajitesh RoyAmarta Shankar ChowdhuryArindam RayArjun BaidyaBibek RoychowdhuryDasarathi SarkarDebmalya SanyalIndira MaisnamKaushik BiswasKaushik PanditMainak BanerjeeMoutusi RaychaudhuriNilanjan SenguptaPartha Pratim ChakrabortyPradip MukhopadhyayPradip RaychaudhuriPranab Kumar SahanaRajan PaluiRana BhattacharjeeSarmistha MukhopadhyaySatinath MukhopadhyaySayantan RaySoumik GoswamiSubhankar ChowdhurySubhodip PramanikSubir Chandra SwarSujoy GhoshSunetra MondalTapas Chandra Das

cardiovascular diseaseconsensus statementepidemiologypathologyinvertebrate pathologythyroid diseaseavian biologymetabolic syndromepathogenesisendocrine diseasesbiomarkersgeriatric endocrinologydigestive diseasesendocrinologypediatricspediatric endocrinologyavian medicineproximate causechild development

Data From Ddb2 Suppresses Epithelial-To-Mesenchymal Transition in Colon Cancer. (2023)

Nilotpal RoyPrashant V. BommiUppoor G. BhatShaumick BhattacharjeeIndira ElangovanJing LiKrushna C. PatraDragana KopanjaAdam BlunierRichard BenyaSrilata BagchiPradip Raychaudhuri

colorectal cancercancer researchdata sciencecolon canceroncologycancer biology

Data From Targeting Foxm1 Effectively Retards P53-Null Lymphoma and Sarcoma. (2023)

Zebin WangYu ZhengHyun Jung ParkJing LiJanai R. CarrYi-ju ChenMegan M. KieferDragana KopanjaSrilata BagchiAngela L. TynerPradip Raychaudhuri

oncogenesgene therapytumor targetingtumor biologysarcomacell biologymolecular cancercancer researchcancer geneticspharmacologymolecular biologycancer treatmentlymphoid neoplasiacancer genomicsoncology

Data From Transcriptional Repression by Foxm1 Suppresses Tumor Differentiation and Promotes Metastasis of Breast Cancer. (2023)

Dragana KopanjaVaibhav ChandEilidh O'BrienNishit K. MukhopadhyayMaria P. ZappiaAbul B.M.M.K. IslamMaxim V. FrolovBradley J. MerrillPradip Raychaudhuri

pharmacologybreast cancergeneticscancer researchtranscriptional repressionmolecular biologygene expressiononcogenesmedicinal researchgene regulationrna biologycancer carecancer biologygenome biologymetastasisleukemiacancer geneticscancer genomicsoncology

Methods in Molecular Biology and Genetics: Looking to the Future. BMC research notes (2023)

Diego A. ForeroVaibhav Chand

molecular biologygenetics

Supplementary Data From Transcriptional Repression by Foxm1 Suppresses Tumor Differentiation and Promotes Metastasis of Breast Cancer. (2023)

Dragana KopanjaVaibhav ChandEilidh O'BrienNishit K. MukhopadhyayMaria P. ZappiaAbul B.M.M.K. IslamMaxim V. FrolovBradley J. MerrillPradip Raychaudhuri

metastasistumor biologytranscriptional repressionmolecular biologybreast cancer

Supplementary Figure 4 From I Foxm1 /I in Tumorigenicity of the Neuroblastoma Cells and Renewal of the Neural Progenitors. (2023)

Zebin WangHyun Jung ParkJanai R. CarrYi-ju ChenYu ZhengJing liAngela L. TynerRobert H. CostaSrilata BagchiPradip Raychaudhuri

neural progenitorstumor biologyneuroscienceneuroblastoma cellsgenetics

Supplementary Figure Legends From Targeting Foxm1 Effectively Retards P53-Null Lymphoma and Sarcoma. (2023)

Zebin WangYu ZhengHyun Jung ParkJing LiJanai R. CarrYi-ju ChenMegan M. KieferDragana KopanjaSrilata BagchiAngela L. TynerPradip Raychaudhuri

oncogenesgene therapytumor targetingtumor biologysarcomacell biologymedicinal researchdermatologycancer researchmolecular biologylymphoid neoplasiacancer genomicsoncology

Supplementary Methods, Figures 1 - 13 From Ddb2 Suppresses Epithelial-To-Mesenchymal Transition in Colon Cancer. (2023)

Nilotpal RoyPrashant V. BommiUppoor G. BhatShaumick BhattacharjeeIndira ElangovanJing LiKrushna C. PatraDragana KopanjaAdam BlunierRichard BenyaSrilata BagchiPradip Raychaudhuri

colorectal cancerprostate cancercancer researchcolon cancerurologysupplementary methodsoncologycancer biology

CORRECTION: Hepatocellular Carcinoma Evades Rb1-Induced Senescence by Activating the Foxm1–Foxo1 Axis. Oncogene (2022)

Vaibhav ChandXiubei LiaoGrace GuzmanElizaveta BenevolenskayaPradip Raychaudhuri

neurologyoncogenesliver cancertumor biologycancer biologymedicinal researchhepatologyhepatocellular carcinomapharmacologygene expressioncancer geneticsoncologygenetics

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Pradip Raychaudhuri

Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Biochemistry and Molecular Genetics

Pradip Raychaudhuri is currently serving as a College Of Medicine Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pradip Raychaudhuri

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Diagnostic Approach to Rickets: An Endocrine Society of Bengal (Esb) Consensus Statement. Annals of Pediatric Endocrinology & Metabolism (2024)

Data From Ddb2 Suppresses Epithelial-To-Mesenchymal Transition in Colon Cancer. (2023)

Nilotpal RoyPrashant V. BommiUppoor G. BhatShaumick BhattacharjeeIndira ElangovanJing LiKrushna C. PatraDragana KopanjaAdam BlunierRichard BenyaSrilata BagchiPradip Raychaudhuri

colorectal cancercancer researchdata sciencecolon canceroncologycancer biology

Data From Targeting Foxm1 Effectively Retards P53-Null Lymphoma and Sarcoma. (2023)

Zebin WangYu ZhengHyun Jung ParkJing LiJanai R. CarrYi-ju ChenMegan M. KieferDragana KopanjaSrilata BagchiAngela L. TynerPradip Raychaudhuri

Data From Transcriptional Repression by Foxm1 Suppresses Tumor Differentiation and Promotes Metastasis of Breast Cancer. (2023)

Dragana KopanjaVaibhav ChandEilidh O'BrienNishit K. MukhopadhyayMaria P. ZappiaAbul B.M.M.K. IslamMaxim V. FrolovBradley J. MerrillPradip Raychaudhuri

Methods in Molecular Biology and Genetics: Looking to the Future. BMC research notes (2023)

Diego A. ForeroVaibhav Chand

molecular biologygenetics

Supplementary Data From Transcriptional Repression by Foxm1 Suppresses Tumor Differentiation and Promotes Metastasis of Breast Cancer. (2023)

Dragana KopanjaVaibhav ChandEilidh O'BrienNishit K. MukhopadhyayMaria P. ZappiaAbul B.M.M.K. IslamMaxim V. FrolovBradley J. MerrillPradip Raychaudhuri

metastasistumor biologytranscriptional repressionmolecular biologybreast cancer

Supplementary Figure 4 From I Foxm1 /I in Tumorigenicity of the Neuroblastoma Cells and Renewal of the Neural Progenitors. (2023)

Zebin WangHyun Jung ParkJanai R. CarrYi-ju ChenYu ZhengJing liAngela L. TynerRobert H. CostaSrilata BagchiPradip Raychaudhuri

neural progenitorstumor biologyneuroscienceneuroblastoma cellsgenetics

Supplementary Figure Legends From Targeting Foxm1 Effectively Retards P53-Null Lymphoma and Sarcoma. (2023)

Zebin WangYu ZhengHyun Jung ParkJing LiJanai R. CarrYi-ju ChenMegan M. KieferDragana KopanjaSrilata BagchiAngela L. TynerPradip Raychaudhuri

oncogenesgene therapytumor targetingtumor biologysarcomacell biologymedicinal researchdermatologycancer researchmolecular biologylymphoid neoplasiacancer genomicsoncology

Supplementary Methods, Figures 1 - 13 From Ddb2 Suppresses Epithelial-To-Mesenchymal Transition in Colon Cancer. (2023)

Nilotpal RoyPrashant V. BommiUppoor G. BhatShaumick BhattacharjeeIndira ElangovanJing LiKrushna C. PatraDragana KopanjaAdam BlunierRichard BenyaSrilata BagchiPradip Raychaudhuri

colorectal cancerprostate cancercancer researchcolon cancerurologysupplementary methodsoncologycancer biology

CORRECTION: Hepatocellular Carcinoma Evades Rb1-Induced Senescence by Activating the Foxm1–Foxo1 Axis. Oncogene (2022)

Vaibhav ChandXiubei LiaoGrace GuzmanElizaveta BenevolenskayaPradip Raychaudhuri

neurologyoncogenesliver cancertumor biologycancer biologymedicinal researchhepatologyhepatocellular carcinomapharmacologygene expressioncancer geneticsoncologygenetics

1
2
3
4
5
19
10 / page

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Institution

Vanderbilt University

nascent transcription

oncogene

Michele Pagano, MD

Institution

New York University

cell cycle

cell cycle control

Jonathan D Licht

Institution

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oncology

pathology

Albert Fornace

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radiation oncology

George Stark

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molecular biology

immunology

John Koomen

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University of South Florida

proteomics

chemical cleavage mechanisms

Benjamin Garcia

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cell biology

oncogenes

Gary Johnson

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mapk kinase

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