Faculty

Institution

Unit

Venue

Marek Kimmel

Professor of Statistics and Bioengineering

Rice University

Affiliations

George R. Brown School of Engineering

Statistics

Marek Kimmel is currently serving as a George R. Brown School Of Engineering Professor of Statistics and Bioengineering at Rice University.

Honors

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Experiences

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Education

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Marek Kimmel

Rice University

Professor of Statistics and Bioengineering

You can click a keyword to filter the displayed items

genetics mathematical biology molecular biology oncology applied mathematics cancer research genomics cell biology cancer biology bioinformatics population genetics tumor biology cancer genetics theoretical biology mathematical bioscience computational biology genome biology cancer genomics respiratory medicine oncogenes molecular cancer cancer treatment biomedical modeling medicinal research leukemia thoracic oncology protein science medical genetics cancer screening signaling pathways mammalian biology mathematical sciences cancer care cancer risk cell proliferation mathematical modelling cancer detection cell cycle stem cell research cancer cells mutagenesis applied mathematical modelling myeloid neoplasia asymptotic behavior protein function prediction cell regulation cancer management gene regulation microarray data analysis molecular regulation gene amplification unequal division stochastic models minimal residual disease chronic infection evolutionary action score tobacco control evolutionary genetics radiation biology computational medicine computational genomics transcription regulation flow cytometry neck cancer natural history integrative biology gene regulatory networks clinical pathology linkage disequilibrium protein evolution biomedical research microsatellite loci bladder carcinoma mathematical modeling mayo lung project follow-up study

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

BESTISH: A Diffusion-Approximation Framework for Inferring Selection and Mutation in Clonal Hematopoiesis. bioRxiv (Cold Spring Harbor Laboratory) (2026)

haematopoiesisgeneticscomputational biologymathematical bioscienceevolution-based method

3179 – Asxl1 Mutant Clones Suppress Dnmt3A Mutant Clonal Expansion. Experimental Hematology (2025)

hematological malignanciesleukemiamyeloid neoplasiageneticsmolecular cell biologymolecular biologycancer cellsepigeneticscytogeneticscell biology

789 Mutational Signature of Bladder Cancer Development From Mucosal Field Effects on the Whole-Organ Scale. Laboratory Investigation (2025)

carcinogenesiscancer geneticsbladder cancerurologygenitourinary cancersmolecular diagnosticsoncologyoncogenes

Dysregulated Mitochondrial Energy Metabolism Drives the Progression of Mucosal Field Effects to Invasive Bladder Cancer. The Journal of Pathology (2025)

mitochondrial dynamicsmitochondrial energy metabolismpathologyinvasive bladder cancermetabolic remodelingtumor microenvironmentcell metabolismbladder cancerurologymolecular metabolismtumor biologycarcinogenesismucosal field effectsmitochondrial functioncancer discoverygenitourinary cancersoncologyoncogenescancer cells

Meta-Evolutionary Exome Analysis Identifies Novel Type 2 Diabetes Mellitus Genes in the UK Biobank and All of Us. PLoS Genetics (2025)

genomicsgenome biologydiabetesgenome-wide association studiesgenomic medicinetype 2diabetes mellitus genesgeneticsbiologyuk biobankgenetic determinantsgenetic epidemiologyhuman geneticsdiabetes research

Occult Metastases and Survival of Lung Cancer by Clinical Diagnosis and Ct Screening: A Simulation Study. PLoS ONE (2025)

Xing ChenGhulam Muhammad KanharSongli HuChaomin WuGuanqun ChaoMengqi JingFengjiang ZhangMillennia YoungMarek KimmelLiying ChenOlga Y. Gorlova

ct screeningmetastasisct scanepidemiologysurvival analysissimulation studycancer screeningoccult metastasescancer researchcase studieslung cancercancer detectionradiologythoracic oncologyclinical diagnosiscomputed tomographycancer imagingoncologyrespiratory medicine

Statistical and Evolutionary Analysis of Sequenced Dna From Breast Cancer Ffpe Specimens. bioRxiv (Cold Spring Harbor Laboratory) (2025)

genomicsgenome biologygeneticsdna sequencingbiostatisticsbreast cancermolecular diagnosticsmolecular evolutionsequence analysis

3175 – Dnmt3A and Tet2 Mutant Clones Support Mutual Expansion in a Co-Transplant Model. Experimental Hematology (2024)

Apoorva ThatavartyXiaochen LongBrandon TranArushana MaknojiaRuoqiong CaoKatie MatatallAjibike LapiteDaniel KennedySpencer ReddineMarek KimmelKatherine King

hematological malignancieshematologygeneticsmutual expansionco-transplant modelexperimental medicine

A Countable-Type Branching Process Model for the Tug-Of-War Cancer Cell Dynamics. Bulletin of Mathematical Biology (2024)

Ren-Yi WangMarek Kimmel

mathematical biologyapplied mathematicstheoretical biologycancer biologymathematics

Comparison of Tug-Of-War Models Assuming Moran Versus Branching Process Population Dynamics. eLife (2024)

Khanh N. DinhMonika K. KurpasMarek Kimmel

tug-of-war modelsecologyprocess population dynamics

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Marek Kimmel

Professor of Statistics and Bioengineering

Rice University

Affiliations

George R. Brown School of Engineering

Statistics

Marek Kimmel is currently serving as a George R. Brown School Of Engineering Professor of Statistics and Bioengineering at Rice University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Marek Kimmel

Rice University

Professor of Statistics and Bioengineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

BESTISH: A Diffusion-Approximation Framework for Inferring Selection and Mutation in Clonal Hematopoiesis. bioRxiv (Cold Spring Harbor Laboratory) (2026)

haematopoiesisgeneticscomputational biologymathematical bioscienceevolution-based method

3179 – Asxl1 Mutant Clones Suppress Dnmt3A Mutant Clonal Expansion. Experimental Hematology (2025)

hematological malignanciesleukemiamyeloid neoplasiageneticsmolecular cell biologymolecular biologycancer cellsepigeneticscytogeneticscell biology

789 Mutational Signature of Bladder Cancer Development From Mucosal Field Effects on the Whole-Organ Scale. Laboratory Investigation (2025)

carcinogenesiscancer geneticsbladder cancerurologygenitourinary cancersmolecular diagnosticsoncologyoncogenes

Dysregulated Mitochondrial Energy Metabolism Drives the Progression of Mucosal Field Effects to Invasive Bladder Cancer. The Journal of Pathology (2025)

Meta-Evolutionary Exome Analysis Identifies Novel Type 2 Diabetes Mellitus Genes in the UK Biobank and All of Us. PLoS Genetics (2025)

Occult Metastases and Survival of Lung Cancer by Clinical Diagnosis and Ct Screening: A Simulation Study. PLoS ONE (2025)

Xing ChenGhulam Muhammad KanharSongli HuChaomin WuGuanqun ChaoMengqi JingFengjiang ZhangMillennia YoungMarek KimmelLiying ChenOlga Y. Gorlova

Statistical and Evolutionary Analysis of Sequenced Dna From Breast Cancer Ffpe Specimens. bioRxiv (Cold Spring Harbor Laboratory) (2025)

genomicsgenome biologygeneticsdna sequencingbiostatisticsbreast cancermolecular diagnosticsmolecular evolutionsequence analysis

3175 – Dnmt3A and Tet2 Mutant Clones Support Mutual Expansion in a Co-Transplant Model. Experimental Hematology (2024)

Apoorva ThatavartyXiaochen LongBrandon TranArushana MaknojiaRuoqiong CaoKatie MatatallAjibike LapiteDaniel KennedySpencer ReddineMarek KimmelKatherine King

hematological malignancieshematologygeneticsmutual expansionco-transplant modelexperimental medicine

A Countable-Type Branching Process Model for the Tug-Of-War Cancer Cell Dynamics. Bulletin of Mathematical Biology (2024)

Ren-Yi WangMarek Kimmel

mathematical biologyapplied mathematicstheoretical biologycancer biologymathematics

Comparison of Tug-Of-War Models Assuming Moran Versus Branching Process Population Dynamics. eLife (2024)

Khanh N. DinhMonika K. KurpasMarek Kimmel

tug-of-war modelsecologyprocess population dynamics

1
2
3
4
5
38
10 / page

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Trey Ideker

Institution

University of California, San Diego

regulatory network modelling

biomedical informatics

Michael Zhang

Institution

University of Texas at Dallas

post-transcriptional regulation

genomics

John Quackenbush

Institution

Harvard University

systems biology

human health

Andrew Godwin

Institution

University of Kansas

oncology

cancer research

Yunlong Liu

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Indiana University Bloomington

genetics

molecular biology

Garry Nolan

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Stanford University

immunology

cell biology

Paul C. Boutros

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University of California, Los Angeles

biomedical data science

biomedical informatics

Tyler Jacks

Institution

Massachusetts Institute of Technology

immunology

immunotherapy

Yu Shyr

Institution

Vanderbilt University

molecular informatics

omics

Aristotelis Tsirigos

Institution

New York University

hi-c data analysis

health informatics