Faculty

Institution

Unit

Venue

Tao Wang

Tenure Track Associate Professor

The University of Texas MD Anderson Cancer Center

Affiliations

Metabolomics Core Facility

Department Of Bioinformatics And Computational Biology

Institute for Data Science in Oncology

Tao Wang is a Tenure Track Associate Professor at The University of Texas MD Anderson Cancer Center. His research integrates cancer biology, immunology, and systems biology, with a focus on spatial transcriptomics, tumor immunology, and genomics. He has developed computational tools such as SpaSNE and CoCo-ST for analyzing spatially resolved profiling data. His recent work, published in venues including Science, Nature Cancer, and Science Immunology, explores spatial TCR profiling, immune-related adverse events, and the

Honors

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Tao Wang

The University of Texas MD Anderson Cancer Center

Tenure Track Associate Professor

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cancer research molecular biology oncology immunology cancer biology bioinformatics systems biology tumor biology cell biology genomics medicinal research gene expression cancer genomics genome biology hepatology vascular biology biomedical informatics molecular cancer immune responses molecular cell biology machine learning research cancer imaging genitourinary cancers oncogenes liver physiology cancer discovery molecular informatics single-cell analysis computational genomics cancer genetics thoracic oncology biomedical imaging rna biology transcriptomics technology liver cancer cancer treatment cancer cells liver transplantation cellular immune responses adaptive immune system protein bioinformatics disease progression liver disease cancer detection target prediction tumor targeting biomedical modeling therapy resistance renal cell carcinoma ar-targeted therapy resistance rna processing small rna single cell sequencing oncogenic agent therapeutic efficacy metabolic regulation immune checkpoint inhibitors sequence analysis mutagenesis drug targeting structural bioinformatics omics datasets dream challenge t-cell receptor sequences impede rna biogenesis community computational challenge bulk samples semi-supervised subtyping algorithm single cells lineage oncogene liver homeostasis anti-tumor immunity hepatic clonal fitness chronic liver disease somatic mutations c-type lectin receptors pathology biomedical analysis functional genomics carcinogenesis computational intelligence quantitative biology data science cell research genetics machine learning infectious diseases deep learning translational research pathogenesis transcription (biology) biomarkers omics computational biology theoretical biology biosystems nucleic acids neural network (machine learning) molecular diagnostics molecular gastroenterology cancer letter personalized medicine proteome research tumor microenvironment biostatistics nature method molecular medicine experimental medicine clinical proteomics transcriptome

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Rise of Spatial Tcr Profiling: Emerging Technologies and Open Challenges. Science Immunology (2026)

computer sciencespatial analysisspatial databasesbig datageographic information systemsdigital earthinformation visualizationurban geographydata and information visualizationgranular computinggeographyenvironmental monitoringmobile computingdata sciencegeographical information scienceapplied geographysmart city

Abstract 041: A Novel Machine Learning Strategy to Integrate Multi-Omics Data and Detect Genomic Loci and Gene-Environment Interactions for Ldl Cholesterol. Circulation (2025)

Changwei LiRuiyuan ZhangYixi SunJing ChenTao WangLydia BazzanoTanika KellyJiang He

genomicsmulti-omics datadetect genomic locidata sciencegene-environment interactionsldl cholesterolomicsomics integrationbioinformaticsmachine learning

Abstract 6297: Mapping Cellular Interactions From Spatially Resolved Transcriptomics Data. Cancer Research (2025)

James ZhuYunguan WangWoo Yong ChangAlicia MalewskaFabiana NapolitanoJeffrey C. GahanNisha UnniMin ZhaoRongqing YuanFangjiang WuLauren YueLei GuoZhuo ZhaoDanny ChenRaquibul HannanSiyuan ZhangGuanghua XiaoPing MuAriella B. HankerDouglas StrandCarlos L. ArteagaNeil DesaiXinlei WangYang XieTao Wang

cancer researchtranscriptomics datamapping cellular interactions

An Interpretable Multi-Instance Learner Decodes Cellular Recruitment From Spatially Resolved Transcriptomics. bioRxiv (Cold Spring Harbor Laboratory) (2025)

computational biologybiomedical informaticsplo biologytheoretical biologynature methodbiosystemsomicscell biologyfunctional genomicsmolecular informaticsmolecular cell biologytranscription (biology)molecular biologysystems biologytranscriptomecell researchbioinformatics

Coco-St Detects Global and Local Biological Structures in Spatial Transcriptomics Datasets. Nature Cell Biology (2025)

computational genomicscomputational biologybiomedical informaticscoco-st detectsspatial transcriptomics datasetsbioinformaticsgenome biologybiological network visualizationtranscription (biology)molecular biologylocal biological structuresspatial omicssystems biologytranscriptomics technologygene expressiontranscriptomegenetics

Dimensionality Reduction for Visualizing Spatially Resolved Profiling Data Using Spasne. GigaScience (2025)

Yuansheng ZhouChen TangXue XiaoXiaowei ZhanTao WangGuanghua XiaoLin Xu

computer sciencespatial analysisspatial databasesbig spatiotemporal data analyticsknowledge discoveryprofiling datainformation visualizationdata and information visualizationscientific computingdimensionality reductioncomputational imagingvisual data miningmachine learning researchdata sciencescientific visualizationimage analysisvisualizationcomputational visualization

G.Nome, a Transparent Bioinformatics Pipeline That Enables Differential Expression and Alternative Splicing Analysis by Non-Computational Biologists. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Innate and Adaptive Immune Features Associated With Immune-Related Adverse Events. Journal for ImmunoTherapy of Cancer (2025)

Profiling Antigen-Binding Affinity of B Cell Repertoires in Tumors by Deep Learning Predicts Immune-Checkpoint Inhibitor Treatment Outcomes. Nature Cancer (2025)

Swi/Snf Atpase Silenced Hlf Potentiates Lung Metastasis in Solid Cancers. Nature Communications (2025)

Jin ZhouAustin HepperlaJeremy M SimonKangsan KimQing HuChuanhai ZhangLei DongLianxin HuCheng ZhangChengheng LiaoAlice FangYayoi AdachiHaoyong FuTao WangQian LiangFangzhou ZhaoHongyi LiuMasashi TakedaJun FangHua ZhongPeter LyLu WangPayal KapurLin XuLiwei JiaSrinivas MalladiJames BrugarolasM Celeste SimonBo LiQing Zhang

metastasistumor biologysolid cancerslung cancercancer researchmolecular biologyoncologycancer biology

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Tao Wang

Tenure Track Associate Professor

The University of Texas MD Anderson Cancer Center

Affiliations

Metabolomics Core Facility

Department Of Bioinformatics And Computational Biology

Institute for Data Science in Oncology

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tao Wang

The University of Texas MD Anderson Cancer Center

Tenure Track Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Rise of Spatial Tcr Profiling: Emerging Technologies and Open Challenges. Science Immunology (2026)

Abstract 041: A Novel Machine Learning Strategy to Integrate Multi-Omics Data and Detect Genomic Loci and Gene-Environment Interactions for Ldl Cholesterol. Circulation (2025)

Changwei LiRuiyuan ZhangYixi SunJing ChenTao WangLydia BazzanoTanika KellyJiang He

genomicsmulti-omics datadetect genomic locidata sciencegene-environment interactionsldl cholesterolomicsomics integrationbioinformaticsmachine learning

Abstract 6297: Mapping Cellular Interactions From Spatially Resolved Transcriptomics Data. Cancer Research (2025)

cancer researchtranscriptomics datamapping cellular interactions

An Interpretable Multi-Instance Learner Decodes Cellular Recruitment From Spatially Resolved Transcriptomics. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Coco-St Detects Global and Local Biological Structures in Spatial Transcriptomics Datasets. Nature Cell Biology (2025)

Dimensionality Reduction for Visualizing Spatially Resolved Profiling Data Using Spasne. GigaScience (2025)

Yuansheng ZhouChen TangXue XiaoXiaowei ZhanTao WangGuanghua XiaoLin Xu

G.Nome, a Transparent Bioinformatics Pipeline That Enables Differential Expression and Alternative Splicing Analysis by Non-Computational Biologists. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Innate and Adaptive Immune Features Associated With Immune-Related Adverse Events. Journal for ImmunoTherapy of Cancer (2025)

Profiling Antigen-Binding Affinity of B Cell Repertoires in Tumors by Deep Learning Predicts Immune-Checkpoint Inhibitor Treatment Outcomes. Nature Cancer (2025)

Swi/Snf Atpase Silenced Hlf Potentiates Lung Metastasis in Solid Cancers. Nature Communications (2025)

metastasistumor biologysolid cancerslung cancercancer researchmolecular biologyoncologycancer biology

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