Faculty

Institution

Unit

Venue

James Baish

Presidential Professor of Biomedical Engineering

Bucknell University

Affiliations

Department Of Biomedical And Electrical Engineering

James Baish is currently serving as a Biomedical And Electrical Engineering Presidential Professor of Biomedical Engineering at Bucknell University.

Honors

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Experiences

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Education

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James Baish

Bucknell University

Presidential Professor of Biomedical Engineering

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biomedical engineering blood vessels physiology tumor microenvironment vascular biology cell biology metastasis cancer cells circulatory physiology cancer immunotherapy radiation oncology oncology cellular therapy cancer imaging cancer letter mechanobiology medicinal research fluid flow biomechanical engineering biomechanics matrix biology thermal engineering cancer discovery biomedical imaging heat mass transfer mathematical bioscience brain tumor research cellular physiology lymphatic system solid stress orthopedic biomechanics cancer treatment tissue oxygenation cancer biology elastic energy lymphatic vessels neurological dysfunction thermal transport tumor targeting nano-drug delivery therapeutic nanomaterials pharmaceutical nanotechnology tissue physiology experimental biophysics cellular senescence vascular aging engineering design process ethic education philosophy of engineering system engineering education universal access accessible education infectious disease modelling nutrient physiology microbial physiology pulmonary tuberculosis image segmentation medical image analysis blood flow computational medicine brain tumours neuronal loss heat transport mechanisms vascular tissues cancer nanomedicines multi-stage nanoparticles solid tumors towards optimal design local hyperthermia perfused tissue small-scale temperature fluctuations viscous damping biomanufacturing laboratory investigation transport phenomena science advance complex fluids membrane science biosystems biomimetic materials biofabrication bioenergetics fluid science biophysical review bioproducts nature method thermodynamics dispersion science biomedical circuits heat transfer quantitative biology mechanical engineering multiphase flows artificial life biotechnology advance theoretical biology synthetic biology mechanical science biological engineering microfluidics energy transformation cell engineering biophysics fluid dynamics mechanics systems biology computational fluid dynamics biomolecular engineering biomedical analysis rheology fluid mechanics engineering bioelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Barriers to Bridges. Cellular and Molecular Bioengineering (2026)

architectureurban planninghuman migrationsocial sciencesurban historysocial changemigration study

Macrophages Recruited by Implanted Fibrin Gels Promote Regeneration of Injured Lymphatic Vessels. Scientific Reports (2026)

neovascularizationvascular biologyregenerative medicinematrix biologycell biologycellular therapyfibrinolysisbiomedical engineeringlymphatic systemimplanted fibrin gelsinjured lymphatic vesselstissue engineeringregeneration (biology)

Efficient Calculation of Fluid Transport in Porous Media With Moving Boundaries. bioRxiv (Cold Spring Harbor Laboratory) (2025)

transport phenomenagranular materialsenvironmental fluid mechanicsmultiphase flowshydraulic researchfluid flowfluid dynamicsengineeringmechanical engineeringcomputational fluid dynamicsdiffusionbiomedical engineeringfluid mechanicsvadose zonefluid scienceporous materialscomputational mechanics

Overcoming Impaired Antigen Presentation in Tumor-Draining Lymph Nodes Facilitates Immunotherapy. Journal for ImmunoTherapy of Cancer (2025)

metastasispathologyradiation oncologycancer immunotherapyimmunologycell transplantationcell researchimmunotherapycellular therapyleukemiaimmune responsesimmunity (medicine)jama oncologycancer cellsautoimmunitycancer lettertumor microenvironment

Aging-Induced Changes in Lymphatic Muscle Cell Transcriptomes Are Associated With Reduced Pumping of Peripheral Collecting Lymphatic Vessels in Mice. Developmental Cell (2024)

Pin-Ji LeiKatarina J RuscicKangsan RohJohanna J RajotteMeghan J O'MeliaEchoe M BoutaMarla MarquezEthel R PereiraAshwin S KumarMohammad S RazaviHengbo ZhouLutz MenzelLiqing HuangHeena KumraMark DuquettePeigen HuangJames W BaishLance L MunnNatasza A KurpiosJessalyn M UbellackerTimothy P Padera

aging cellreduced pumpingcellular differentiationphysiologylymphatic vesselscellular senescencecell biologycellular physiologyageingmolecular physiologyvascular agingaging-induced changeslymphatic system

Experimental and Theoretical Model of Microvascular Network Remodeling and Blood Flow Redistribution Following Minimally Invasive Microvessel Laser Ablation. Scientific Reports (2024)

medical optical imagingvascular biologycirculatory physiologymatrix biologyphotomedicinesurgeryblood vesselsbiophotonicslasersmicrosurgeryradiologybiomedical engineeringmedical devicesmicrofluidicsvascular surgerybiomedical imagingbiofabrication

Fluid Dynamics and Leukocyte Transit in the Lymphatic System. PNAS Nexus (2024)

immunologycell biologyimmune responsesimmunity (medicine)fluid sciencecell researchautoimmunity

Lymphatic Muscle Cells Are Unique Cells That Undergo Aging Induced Changes. SSRN Electronic Journal (2024)

Lei, PinjiRuscic, Katarina J.Roh, KangsanRajotte, Johanna J.O'Melia, Meghan J.Bouta, Echoe M.Marquez, MarlaPereira, Ethel R.Kumar, Ashwin S.Razavi, Mohammad S.Zhou, HengboMenzel, LutzKumra, HeenaDuquette, MarkHuang, PeigenBaish, James W.Munn, Lance L.Ubellacker, Jessalyn M.Padera, Timothy P.

regenerative medicinephysiologyimmunologycell biologyageinglymphatic muscle cellsexperimental gerontologyaging process

Mathematical Model of Oxygen, Nutrient, and Drug Transport in Tuberculosis Granulomas. PLoS Computational Biology (2024)

Meenal DattaMcCarthy KennedySaeed SiriLaura E. ViaJames W. BaishLei XuVéronique DartoisClifton E. BarryRakesh K. Jain

pulmonary tuberculosisdrug transportcomputational biologydrug deliveryinfectious diseasesinfectious disease modellingmathematical biologymicrobial physiologyrespiratory medicinehematologytuberculosis granulomasnutrient physiologytissue oxygenationpharmacologyredox biologyhealth sciencesoncology

577 Cancer Immunotherapy Responses Persist After Lymph Node Resection. Regular and Young Investigator Award Abstracts (2023)

Hengbo ZhouMeghan J O’MeliaJames W BaishLaurel B DarraghPinji LeiLutz MenzelJohanna J RajotteMohammad R NikmaneshiMohammad S Razavi RiziMatthew G Vander HeidenLance L MunnSana D KaramTimothy P Padera

cancer immunotherapyimmunologyimmunotherapycancer immunotherapy responseslymph node resectioncancer treatment

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James Baish

Presidential Professor of Biomedical Engineering

Bucknell University

Affiliations

Department Of Biomedical And Electrical Engineering

James Baish is currently serving as a Biomedical And Electrical Engineering Presidential Professor of Biomedical Engineering at Bucknell 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

James Baish

Bucknell University

Presidential Professor of Biomedical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Barriers to Bridges. Cellular and Molecular Bioengineering (2026)

architectureurban planninghuman migrationsocial sciencesurban historysocial changemigration study

Macrophages Recruited by Implanted Fibrin Gels Promote Regeneration of Injured Lymphatic Vessels. Scientific Reports (2026)

Efficient Calculation of Fluid Transport in Porous Media With Moving Boundaries. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Overcoming Impaired Antigen Presentation in Tumor-Draining Lymph Nodes Facilitates Immunotherapy. Journal for ImmunoTherapy of Cancer (2025)

Aging-Induced Changes in Lymphatic Muscle Cell Transcriptomes Are Associated With Reduced Pumping of Peripheral Collecting Lymphatic Vessels in Mice. Developmental Cell (2024)

Experimental and Theoretical Model of Microvascular Network Remodeling and Blood Flow Redistribution Following Minimally Invasive Microvessel Laser Ablation. Scientific Reports (2024)

Fluid Dynamics and Leukocyte Transit in the Lymphatic System. PNAS Nexus (2024)

immunologycell biologyimmune responsesimmunity (medicine)fluid sciencecell researchautoimmunity

Lymphatic Muscle Cells Are Unique Cells That Undergo Aging Induced Changes. SSRN Electronic Journal (2024)

regenerative medicinephysiologyimmunologycell biologyageinglymphatic muscle cellsexperimental gerontologyaging process

Mathematical Model of Oxygen, Nutrient, and Drug Transport in Tuberculosis Granulomas. PLoS Computational Biology (2024)

Meenal DattaMcCarthy KennedySaeed SiriLaura E. ViaJames W. BaishLei XuVéronique DartoisClifton E. BarryRakesh K. Jain

577 Cancer Immunotherapy Responses Persist After Lymph Node Resection. Regular and Young Investigator Award Abstracts (2023)

cancer immunotherapyimmunologyimmunotherapycancer immunotherapy responseslymph node resectioncancer treatment

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