Faculty

Institution

Unit

Venue

Arun Sharma

Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Biomedical Engineering

Arun Sharma is currently serving as a Biomedical Engineering Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering at Northwestern University.

Honors

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Experiences

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Education

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Arun Sharma

Northwestern University

Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering

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urology regenerative medicine biomedical engineering tissue engineering biological engineering inflammation immunology nanotechnology mesenchymal stem cells nanomedicine stem cell research bone marrow transplantation stem cell transplantation anti-inflammatory stem cells cell transplantation angiogenesis stem-cell therapy veterinary medicine experimental medicine biocompatible materials bone marrow urinary bladder regeneration synthetic biology material research health technology medicinal research biomaterials design nanofibers pharmaceutical nanotechnology nanobiotechnology anti-inflammatory nanofibers bladder tissue engineering murine model elastomeric poly biopolymers biological chemistry genome biology physiological measurements pharmaceutics biofabrication plo biology respiratory medicine pharmacotherapy bio-based materials biomaterial modeling signaling pathways insulin signaling protein expression myeloid neoplasia myelopoiesis developmental genetics sensor health implantable devices biomedical technologies temperature measurement sensor technology experimental biology functional nanomaterials medical technology wireless implantable devices patient monitoring delivery science pharmaceutical technology electroactive material chronic inflammation bioactive self-assembled membrane nonhuman primate model autologous sources erythropoietin signaling specific populations repressor isoforms myeloid lineage commitment chronic intestinal inflammation long-term monitoring implantable temperature sensors ovarian cancer

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cell-Free Biodegradable Electroactive Scaffold for Urinary Bladder Tissue Regeneration. Nature Communications (2025)

Rebecca L. KeateMatthew I. BuryMaria Mendez-SantosAndres GerenaMadeleine GoedegebuureJonathan RivnayArun K. SharmaGuillermo A. Ameer

electroactive materialbiomedical engineeringregenerative medicinetissue engineeringregeneration (biology)

A Biodegradable Microgrooved and Tissue Mechanocompatible Citrate-Based Scaffold Improves Bladder Tissue Regeneration. Bioactive Materials (2024)

Madeleine GoedegebuureMatthew I. BuryXinlong WangPasquale SanfeliceFederico CammarataLarry WangTiffany T. SharmaNachiket RajinikanthVikram KarraVidhika SiddhaArun K. SharmaGuillermo A. Ameer

biodegradable microgroovedbiomedical engineeringregenerative medicineurologytissue engineeringbladder tissue regenerationbiological engineeringbiocompatible materials

An Acellular Platform to Drive Urinary Bladder Tissue Regeneration. Advanced Therapeutics (2024)

Mitali KiniMatthew I. BuryArun K. Sharma

regenerative medicineurology

A Wireless, Implantable Bioelectronic System for Monitoring Urinary Bladder Function Following Surgical Recovery. Proceedings of the National Academy of Sciences (2024)

Jihye KimMatthew I. BuryKyeongha KwonJae-Young YooNadia V. HalsteadHee-Sup ShinShupeng LiSang Min WonMin-Ho SeoYunyun WuDo Yun ParkMitali KiniJean Won KwakSurabhi R. MadhvapathyJoanna L. CiattiJae Hee LeeSuyeon KimHanjun RyuKento YamagishiHong-Joon YoonSung Soo KwakBosung KimYonggang HuangLisa C. HallidayEarl Y. ChengGuillermo A. AmeerArun K. SharmaJohn A. Rogers

technologybiomedical engineeringimplantable bioelectronic systemurologymedical technologypatient monitoringurinary bladder functionwireless implantable devicessurgical recoveryhealth technologybioelectronics

Miniaturized Implantable Temperature Sensors for the Long-Term Monitoring of Chronic Intestinal Inflammation. Nature Biomedical Engineering (2024)

Surabhi R. MadhvapathyMatthew I. BuryLarry W. WangJoanna L. CiattiRaudel AvilaYonggang HuangArun K. SharmaJohn A. Rogers

immunologybiosensorssensor technologywearable technologylong-term monitoringimplantable temperature sensorsbiomedical engineeringbiomedical technologiessensor healthtemperature measurementchronic intestinal inflammationtissue engineeringmedical devicesimplantable devicesphysiological measurementshealth scienceshealth technologyinstrumentation

Multipotent Bone Marrow Cell–Seeded Polymeric Composites Drive Long-Term, Definitive Urinary Bladder Tissue Regeneration. PNAS Nexus (2024)

Matthew I BuryNatalie J FullerXinlong WangYvonne Y ChanRenea M SturmSang Su OhLaurel A SoferHans C AroraTiffany T SharmaBonnie G NolanWei FengRebecca R RabizadehMilica BaracSonia S EdasseryMadeleine M GoedegebuureLarry W WangBalaji GaneshLisa C HallidayMark E SeniwSeby L EdasseryNadim B MahmudMatthias D HoferKevin E McKennaEarl Y ChengGuillermo A AmeerArun K Sharma

cell-seeded polymeric compositesbone marrow transplantationregeneration (biology)tissue transplantationtransplantation proceedingstem cell researchmultipotent bonehaematopoiesisbone researchstem cell transplantationregenerative medicineurologygraft survivalsynthetic biologybiological engineeringbiomedical engineeringtissue engineeringstem-cell therapysynthetic bone substitutecell transplantation

Proteomic Profiling of Regenerated Urinary Bladder Tissue in a Non-Human Primate Augmentation Model. Scientific Reports (2024)

Tiffany T. SharmaSeby L. EdasseryNachiket RajinikanthVikram KarraMatthew I. BuryArun K. Sharma

proteomicsbiomedical engineeringregenerative medicineurologyproteomic profiling

Multipotent Human Neonatal Cardiac‐Derived Mesenchymal Stem Cells Modulate Ileitis in Vivo. Advanced Therapeutics (2023)

Muthukumar GunasekaranMatthew I. BuryTiffany T. SharmaLarry W. WangNatalie J. FullerSwetha T. KrishnanSunjay KaushalArun K. Sharma

immunologymedicinepharmacologyregenerative medicineclinical therapeuticstissue engineeringpersonalized medicinecellular therapyin vivo systemsstem-cell therapyclinical researchbone marrow transplantationexperimental therapeuticsmedicinal researchclinical transplantationexperimental medicinestem cell transplantationtranslational medicine

Proteomic Profiling of Regenerated Urinary Bladder Tissue With Stem Cell Seeded Scaffold Composites in a Non-Human Primate Bladder Augmentation Model. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Tiffany T. SharmaSeby L. EdasseryNatchiket RajinikanthVikram KarraMatthew I. BuryArun K. Sharma

materials scienceproteomicsbiomedical engineeringscaffold compositesregenerative medicineurologytissue engineeringproteomic profilingstem cells

Development of Regenerative Mesenchymal Stem Cell-Seeded Scaffolds for Bladder Augmentation. Elsevier eBooks (2022)

Madeleine M. GoedegebuureLarry WangArun K. Sharma

biomedical engineeringregenerative medicineurologytissue engineeringbiotechnologymesenchymal stem cellsbladder augmentationbiological engineeringstem cell transplantation

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Arun Sharma

Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Biomedical Engineering

Arun Sharma is currently serving as a Biomedical Engineering Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering at Northwestern 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

Arun Sharma

Northwestern University

Research Associate Professor of Urology Research Associate Professor of Biomedical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cell-Free Biodegradable Electroactive Scaffold for Urinary Bladder Tissue Regeneration. Nature Communications (2025)

Rebecca L. KeateMatthew I. BuryMaria Mendez-SantosAndres GerenaMadeleine GoedegebuureJonathan RivnayArun K. SharmaGuillermo A. Ameer

electroactive materialbiomedical engineeringregenerative medicinetissue engineeringregeneration (biology)

A Biodegradable Microgrooved and Tissue Mechanocompatible Citrate-Based Scaffold Improves Bladder Tissue Regeneration. Bioactive Materials (2024)

Madeleine GoedegebuureMatthew I. BuryXinlong WangPasquale SanfeliceFederico CammarataLarry WangTiffany T. SharmaNachiket RajinikanthVikram KarraVidhika SiddhaArun K. SharmaGuillermo A. Ameer

biodegradable microgroovedbiomedical engineeringregenerative medicineurologytissue engineeringbladder tissue regenerationbiological engineeringbiocompatible materials

An Acellular Platform to Drive Urinary Bladder Tissue Regeneration. Advanced Therapeutics (2024)

Mitali KiniMatthew I. BuryArun K. Sharma

regenerative medicineurology

A Wireless, Implantable Bioelectronic System for Monitoring Urinary Bladder Function Following Surgical Recovery. Proceedings of the National Academy of Sciences (2024)

Miniaturized Implantable Temperature Sensors for the Long-Term Monitoring of Chronic Intestinal Inflammation. Nature Biomedical Engineering (2024)

Surabhi R. MadhvapathyMatthew I. BuryLarry W. WangJoanna L. CiattiRaudel AvilaYonggang HuangArun K. SharmaJohn A. Rogers

Multipotent Bone Marrow Cell–Seeded Polymeric Composites Drive Long-Term, Definitive Urinary Bladder Tissue Regeneration. PNAS Nexus (2024)

Proteomic Profiling of Regenerated Urinary Bladder Tissue in a Non-Human Primate Augmentation Model. Scientific Reports (2024)

Tiffany T. SharmaSeby L. EdasseryNachiket RajinikanthVikram KarraMatthew I. BuryArun K. Sharma

proteomicsbiomedical engineeringregenerative medicineurologyproteomic profiling

Multipotent Human Neonatal Cardiac‐Derived Mesenchymal Stem Cells Modulate Ileitis in Vivo. Advanced Therapeutics (2023)

Muthukumar GunasekaranMatthew I. BuryTiffany T. SharmaLarry W. WangNatalie J. FullerSwetha T. KrishnanSunjay KaushalArun K. Sharma

Proteomic Profiling of Regenerated Urinary Bladder Tissue With Stem Cell Seeded Scaffold Composites in a Non-Human Primate Bladder Augmentation Model. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Tiffany T. SharmaSeby L. EdasseryNatchiket RajinikanthVikram KarraMatthew I. BuryArun K. Sharma

materials scienceproteomicsbiomedical engineeringscaffold compositesregenerative medicineurologytissue engineeringproteomic profilingstem cells

Development of Regenerative Mesenchymal Stem Cell-Seeded Scaffolds for Bladder Augmentation. Elsevier eBooks (2022)

Madeleine M. GoedegebuureLarry WangArun K. Sharma

biomedical engineeringregenerative medicineurologytissue engineeringbiotechnologymesenchymal stem cellsbladder augmentationbiological engineeringstem cell transplantation

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University of Alabama at Birmingham

biomedical engineering

nanotechnology

Yunzhi Peter Yang

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biomedical engineering

tissue engineering

Jordan Green

Institution

Johns Hopkins University

biomedical engineering

nanomedicine

Fan Yang

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materials science

biomedical engineering

Liping Tang

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wound healing

biomedical engineering

Michael Davis

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matrix biology

regenerative medicine

Jianyi Zhang

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cardiology

regenerative medicine

Linda Griffith

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Massachusetts Institute of Technology

bio-inspired design

nanoengineering

Hai-Quan Mao

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biomedical engineering

materials science

Phillip C. Yang

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regenerative medicine