Faculty

Institution

Unit

Venue

Christopher Siedlecki

Jane A Fetter Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Biomedical Engineering

Penn State College of Medicine

Department of Surgery

Division of Applied Biomedical Engineering

Christopher Siedlecki is currently serving as a Biomedical Engineering Jane A Fetter Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Christopher Siedlecki

Pennsylvania State University

Jane A Fetter Professor

You can click a keyword to filter the displayed items

materials science biomedical engineering biophysics surface science tissue engineering polymer science structural biology pharmacology hematology vascular biology biomaterials atomic force microscopy material research applied microbiology nanomedicine nanotechnology interface science platelet adhesion clinical microbiology biocompatible materials thrombosis surface chemistry polymer technology bacterial adhesion bone research biopolymers biomaterials design surface characterization applied physiology cellular physiology polymer engineering blood factor xii contact activation biomaterial surfaces respiratory medicine material chemistry cell biomechanics nanobiotechnology surface reactivity hemostasis surface nanotechnology surface processing surface treatments cell adhesion biofilm formation protein adsorption membrane science composite interface composite science fibers colloid chemistry colloidal systems surface modification novel interface polymer properties interfacial studies surface texturing blood plasma coagulation time-dependent functional activity osmoregulation medical microbiology surface analysis nanometrology human physiology cell physiology organ physiology artificial organs surface engineering biomolecular interactions blood compatibility challenge polyurethane biomaterials intrinsic pathway afm imaging protein interactions biointerfaces biomems sustainable development microscopy biotechnology advance biomolecular engineering biological engineering biofabrication

Notable Scholarly Works

Notable Federal Grants

Collaborators

Gpvi-Mediated Thrombus Stabilization of Shear-Induced Platelet Aggregates in a Microfluidic Stenosis. Biophysical Journal (2024)

Connor T WatsonChristopher A SiedleckiKeefe B Manning

biophysicsshear-induced platelet aggregatesmicrofluidicsthrombosisvascular biologygpvi-mediated thrombus stabilizationmicrofluidic stenosisbiophysical modeling

In Vivo Assessment of Dual-Function Submicron Textured Nitric Oxide Releasing Catheters in a 7-Day Rabbit Model. Acta Biomaterialia (2024)

Yi WuLi-Chong XuEric YeagerKeren Gabriela BeitaNatalie CrutchfieldSarah N. WilsonPatrick MaffeChad SchmiedtChristopher A. SiedleckiHitesh Handa

materials sciencedermatologynanomedicinecontrolled releasebiomedical engineeringtissue (biology)applied physiologyvivo assessmentbiocompatible materialstissue engineeringbiomaterialsbioactive materialsbiomechanicsbiomaterial modelingdual-function submicron

The Effects of Submicron‐Textured Surface Topography on Antibiotic Efficacy Against Biofilms. Journal of Biomedical Materials Research Part B Applied Biomaterials (2024)

Asma KhursheedLi‐Chong XuChristopher A. Siedlecki

materials sciencesurface treatmentssurface sciencebiomedical engineeringmaterial researchsurface processingapplied microbiologysubmicron-textured surface topographytissue engineeringantibiotic efficacysurface characterizationapplied physics

Crosslinkable Fluorophenoxy‐Substituted Poly[Bis(Octafluoropentoxy) Phosphazene] Biomaterials With Improved Antimicrobial Effect and Hemocompatibility. Journal of Biomedical Materials Research Part B Applied Biomaterials (2023)

Shelby AlwineChen ChenLihui ShenHarry R. AllcockChristopher A. SiedleckiLi‐Chong Xu

functional materialsmaterials sciencepolymer technologymaterial chemistrybiomedical engineeringmaterial researchcross-linkbiomolecular engineeringbiomaterialsadvanced materialspolymer chemistryconjugated polymersfunctional polymerspolymer sciencebiopolymersbiocompatible materials

In Vitro Evaluation of Blood Plasma Coagulation Responses to Four Medical-Grade Polyurethane Polymers. Journal of Biomaterials Applications (2023)

Lan NguyenLi-Chong XuEric YeagerWilliam J WeissChristopher A Siedlecki

materials sciencetreatment developmenttreatment effectstransfusion medicinehematologymaterial researchthrombosisvascular biologyvitro evaluationbiocompatible materialspolymer analysismedical-grade polyurethane polymerslaboratory medicineregenerative medicinepolymer testingbiomaterialsbiological engineeringbiomedical engineeringtissue engineeringpolymer science

Nucleotide Messenger Signaling of Staphylococci in Responding to Nitric Oxide – Releasing Biomaterials. ACS Biomaterials Science & Engineering (2023)

Alyssa OchettoDongxiao SunChristopher A. SiedleckiLi-Chong Xu

immunologymaterials sciencemolecular microbiologyclinical microbiologyapplied microbiologybiotechnologytissue engineeringreleasing biomaterialshealth sciences

P14: Degradation of High Molecular Weight Multimers of Von Willebrand Factor Under Whole Blood Conditions in High Turbulent Flow: Implications for Continuous Flow Left Ventricular Assist Devices. ASAIO Journal (2023)

Choon-Sik JhunLichong XuEric YeagerKarl BohnenbergerBranka LukicChristopher M. ScheibChristopher A. SiedleckiCarlo R. BartoliRaymond K. NewswangerJoshua P. CysykGerson Rosenberg

cardiovascular interventionsclinical evidencesurvival analysisneurologyclinical lipidologywhole blood conditionscontinuous flowcardiologycardiovascular functioncellular physiologynephrologycardiovascular toxicityhigh turbulent flowcardiovascular translational researchpreventive cardiologypharmacologybiomedical engineeringcardiovascular researchfluid mechanicsventricular assist devicescirculatory physiologyvon willebrand factorcardiovascular disease

Fxii Contact Activation Products Have an Inhibitory Effect on Αfxiia. Journal of Biomedical Materials Research Part A (2023)

Li‐Chong XuChristopher A. Siedlecki

immunologyenzyme inhibitionmicrobial pathogenesispharmacologymaterial researchtreatment effectscell signalingvascular biologygeneticsmammalian biologycell interactionsdrug discoveryinhibitory effectimmune responsesdrug targetingremedial actioninflammation

Surfaces Modified With Small Molecules That Interfere With Nucleotide Signaling Reduce Staphylococcus Epidermidis Biofilm and Increase the Efficacy of Ciprofloxacin. Colloids and Surfaces B Biointerfaces (2023)

Li-Chong XuAlyssa OchettoChen ChenDongxiao SunHarry R. AllcockChristopher A. Siedlecki

immunologycolloidal systemscolloid chemistrysurface treatmentsapplied microbiologyclinical microbiologymedical microbiologybiofilms

Atomic Force Microscopy. CRC Press eBooks (2022)

Andrew A. GewirthJohn R. LaGraff

materials sciencescanning force microscopybiophysicssurface imaginginterface sciencesurface scienceatomic physicsinterface (matter)atomic spectroscopyatomic force microscopyscanning probe microscopymicroscopy methodsmicroscopyatomic force microscopeapplied physicsnanotechnologycharacterization (materials science)

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Christopher Siedlecki

Jane A Fetter Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Biomedical Engineering

Penn State College of Medicine

Department of Surgery

Division of Applied Biomedical Engineering

Christopher Siedlecki is currently serving as a Biomedical Engineering Jane A Fetter Professor at Pennsylvania State 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

Christopher Siedlecki

Pennsylvania State University

Jane A Fetter Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Gpvi-Mediated Thrombus Stabilization of Shear-Induced Platelet Aggregates in a Microfluidic Stenosis. Biophysical Journal (2024)

Connor T WatsonChristopher A SiedleckiKeefe B Manning

biophysicsshear-induced platelet aggregatesmicrofluidicsthrombosisvascular biologygpvi-mediated thrombus stabilizationmicrofluidic stenosisbiophysical modeling

In Vivo Assessment of Dual-Function Submicron Textured Nitric Oxide Releasing Catheters in a 7-Day Rabbit Model. Acta Biomaterialia (2024)

Yi WuLi-Chong XuEric YeagerKeren Gabriela BeitaNatalie CrutchfieldSarah N. WilsonPatrick MaffeChad SchmiedtChristopher A. SiedleckiHitesh Handa

The Effects of Submicron‐Textured Surface Topography on Antibiotic Efficacy Against Biofilms. Journal of Biomedical Materials Research Part B Applied Biomaterials (2024)

Asma KhursheedLi‐Chong XuChristopher A. Siedlecki

Shelby AlwineChen ChenLihui ShenHarry R. AllcockChristopher A. SiedleckiLi‐Chong Xu

In Vitro Evaluation of Blood Plasma Coagulation Responses to Four Medical-Grade Polyurethane Polymers. Journal of Biomaterials Applications (2023)

Lan NguyenLi-Chong XuEric YeagerWilliam J WeissChristopher A Siedlecki

Nucleotide Messenger Signaling of Staphylococci in Responding to Nitric Oxide – Releasing Biomaterials. ACS Biomaterials Science & Engineering (2023)

Alyssa OchettoDongxiao SunChristopher A. SiedleckiLi-Chong Xu

immunologymaterials sciencemolecular microbiologyclinical microbiologyapplied microbiologybiotechnologytissue engineeringreleasing biomaterialshealth sciences

Choon-Sik JhunLichong XuEric YeagerKarl BohnenbergerBranka LukicChristopher M. ScheibChristopher A. SiedleckiCarlo R. BartoliRaymond K. NewswangerJoshua P. CysykGerson Rosenberg

Fxii Contact Activation Products Have an Inhibitory Effect on Αfxiia. Journal of Biomedical Materials Research Part A (2023)

Li‐Chong XuChristopher A. Siedlecki

Li-Chong XuAlyssa OchettoChen ChenDongxiao SunHarry R. AllcockChristopher A. Siedlecki

immunologycolloidal systemscolloid chemistrysurface treatmentsapplied microbiologyclinical microbiologymedical microbiologybiofilms

Atomic Force Microscopy. CRC Press eBooks (2022)

Andrew A. GewirthJohn R. LaGraff

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Similar Faculty Members

Deok-Ho Kim

Institution

Johns Hopkins University

biomedical engineering

materials science

William M. Reichert

Institution

Duke University

biosensor

endothelial cell adhesion

Peter I Lelkes

Institution

Temple University

biomedical engineering

tissue engineering

George A. Truskey

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bioengineering model

cell biomechanics

Andre Palmer

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transfusion medicine

clinical engineering

Craig Duvall

Institution

Vanderbilt University

genetic medicines

osteoarthritis

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Hai-Quan Mao

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Johns Hopkins University

biomedical engineering

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designer surfaces

self-assembly

Linda Griffith

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bio-inspired design

nanoengineering