Faculty

Institution

Unit

Venue

Scott L. Diamond

Professor Arthur E Humphrey Professor

University of Pennsylvania

Affiliations

School of Engineering and Applied Science

Bioengineering

Chemical and Biomolecular Engineering

Scott L. Diamond is currently serving as a Bioengineering Professor Arthur E Humphrey Professor at University of Pennsylvania.

Honors

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Experiences

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Education

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Scott L. Diamond

University of Pennsylvania

Professor Arthur E Humphrey Professor

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hematology pharmacology vascular biology hemostasis thrombosis physiology biomedical engineering cardiology health sciences nephrology membrane biology liver physiology microfluidics respiratory medicine inflammation cardiovascular research circulatory physiology tissue engineering drug discovery applied physiology blood flow medicinal research laboratory medicine angiology blood platelet venous thrombosis protein science cellular physiology enzyme inhibition fluid flow fibrinolysis high-throughput screening angiogenesis drug development heme homeostasis gene delivery clinical microbiology mammalian biology medical biophysics traumatology pharmaceutical sciences gene transfer experimental biophysics coagulopathy arterial disease anti-inflammatory stem cell research cardiovascular physiology biophysical modeling cerebrovascular disease thrombus growth hemostatic response tissue factor thrombus formation human physiology analytical biotechnology endothelial dysfunction biomedical technologies thrombin generation blood clots cell adhesion clinical pharmacology antimicrobial chemotherapy platelet antagonist therapeutic efficacy therapy resistance fibrin deposition microfluidic assay trauma-induced coagulopathy nonviral gene transfer hierarchical organization cultured endothelial cells platelet aggregates shear stress induction whole blood microfluidic model

Notable Scholarly Works

Notable Federal Grants

Collaborators

Von Willebrand Factor Fibers Formed at Pathological High Shear Provide a Scaffold for α-Synuclein Binding and Aggregation. Scientific Reports (2026)

biophysicscytoskeletonbiomolecular engineeringbiological macromoleculesneurodegenerative diseasesprotein scienceprotein designfibersautophagymembrane proteinsprotein foldingparkinson's diseasebiomedical engineeringcell and molecular biologymolecular neurodegenerationbiophysical reviewcellular biochemistry

From Imaging to Computational Domains for Physics-Driven Molecular Biology Simulations: Hindered Diffusion in Platelet Masses. PLoS Computational Biology (2025)

biophysicsscientific computingbiomedical imagingbiophysical modelingdiffusioncomputational biophysicsmolecular modelling

Multiscale Simulations That Incorporate Patient-Specific Neural Network Models of Platelet Calcium Signaling Predict Diverse Thrombotic Outcomes Under Flow. PLoS Computational Biology (2025)

systems biologycomputational biologythrombosisbiomedical modelingblood platelet

Rapid Determination of Xa Inhibitor Activity in Blood Using a Microfluidic Device That Measures Platelet Deposition and Fibrin Generation Under Flow. TH Open (2025)

hematologyclinical chemistrymicrofluidicsbiological engineeringlaboratory medicineblood vesselsbiomedical engineeringblood purificationvascular biologyanalytical chemistrybiosensorspharmacologychromatographybiomedical analysisthrombosisbioanalysisclinical biochemistry

Next Generation Microfluidics: Fulfilling the Promise of Lab-On-A-Chip Technologies. Lab on a Chip (2024)

Umut A. GurkanDavid K. WoodDorn CarranzaLuke H. HerbertsonScott L. DiamondE. DuSuvajyoti GuhaJorge Di PaolaPatrick C. HinesIan PapautskySergey S. ShevkoplyasNathan J. SniadeckiVamsee K. PamulaPrithu SunddAsif RizwanPankaj QasbaWilbur A. Lam

lab-on-a-chipbiomedical engineeringlab-on-a-chip technologiesmicrofluidics

Activation of Most Toll-Like Receptors in Whole Human Blood Attenuates Platelet Deposition on Collagen Under Flow. Journal of Immunology Research (2023)

Y. LiuS. L. Diamond

cell biologygene expressionbiomarkerscutaneous biologycellular therapyliver physiologymolecular immunologyclinical immunologyinnate immune systemcellular immune responsesimmune responsesmost toll-like receptorsimmunologymedicinal researchhematologyclinical lipidologyinflammationdermatologyexperimental medicine

Development of a Parallel Multiscale 3D Model for Thrombus Growth Under Flow. Frontiers in Physics (2023)

Kaushik N. ShankarScott L. DiamondTalid Sinno

fluid dynamicsengineeringfluid flowthrombus growthapplied physicsmultiscale modelingphysics3d modeling

Fluorescent Peptide for Detecting Factor Xiiia Activity and Fibrin in Whole Blood Clots Forming Under Flow. Research and Practice in Thrombosis and Haemostasis (2023)

Yue LiuJennifer CrossenTimothy J. StalkerScott L. Diamond

medicinefluorescent peptidepharmacologyliver physiologyblood flowhepatologytranslational medicineapplied physiologylaboratory medicinefactor xiiia activityheme homeostasisvascular biologynephrologythrombosishematologyfibrinolysishemostasisinflammationvenous thrombosiswhole blood clotshealth sciences

Abstract P2085: Whole Blood Microfluidics to Assess Direct Oral Anticoagulant (Doac) Activity and Reversal in Neonatal Cardiac Patients. Circulation Research (2022)

Thomas G DiacovoMichael DecortinScott L Diamond

whole blood microfluidicsneonatal cardiac patientsmicrofluidicscardiologyneonatologypediatricslaboratory medicinepharmacologyrespiratory medicinedirect oral anticoagulanthealth sciences

Adp and Thromboxane Inhibitors Both Reduce Global Contraction of Clot Length, While Thromboxane Inhibition Attenuates Internal Aggregate Contraction. TH Open (2022)

Kevin Timothy TriganiMichael DeCortinScott Diamond

global contractionhematologyhemostasisthromboxane inhibitionthromboxane inhibitorsdermatologyvascular biologypharmacologyclot lengthhealth sciencesinternal aggregate contraction

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Scott L. Diamond

Professor Arthur E Humphrey Professor

University of Pennsylvania

Affiliations

School of Engineering and Applied Science

Bioengineering

Chemical and Biomolecular Engineering

Scott L. Diamond is currently serving as a Bioengineering Professor Arthur E Humphrey Professor at University of Pennsylvania.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Scott L. Diamond

University of Pennsylvania

Professor Arthur E Humphrey Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Von Willebrand Factor Fibers Formed at Pathological High Shear Provide a Scaffold for α-Synuclein Binding and Aggregation. Scientific Reports (2026)

From Imaging to Computational Domains for Physics-Driven Molecular Biology Simulations: Hindered Diffusion in Platelet Masses. PLoS Computational Biology (2025)

biophysicsscientific computingbiomedical imagingbiophysical modelingdiffusioncomputational biophysicsmolecular modelling

Multiscale Simulations That Incorporate Patient-Specific Neural Network Models of Platelet Calcium Signaling Predict Diverse Thrombotic Outcomes Under Flow. PLoS Computational Biology (2025)

systems biologycomputational biologythrombosisbiomedical modelingblood platelet

Rapid Determination of Xa Inhibitor Activity in Blood Using a Microfluidic Device That Measures Platelet Deposition and Fibrin Generation Under Flow. TH Open (2025)

Next Generation Microfluidics: Fulfilling the Promise of Lab-On-A-Chip Technologies. Lab on a Chip (2024)

lab-on-a-chipbiomedical engineeringlab-on-a-chip technologiesmicrofluidics

Activation of Most Toll-Like Receptors in Whole Human Blood Attenuates Platelet Deposition on Collagen Under Flow. Journal of Immunology Research (2023)

Y. LiuS. L. Diamond

Development of a Parallel Multiscale 3D Model for Thrombus Growth Under Flow. Frontiers in Physics (2023)

Kaushik N. ShankarScott L. DiamondTalid Sinno

fluid dynamicsengineeringfluid flowthrombus growthapplied physicsmultiscale modelingphysics3d modeling

Fluorescent Peptide for Detecting Factor Xiiia Activity and Fibrin in Whole Blood Clots Forming Under Flow. Research and Practice in Thrombosis and Haemostasis (2023)

Yue LiuJennifer CrossenTimothy J. StalkerScott L. Diamond

Abstract P2085: Whole Blood Microfluidics to Assess Direct Oral Anticoagulant (Doac) Activity and Reversal in Neonatal Cardiac Patients. Circulation Research (2022)

Thomas G DiacovoMichael DecortinScott L Diamond

whole blood microfluidicsneonatal cardiac patientsmicrofluidicscardiologyneonatologypediatricslaboratory medicinepharmacologyrespiratory medicinedirect oral anticoagulanthealth sciences

Adp and Thromboxane Inhibitors Both Reduce Global Contraction of Clot Length, While Thromboxane Inhibition Attenuates Internal Aggregate Contraction. TH Open (2022)

Kevin Timothy TriganiMichael DeCortinScott Diamond

global contractionhematologyhemostasisthromboxane inhibitionthromboxane inhibitorsdermatologyvascular biologypharmacologyclot lengthhealth sciencesinternal aggregate contraction

1
2
3
4
5
30
10 / page

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