Faculty

Institution

Unit

Venue

David N. Ku

Regents' Professor

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

Scheller College of Business

Strategy and Innovation

David N. Ku is currently serving as a College Of Engineering Regents' Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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David N. Ku

Georgia Institute of Technology

Regents' Professor

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biomedical engineering vascular biology cardiology biomechanics physiology hematology fluid mechanics blood flow respiratory medicine circulatory physiology thrombosis biomechanical engineering fluid dynamics engineering biophysics arterial disease vascular surgery tissue engineering cardiovascular research hemostasis regenerative medicine applied physiology fluid flow angiology biomedical flows orthopedic biomechanics blood flow measurement pulsatile flow mechanical science magnetic resonance imaging vascular adaptation vascular disease abdominal aorta biomedical imaging computational fluid dynamics biomaterials design blood platelet cerebrovascular disease medical technology stenotic arteries stenosis severity neuroradiology spinal biomechanics transfusion medicine cardiovascular physiology fluid-structure interaction biomedical modeling high shear bone research laboratory medicine medical biophysics cell biomechanics unsteady flows in vivo systems biofluid dynamics fragmentation effect human carotid bifurcation wall shear stress severe stenosis thrombus formation organ culture biomedical analysis orthopaedic research brain imaging biomedical technologies medical image analysis experimental biophysics membrane transport spine surgery pharmaceutical nanotechnology human abdominal aorta pulsatile velocity measurements carotid arteries wall shear rate multiple shear rates stenotic vessels medicine clinical engineering bioengineering model biofluid mechanics medical implants

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Aerosol Collection Method Shows the Cough Aeromicrobiome of People With Tuberculosis is Phylogenetically Distinct From Respiratory Tract Specimens. Research Square (Research Square) (2024)

Tinaye L. ChiyakaGeorgina R. NyawoCharissa NaidooSuventha MoodleyJose C. ClementeStephanus T. MalherbeRobin WarrenDavid KuLeopoldo N. SegalGrant Theron

clinical microbiologypulmonary tuberculosisinfectious diseasestuberculosisevolutionary microbiologyaerosol sciencerespiratory medicinecough aeromicrobiomephylogeneticsevolutionary biologyveterinary medicinerespiratory tract specimenshealth sciences

Material Strengths of Shear-Induced Platelet Aggregation Clots and Coagulation Clots. Scientific Reports (2024)

Dongjune A. KimDavid N. Ku

vascular biologycoatingsrespiratory medicinemechanical engineeringmaterial strengthscoagulation clotshealth sciencesmaterials science

Novel Tubing Connectors Reduce Ecmo Circuit Thrombosis. The International Journal of Artificial Organs (2024)

Christopher A BresetteSusan M SheaScott WagonerSaagar BakshiShriprasad R DeshpandeKevin O MaherDavid N Ku

mechanical engineeringelectrical engineeringbiomedical engineeringartificial organstissue engineering

Abstract 511: Novel Thrombolytic Agent Showing Unique Lysis of Platelet-Rich Thrombi. Arteriosclerosis Thrombosis and Vascular Biology (2023)

Saagar C BakshiGian Rivera-CrespoDavid N Ku

vascular biologycardiologyangiologyimmunologythrombosishematologybiomedical engineeringplatelet-rich thrombihealth sciences

N-Acetyl Cysteine Prevents Arterial Thrombosis in a Dose-Dependent Manner in Vitro and in Mice. Arteriosclerosis Thrombosis and Vascular Biology (2023)

Christopher A. BresetteKatrina J. AshworthJorge Di PaolaDavid N. Ku

neurologyvascular biologycardiologycardiovascular researchnephrologycirculatory physiologyliver physiologyphysiologyangiologyheme homeostasisremedial actionhepatologyatherosclerosishematologythrombosishemostasisdose-dependent mannerpharmacology

The Critical Role of Engineering in the Rapid Development of Covid-19 Diagnostics: Lessons From the Radx Tech Test Verification Core. Science Advances (2023)

Robert G. ManninoEric J. NehlSarah FarmerAmanda Foster PeaglerMaren C. ParsellViviana ClaveriaDavid KuDavid S. GottfriedHang ChenWilbur A. LamOliver Brand

rapid developmentsystems engineeringdisease detectiontechnologydiagnosisbiomedical engineeringmedical diagnosticsradiation detectionscience advancecovid-19test-driven development

Designing for Simplicity: Lessons From Mesa Biotech for Microfluidic Entrepreneurs and Early-Stage Companies. Lab on a Chip (2022)

Morgan N. GreenleafGregory L. DamhorstDavid N. KuEric J. NehlErika A. TyburskiOliver BrandGreg S. MartinWilbur A. Lam

biological engineeringearly-stage companiesmicrofluidic entrepreneursmicrofluidicsmesa biotech

Don’t Forget About Human Factors: Lessons Learned From Covid-19 Point-Of-Care Testing. Cell Reports Methods (2022)

Sarah FarmerVictoria RazinAmanda Foster PeaglerSamantha StricklerW. Bradley FainGregory L. DamhorstRussell R. KempkerNira R. PollockOliver BrandBrooke SeitterStacy S. HeilmanEric J. NehlJoshua M. LevyDavid S. GottfriedGreg S. MartinMorgan GreenleafDavid N. KuJesse J. WaggonerElizabeth IffrigRobert G. ManninoYun F. WangEric OrtlundJulie SullivanPaulina A. RebolledoViviana ClaveríaJohn D. RobackMacArthur BenoitCheryl StoneAnnette EsperFilipp FrankWilbur A. Lam

public healthpoint-of-care testingclinical researchcovid-19health sciencesstatistics

Structure of Shear-Induced Platelet Aggregated Clot Formed in an in Vitro Arterial Thrombosis Model. Blood Advances (2022)

Dongjune A. KimDavid N. Ku

hemostasisblood plateletvascular biologynephrologyphysiologyhematologyarterial diseasehealth sciencescardiologythrombosisshear-induced plateletlaboratory medicinestructural biologyblood flowcardiovascular researchregenerative medicinemedicineexperimental medicinetransfusion medicine

Global Thrombosis Test: Occlusion by Coagulation or Sipa?. TH Open (2021)

Viviana ClaveríaPatricia J. YangMichael T. GriffinDavid N. Ku

global thrombosis testrespiratory medicinethrombosishematologyglobal health

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David N. Ku

Regents' Professor

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

Scheller College of Business

Strategy and Innovation

David N. Ku is currently serving as a College Of Engineering Regents' Professor at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David N. Ku

Georgia Institute of Technology

Regents' Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Aerosol Collection Method Shows the Cough Aeromicrobiome of People With Tuberculosis is Phylogenetically Distinct From Respiratory Tract Specimens. Research Square (Research Square) (2024)

Tinaye L. ChiyakaGeorgina R. NyawoCharissa NaidooSuventha MoodleyJose C. ClementeStephanus T. MalherbeRobin WarrenDavid KuLeopoldo N. SegalGrant Theron

Material Strengths of Shear-Induced Platelet Aggregation Clots and Coagulation Clots. Scientific Reports (2024)

Dongjune A. KimDavid N. Ku

vascular biologycoatingsrespiratory medicinemechanical engineeringmaterial strengthscoagulation clotshealth sciencesmaterials science

Novel Tubing Connectors Reduce Ecmo Circuit Thrombosis. The International Journal of Artificial Organs (2024)

Christopher A BresetteSusan M SheaScott WagonerSaagar BakshiShriprasad R DeshpandeKevin O MaherDavid N Ku

mechanical engineeringelectrical engineeringbiomedical engineeringartificial organstissue engineering

Abstract 511: Novel Thrombolytic Agent Showing Unique Lysis of Platelet-Rich Thrombi. Arteriosclerosis Thrombosis and Vascular Biology (2023)

Saagar C BakshiGian Rivera-CrespoDavid N Ku

vascular biologycardiologyangiologyimmunologythrombosishematologybiomedical engineeringplatelet-rich thrombihealth sciences

N-Acetyl Cysteine Prevents Arterial Thrombosis in a Dose-Dependent Manner in Vitro and in Mice. Arteriosclerosis Thrombosis and Vascular Biology (2023)

Christopher A. BresetteKatrina J. AshworthJorge Di PaolaDavid N. Ku

The Critical Role of Engineering in the Rapid Development of Covid-19 Diagnostics: Lessons From the Radx Tech Test Verification Core. Science Advances (2023)

Robert G. ManninoEric J. NehlSarah FarmerAmanda Foster PeaglerMaren C. ParsellViviana ClaveriaDavid KuDavid S. GottfriedHang ChenWilbur A. LamOliver Brand

rapid developmentsystems engineeringdisease detectiontechnologydiagnosisbiomedical engineeringmedical diagnosticsradiation detectionscience advancecovid-19test-driven development

Designing for Simplicity: Lessons From Mesa Biotech for Microfluidic Entrepreneurs and Early-Stage Companies. Lab on a Chip (2022)

Morgan N. GreenleafGregory L. DamhorstDavid N. KuEric J. NehlErika A. TyburskiOliver BrandGreg S. MartinWilbur A. Lam

biological engineeringearly-stage companiesmicrofluidic entrepreneursmicrofluidicsmesa biotech

Don’t Forget About Human Factors: Lessons Learned From Covid-19 Point-Of-Care Testing. Cell Reports Methods (2022)

public healthpoint-of-care testingclinical researchcovid-19health sciencesstatistics

Structure of Shear-Induced Platelet Aggregated Clot Formed in an in Vitro Arterial Thrombosis Model. Blood Advances (2022)

Dongjune A. KimDavid N. Ku

Global Thrombosis Test: Occlusion by Coagulation or Sipa?. TH Open (2021)

Viviana ClaveríaPatricia J. YangMichael T. GriffinDavid N. Ku

global thrombosis testrespiratory medicinethrombosishematologyglobal health

1
2
3
4
5
20
10 / page

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