Faculty

Institution

Unit

Venue

Béla Suki

Professor

Boston University

Affiliations

College of Engineering

Biomedical Engineering

Electrical and Computer Engineering

Materials Science and Engineering

Béla Suki is currently serving as a Biomedical Engineering Professor at Boston University.

Honors

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Experiences

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Education

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Béla Suki

Boston University

Professor

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respiratory medicine physiology applied physiology biophysics biomedical engineering mammalian biology biomechanics health sciences animal physiology human physiology tissue engineering veterinary medicine vascular biology mammalian physiology structural biology electrophysiology membrane biology ventilation cardiology exercise physiology liver physiology cellular physiology tissue physiology cell biomechanics veterinary physiology physiological research matrix biology mechanical science biomedical modeling animal science avian biology molecular physiology respiration (physiology) mechanotransduction fibrosis respiratory neurobiology physiological measurements human tissues lung parenchyma mechanical forces mechanical ventilation biomedical imaging tissue development acute lung injury lung structure bioacoustics biomedical technologies computed tomography variable ventilation chronic obstructive pulmonary disease clinical physiology neonatology medical biophysics respiratory mechanics elastase-induced emphysema cardiovascular research mitochondrial function lung inflation lung tissue mechanics fluctuation-driven mechanotransduction structure-function relations pulmonary diseases comparative physiology computational medicine elasticity (physics) fragmentation effect pulmonary pharmacology hypoxia (medicine) tissue imaging 3d imaging lung tissue lung tissue viscoelasticity healthy infants crackle sound muscle function temporal complexity circulatory physiology complex biological systems artificial life mechanics living tissues mechanobiology tissue (biology)

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanotransduction-Motivated Agent-Based Model of Lung Parenchymal Self-Healing and Fibrosis on a Spring Network. (2024)

J.K. HallJ.H.T. BatesR. KrishnanK.R. LutchenB. Suki

tissue engineeringhepatologyfibrosisspring networkmechanotransduction-motivated agent-based modellung parenchymal self-healingsystems biologyimmunologypharmacologyregenerative medicinerespiratory medicinemechanotransductionbiomechanicsbiomedical modelingagent-based models

A Microscale Personalized Spring Network Model Predicts Small Airway Disappearance in Chronic Obstructive Pulmonary Disease. (2024)

J.K. HallJ.H.T. BatesR. KrishnanK.R. LutchenB. Suki

chronic obstructive pulmonary diseasenetwork modelsrespiratory medicinemodeling and simulationhealth sciences

Biomechanics and Mechanobiology of the Lung Parenchyma Following Sars-Cov-2 Infection. Elsevier eBooks (2024)

Béla SukiAndrás LorxErzsébet Bartolák-Suki

virologyinfectious diseaseslung parenchymamechanobiologysars-cov-2biologyvascular biologyrespiratory medicinehealth sciences

Effects of Bacterial Collagenase on the Failure of Lung Collagen Fibers. (2024)

Y. DengJ. HerrmannM. L. SmithK.R. LutchenE. Bartolak-SukiB. Suki

microbiologybone researchdermatologybacterial collagenasetissue (biology)lung collagen fiberspathology

Elucidating the Interaction Between Stretch and Stiffness Using an Agent-Based Spring Network Model of Progressive Pulmonary Fibrosis. Frontiers in Network Physiology (2024)

Joseph K. HallJason H. T. BatesRamaswamy KrishnanJae Hun KimYuqing DengKenneth R. LutchenBéla Suki

tissue engineeringprogressive pulmonary fibrosiscontinuum modelingelasticity (physics)compression (physics)biomedical engineeringbiomedical modelingrespiratory medicinephysiologystructural mechanicsbiomechanical engineeringfrictionbiomechanicsmechanical engineeringagent-based models

Physiological Mechanical Forces Accelerate the Degradation of Bovine Lung Collagen Fibers by Bacterial Collagenase. Scientific Reports (2024)

Yuqing DengJacob HerrmannYu WangMinh NguyenJoseph K. HallJae Hun KimMichael L. SmithKenneth R. LutchenElizabeth Bartolák-SukiBéla Suki

bacterial collagenasephysiological mechanical forcesphysiologymechanobiology

Precision-Cut Lung Slices: Emerging Tools for Preclinical and Translational Lung Research: An Official American Thoracic Society Workshop Report. American Journal of Respiratory Cell and Molecular Biology (2024)

Mareike LehmannRamaswamy KrishnanJennifer SucreHrishikesh S. KulkarniRicardo H PinedaChristopher AndersonNicholas E BanovichHolger P BehrsingCharlotte H DeanAndrew HaakReinoud GosensNaftali KaminskiAnna ZagorskaCynthia Koziol-WhiteJordan P MetcalfYong Ho KimClaudia LoebelEnid NeptuneAlexandra NoelGanesh RaghuKatherina SewaldAshish SharmaBela SukiAnne SperlingAmanda TatlerScott TurnerIvan O. RosasPam van RyTimo WilleScott H RandellGloria PryhuberMauricio RojasJane BourkeMelanie Königshoff

molecular biologylung cancertranslational lung research

The Fibrotic Phenotype of Human Precision-Cut Lung Slices is Maintained After Cryopreservation. Toxics (2024)

Méry MarimoutouVivek PatelJae Hun KimNiccole SchaibleJose AlvarezJoseph HughesMcKenzie ObermokCarlos Iván RodríguezThomas KallarakalBéla SukiKhalid AminRamaswamy KrishnanHolger Peter Behrsing

fibrotic phenotypefibrosis

An Agent-Based Model of Fibrosis on Lung Architecture. (2023)

D. CaseyA.M. SosaB.J. SmithB. SukiJ.H.T. Bates

network sciencemultiagent systemssystems engineeringfibrosisbehavioral scienceslung architecturerespiratory medicinerisk managementhealth sciencesagent-based models

An Agent-Based Model of Tissue Maintenance and Self-Repair. AJP Cell Physiology (2023)

Jason H. T. BatesJacob HerrmannDylan T. CaseyBéla Suki

tissue maintenanceself-repairagent-based systemcell physiologyphysiologyagent-based models

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Béla Suki

Professor

Boston University

Affiliations

College of Engineering

Biomedical Engineering

Electrical and Computer Engineering

Materials Science and Engineering

Béla Suki is currently serving as a Biomedical Engineering Professor at Boston 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

Béla Suki

Boston University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanotransduction-Motivated Agent-Based Model of Lung Parenchymal Self-Healing and Fibrosis on a Spring Network. (2024)

J.K. HallJ.H.T. BatesR. KrishnanK.R. LutchenB. Suki

A Microscale Personalized Spring Network Model Predicts Small Airway Disappearance in Chronic Obstructive Pulmonary Disease. (2024)

J.K. HallJ.H.T. BatesR. KrishnanK.R. LutchenB. Suki

chronic obstructive pulmonary diseasenetwork modelsrespiratory medicinemodeling and simulationhealth sciences

Biomechanics and Mechanobiology of the Lung Parenchyma Following Sars-Cov-2 Infection. Elsevier eBooks (2024)

Béla SukiAndrás LorxErzsébet Bartolák-Suki

virologyinfectious diseaseslung parenchymamechanobiologysars-cov-2biologyvascular biologyrespiratory medicinehealth sciences

Effects of Bacterial Collagenase on the Failure of Lung Collagen Fibers. (2024)

Y. DengJ. HerrmannM. L. SmithK.R. LutchenE. Bartolak-SukiB. Suki

microbiologybone researchdermatologybacterial collagenasetissue (biology)lung collagen fiberspathology

Elucidating the Interaction Between Stretch and Stiffness Using an Agent-Based Spring Network Model of Progressive Pulmonary Fibrosis. Frontiers in Network Physiology (2024)

Joseph K. HallJason H. T. BatesRamaswamy KrishnanJae Hun KimYuqing DengKenneth R. LutchenBéla Suki

Physiological Mechanical Forces Accelerate the Degradation of Bovine Lung Collagen Fibers by Bacterial Collagenase. Scientific Reports (2024)

Yuqing DengJacob HerrmannYu WangMinh NguyenJoseph K. HallJae Hun KimMichael L. SmithKenneth R. LutchenElizabeth Bartolák-SukiBéla Suki

bacterial collagenasephysiological mechanical forcesphysiologymechanobiology

molecular biologylung cancertranslational lung research

The Fibrotic Phenotype of Human Precision-Cut Lung Slices is Maintained After Cryopreservation. Toxics (2024)

Méry MarimoutouVivek PatelJae Hun KimNiccole SchaibleJose AlvarezJoseph HughesMcKenzie ObermokCarlos Iván RodríguezThomas KallarakalBéla SukiKhalid AminRamaswamy KrishnanHolger Peter Behrsing

fibrotic phenotypefibrosis

An Agent-Based Model of Fibrosis on Lung Architecture. (2023)

D. CaseyA.M. SosaB.J. SmithB. SukiJ.H.T. Bates

network sciencemultiagent systemssystems engineeringfibrosisbehavioral scienceslung architecturerespiratory medicinerisk managementhealth sciencesagent-based models

An Agent-Based Model of Tissue Maintenance and Self-Repair. AJP Cell Physiology (2023)

Jason H. T. BatesJacob HerrmannDylan T. CaseyBéla Suki

tissue maintenanceself-repairagent-based systemcell physiologyphysiologyagent-based models

1
2
3
4
5
40
10 / page

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Similar Faculty Members

Timothy W. Secomb

Institution

University of Arizona

blood vessel

circulatory physiology

Susan S. Margulies

Institution

University of Pennsylvania

neuroscience

neurology

Marcos Intaglietta

Institution

University of California, San Diego

physiology

hematology

Natalia Trayanova

Institution

Johns Hopkins University

cardiology

electrophysiology

Igor Efimov

Institution

Northwestern University

cardiology

electrophysiology

Aleksander S. Popel

Institution

Johns Hopkins University

vascular biology

physiology

Christopher Chen

Institution

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extracellular matrix

stem cell

Jeffrey J. Fredberg

Institution

Harvard University

respiratory medicine

asthma

Michael Sacks

Institution

University of Texas at Austin

biomedical engineering

computational medicine

Stephen Black

Institution

Florida International University

congenital heart disease

pulmonary vascular disease