Faculty

Institution

Unit

Venue

Sergey Shevkoplyas

Professor

University of Houston

Affiliations

Cullen College of Engineering

Biomedical Engineering

Sergey Shevkoplyas is currently serving as a Biomedical Engineering Professor at University of Houston.

Honors

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Experiences

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Education

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Sergey Shevkoplyas

University of Houston

Professor

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hematology dermatology biomedical engineering microfluidics health sciences regenerative medicine vascular biology medicine lab-on-a-chip tissue engineering respiratory medicine red blood cells transfusion medicine blood transfusion sickle cell disease cardiology nephrology laboratory medicine artificial microvascular network membrane biology hemostasis magnetic levitation microfluidic device cardiovascular research angiology whole blood medicinal research applied physiology separation technology diagnostic tests anaerobic storage resource-limited settings sickle cell anemia magnetism biomedical analysis liver physiology cellular physiology plo biology protein science advanced separations separation techniques clinical immunology pharmaceutical nanotechnology bubble dynamics medical diagnostics blood plasma controlled incremental filtration electronics condensed matter mechanical science laboratory investigation stem cell research magnetic fields separation science polymer engineering cellular senescence heme homeostasis blood cells immunohaematology renal function direct observation cell motility pneumatics apoptosis clinical physiology medical diagnosis biomedical modeling protein chemistry blood flow reperfusion injury treatment effects muscular thin films building actuators superparamagnetic bead applied magnetic field integrated separation

Notable Scholarly Works

Notable Federal Grants

Collaborators

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-chiplab-on-a-chip technologiesbiomedical engineeringmicrofluidics

Recent Developments in Microfluidic Passive Separation to Enable Purification of Platelets for Transfusion. Biomicrofluidics (2024)

Mai T. P. DinhMubasher IqbalKumar AbhishekFong W. LamSergey S. Shevkoplyas

blood plateletbiomedical engineeringmicrofluidicsblood purificationbiomolecular engineeringmicrofluidic passive separationtransfusion medicineblood transfusionmicrofabrication

Separation of Platelets by Size in a Microfluidic Device Based on Controlled Incremental Filtration. Lab on a Chip (2024)

Mai T. P. DinhAnton MukhamedshinKumar AbhishekFong W. LamSean C. GiffordSergey S. Shevkoplyas

separation technologybiomedical engineeringmicrofluidicsadvanced separationsmicrofluidic devicecontrolled incremental filtrationseparation techniques

Manufacturing Regulatory T Cells for Adoptive Cell Therapy in Immune Diseases: A Critical Appraisal. Clinical Immunology (2023)

Kumar AbhishekMalavika NidhiSrinandhini ChandranSergey S. ShevkoplyasChandra Mohan

immunologymedicinecritical appraisalclinical immunologycell therapyadoptive cell therapyt-regulatory cellimmune diseasescellular therapyimmunotherapy

Oa1‐Am23‐Tu‐12 | Deep Ensemble Learning Enables Highly Accurate Classification of Stored Red Blood Cell Morphology. Transfusion (2023)

A. RouttS. ShevkoplyasN. YangM. LuN. Piety

accurate classificationhematologytransfusion medicineblood transfusioncell biology

Rapid, Label‐Free Enrichment of Lymphocytes in a Closed System Using a Flow‐Through Microfluidic Device. Bioengineering & Translational Medicine (2023)

Anton MukhamedshinRiley C. ReddingtonMai T. P. DinhKumar AbhishekMubasher IqbalMarc ManheimSean C. GiffordSergey S. Shevkoplyas

immunologybiomedical engineeringflow-through microfluidic deviceregenerative medicinelabel-free enrichmentclosed systembiological engineeringtranslational medicinemicrofluidics

Recent Advances in Microfluidic Cell Separation to Enable Centrifugation-Free, Low Extracorporeal Volume Leukapheresis in Pediatric Patients.. PubMed (2023)

Mubasher IqbalAnton MukhamedshinDalia L LezzarKumar AbhishekAlexandra L McLennanFong W LamSergey S Shevkoplyas

pediatricspediatric patientsmicrofluidic cell separationmicrofluidics

Red Blood Cell Rosetting Enables Size-Based Separation of Specific Lymphocyte Subsets From Blood in a Microfluidic Device. Lab on a Chip (2023)

Kumar AbhishekAnto Sam Crosslee Louis Sam TitusMai T. P. DinhAnton MukhamedshinChandra MohanSean C. GiffordSergey S. Shevkoplyas

immunologymicrofluidic devicehematologymicrofluidics

A High-Throughput Microfluidic Device Based on Controlled Incremental Filtration to Enable Centrifugation-Free, Low Extracorporeal Volume Leukapheresis. Scientific Reports (2022)

Dalia L. LezzarFong W. LamRavin HuertaAnton MukhamedshinMadeleine LuSergey S. Shevkoplyas

controlled incremental filtrationhigh-throughput microfluidic devicebiomedical engineeringmicrofluidics

Author Correction: A High-Throughput Microfluidic Approach for 1000-Fold Leukocyte Reduction of Platelet-Rich Plasma. Scientific Reports (2022)

Hui XiaBriony C. StrachanSean C. GiffordSergey S. Shevkoplyas

immunologyauthor correctionplatelet-rich plasmabiomedical engineeringhematologythrombosisnephrologyhealth scienceshemostasismicrofluidics

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Sergey Shevkoplyas

Professor

University of Houston

Affiliations

Cullen College of Engineering

Biomedical Engineering

Sergey Shevkoplyas is currently serving as a Biomedical Engineering Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Sergey Shevkoplyas

University of Houston

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

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

lab-on-a-chiplab-on-a-chip technologiesbiomedical engineeringmicrofluidics

Recent Developments in Microfluidic Passive Separation to Enable Purification of Platelets for Transfusion. Biomicrofluidics (2024)

Mai T. P. DinhMubasher IqbalKumar AbhishekFong W. LamSergey S. Shevkoplyas

blood plateletbiomedical engineeringmicrofluidicsblood purificationbiomolecular engineeringmicrofluidic passive separationtransfusion medicineblood transfusionmicrofabrication

Separation of Platelets by Size in a Microfluidic Device Based on Controlled Incremental Filtration. Lab on a Chip (2024)

Mai T. P. DinhAnton MukhamedshinKumar AbhishekFong W. LamSean C. GiffordSergey S. Shevkoplyas

separation technologybiomedical engineeringmicrofluidicsadvanced separationsmicrofluidic devicecontrolled incremental filtrationseparation techniques

Manufacturing Regulatory T Cells for Adoptive Cell Therapy in Immune Diseases: A Critical Appraisal. Clinical Immunology (2023)

Kumar AbhishekMalavika NidhiSrinandhini ChandranSergey S. ShevkoplyasChandra Mohan

immunologymedicinecritical appraisalclinical immunologycell therapyadoptive cell therapyt-regulatory cellimmune diseasescellular therapyimmunotherapy

Oa1‐Am23‐Tu‐12 | Deep Ensemble Learning Enables Highly Accurate Classification of Stored Red Blood Cell Morphology. Transfusion (2023)

A. RouttS. ShevkoplyasN. YangM. LuN. Piety

accurate classificationhematologytransfusion medicineblood transfusioncell biology

Rapid, Label‐Free Enrichment of Lymphocytes in a Closed System Using a Flow‐Through Microfluidic Device. Bioengineering & Translational Medicine (2023)

Anton MukhamedshinRiley C. ReddingtonMai T. P. DinhKumar AbhishekMubasher IqbalMarc ManheimSean C. GiffordSergey S. Shevkoplyas

immunologybiomedical engineeringflow-through microfluidic deviceregenerative medicinelabel-free enrichmentclosed systembiological engineeringtranslational medicinemicrofluidics

Recent Advances in Microfluidic Cell Separation to Enable Centrifugation-Free, Low Extracorporeal Volume Leukapheresis in Pediatric Patients.. PubMed (2023)

Mubasher IqbalAnton MukhamedshinDalia L LezzarKumar AbhishekAlexandra L McLennanFong W LamSergey S Shevkoplyas

pediatricspediatric patientsmicrofluidic cell separationmicrofluidics

Red Blood Cell Rosetting Enables Size-Based Separation of Specific Lymphocyte Subsets From Blood in a Microfluidic Device. Lab on a Chip (2023)

Kumar AbhishekAnto Sam Crosslee Louis Sam TitusMai T. P. DinhAnton MukhamedshinChandra MohanSean C. GiffordSergey S. Shevkoplyas

immunologymicrofluidic devicehematologymicrofluidics

A High-Throughput Microfluidic Device Based on Controlled Incremental Filtration to Enable Centrifugation-Free, Low Extracorporeal Volume Leukapheresis. Scientific Reports (2022)

Dalia L. LezzarFong W. LamRavin HuertaAnton MukhamedshinMadeleine LuSergey S. Shevkoplyas

controlled incremental filtrationhigh-throughput microfluidic devicebiomedical engineeringmicrofluidics

Author Correction: A High-Throughput Microfluidic Approach for 1000-Fold Leukocyte Reduction of Platelet-Rich Plasma. Scientific Reports (2022)

Hui XiaBriony C. StrachanSean C. GiffordSergey S. Shevkoplyas

immunologyauthor correctionplatelet-rich plasmabiomedical engineeringhematologythrombosisnephrologyhealth scienceshemostasismicrofluidics

1
2
3
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5
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Vanderbilt University

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