Faculty

Institution

Unit

Venue

Brian Storrie

University of Arkansas for Medical Sciences

Affiliations

University of Arkansas for Medical Sciences, Research

NoneBrian Storrie is currently serving as a University Of Arkansas For Medical Sciences, Research faculty at University of Arkansas For Medical Sciences.

Honors

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Experiences

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Education

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Brian Storrie

University of Arkansas for Medical Sciences

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cell biology molecular biology cellular biology vascular biology blood platelet biochemistry hematology intracellular trafficking membrane biology cell signaling hemostasis molecular and cellular biology thrombosis cell and molecular biology microscopy protein science biology molecular cell biology mammalian biology cell research cellular physiology electron microscopy protein transport biomedical imaging cell trafficking golgi apparatus signal transduction protein structure liver physiology membrane transport endoplasmic reticulum membrane science computational imaging cell death super-resolution imaging endocytic pathway cell physiology cellular structure glycosylation platelet secretion platelet activation membrane trafficking human platelets mammalian cells mouse platelets redox biology autophagy cell metabolism toxins microscopy methods heme trafficking light microscopy microscope image processing cell regulation scientific visualization 3d imaging cell organelle retrograde traffic golgi organization interphase hela cells wave optics optical metrology holographic method hematological malignancies cancer biology cell polarity membrane formation remedial action lipid movement biological function phagocytes subcellular organelles golgi complex cop-i-independent transport route nocodazole-induced golgi scattering golgi-resident glycosyltransferases

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bps2025 - Machine Vision Pipeline to Elucidate Structural Underpinnings of Blood Clot Formation. Biophysical Journal (2025)

Samuel J. FultonCameron BaenenMaria A. AronovaBrian StorrieIrina D. PokrovskayaElizabeth R. DriehausSidney W. WhiteheartRichard D. Leapman

biophysicsblood clot formationmachine vision pipelinemachine visionbiophysical modelingstructural underpinnings

Contrasting Effects of Platelet Gpvi Deletion Versus Syk Inhibition on Mouse Jugular Vein Puncture Wound Structure. (2025)

Irina D. PokrovskayaKelly K. BallMichael W. WebbSung W. RheeJerry WareBrian Storrie

pathologyearly diagnosiswound healingimmunologyplatelet gpvi deletionblood platelet

Differential Platelet Spatial Morphodynamics in Response to Local Signaling Environments Within a Jugular Puncture Wound Thrombus. (2025)

Madhavi A. AriyarathneIrina D. PokrovskayaKelly K. BallOliver S. ZhaoMaria A. AronovaRichard D. LeapmanBrian Storrie

vascular biologypathologyimmunologythrombosishematologyhemostasisblood plateletsystems biology

Densely Populated Cell and Organelles Segmentation With Multi-Plane Deep Learning Pipeline. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Samuel J. FultonCameron M. BaenenBrian StorrieZijie YangRichard D. LeapmanMaria A. Aronova

cell organellemicroscopybiological imagingdeep learningcell biologycell detectionsingle-cell analysismolecular biologybioimage analysissystems biologycell research

Differential Effects of Gpvi Deletion and Syk Inhibition on Thrombus Organization and Platelet Adhesion in a Murine Jugular Puncture Wound Model. Blood (2024)

Brian StorrieIrina D PokrovskayaKelly K. BallMichael W. Webb

vascular traumavascular biologyplatelet adhesionwound healingimmunologythrombosisthrombus organizationbiomedical engineeringdifferential effectssyk inhibitiongpvi deletion

Puncture Wound Hemostasis and Preparation of Samples for Montaged Wide-Area Electron Microscopy Analysis. Journal of Visualized Experiments (2024)

Kelly BallIrina PokrovskayaBrian Storrie

microscopyelectron microscopybiomedical engineeringelectron microscopeexperimental analysispuncture wound hemostasis

Single-Platelet Mapping of Jugular, Puncture-Wound Thrombi Reveals the Spatial Evolution of Platelet Activation. (2024)

Sung RheeIrina D. PokrovskayaKelly BallMichael W. WebbJeffrey A. KamykowskiOliver ZhaoElizabeth R. DriehausMaria A. AronovaSidney W. WhiteheartRichard D. LeapmanBrian Storrie

puncture-wound thrombivascular biologyepidemiologyspatial evolutionhematologyhemostasisplatelet activationcerebrovascular diseaseemergency medicinehealth sciencessingle-platelet mapping

Trained Image Analysis Techniques for Characterizing Cell Phenotype in Electron Microscopy Images of Mouse Thrombi. Biophysical Journal (2024)

Joshua KimJed YangOmar FaruqueJeffrey A. KamykowskiIrina D. PokrovskayaBrian StorrieRichard D. LeapmanMaria A. Aronova

biophysicsmouse thrombiimage analysis techniquescell phenotypeelectron microscopyelectron microscopy imagesimage analysis

A Rab33B Missense Mouse Model for Smith-Mccort Dysplasia Shows Bone Resorption Defects and Altered Protein Glycosylation. Frontiers in Genetics (2023)

Milena DimoriIrina D. PokrovskayaShijie LiuJohn T. SherrillHoracio Gomez-AcevedoQiang FuBrian StorrieVladimir V. LupashinRoy Morello

protein glycosylationglycosylationsmith-mccort dysplasiageneticsgenetic variation

Deep Learning, 3D Ultrastructural Analysis Reveals Quantitative Differences in Platelet and Organelle Packing in Covid-19/Sarscov2 Patient-Derived Platelets. Platelets (2023)

Sagar S. MatharuCassidy S. NordmannKurtis R. OttmanRahul AkkemDouglas PalumboDenzel R. D. CruzKenneth CampbellGail SievertJamie SturgillJames Z. PorterfieldSmita JoshiHammodah R. AlfarChi PengIrina D. PokrovskayaJeffrey A. KamykowskiJeremy P. WoodBeth GarvyMaria A. AronovaSidney W. WhiteheartRichard D. LeapmanBrian Storrie

biophysicscardiovascular researchvascular biologyclinical lipidologytissue imagingnephrologydeep learningmembrane transportcell biologyorganelle packingdermatologyhemostasissars-cov-2membrane scienceblood plateletcovid-19tissue engineering

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Brian Storrie

University of Arkansas for Medical Sciences

Affiliations

University of Arkansas for Medical Sciences, Research

NoneBrian Storrie is currently serving as a University Of Arkansas For Medical Sciences, Research faculty at University of Arkansas For Medical Sciences.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian Storrie

University of Arkansas for Medical Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bps2025 - Machine Vision Pipeline to Elucidate Structural Underpinnings of Blood Clot Formation. Biophysical Journal (2025)

Samuel J. FultonCameron BaenenMaria A. AronovaBrian StorrieIrina D. PokrovskayaElizabeth R. DriehausSidney W. WhiteheartRichard D. Leapman

biophysicsblood clot formationmachine vision pipelinemachine visionbiophysical modelingstructural underpinnings

Contrasting Effects of Platelet Gpvi Deletion Versus Syk Inhibition on Mouse Jugular Vein Puncture Wound Structure. (2025)

Irina D. PokrovskayaKelly K. BallMichael W. WebbSung W. RheeJerry WareBrian Storrie

pathologyearly diagnosiswound healingimmunologyplatelet gpvi deletionblood platelet

Differential Platelet Spatial Morphodynamics in Response to Local Signaling Environments Within a Jugular Puncture Wound Thrombus. (2025)

Madhavi A. AriyarathneIrina D. PokrovskayaKelly K. BallOliver S. ZhaoMaria A. AronovaRichard D. LeapmanBrian Storrie

vascular biologypathologyimmunologythrombosishematologyhemostasisblood plateletsystems biology

Densely Populated Cell and Organelles Segmentation With Multi-Plane Deep Learning Pipeline. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Samuel J. FultonCameron M. BaenenBrian StorrieZijie YangRichard D. LeapmanMaria A. Aronova

cell organellemicroscopybiological imagingdeep learningcell biologycell detectionsingle-cell analysismolecular biologybioimage analysissystems biologycell research

Differential Effects of Gpvi Deletion and Syk Inhibition on Thrombus Organization and Platelet Adhesion in a Murine Jugular Puncture Wound Model. Blood (2024)

Brian StorrieIrina D PokrovskayaKelly K. BallMichael W. Webb

vascular traumavascular biologyplatelet adhesionwound healingimmunologythrombosisthrombus organizationbiomedical engineeringdifferential effectssyk inhibitiongpvi deletion

Puncture Wound Hemostasis and Preparation of Samples for Montaged Wide-Area Electron Microscopy Analysis. Journal of Visualized Experiments (2024)

Kelly BallIrina PokrovskayaBrian Storrie

microscopyelectron microscopybiomedical engineeringelectron microscopeexperimental analysispuncture wound hemostasis

Single-Platelet Mapping of Jugular, Puncture-Wound Thrombi Reveals the Spatial Evolution of Platelet Activation. (2024)

Sung RheeIrina D. PokrovskayaKelly BallMichael W. WebbJeffrey A. KamykowskiOliver ZhaoElizabeth R. DriehausMaria A. AronovaSidney W. WhiteheartRichard D. LeapmanBrian Storrie

puncture-wound thrombivascular biologyepidemiologyspatial evolutionhematologyhemostasisplatelet activationcerebrovascular diseaseemergency medicinehealth sciencessingle-platelet mapping

Trained Image Analysis Techniques for Characterizing Cell Phenotype in Electron Microscopy Images of Mouse Thrombi. Biophysical Journal (2024)

Joshua KimJed YangOmar FaruqueJeffrey A. KamykowskiIrina D. PokrovskayaBrian StorrieRichard D. LeapmanMaria A. Aronova

biophysicsmouse thrombiimage analysis techniquescell phenotypeelectron microscopyelectron microscopy imagesimage analysis

A Rab33B Missense Mouse Model for Smith-Mccort Dysplasia Shows Bone Resorption Defects and Altered Protein Glycosylation. Frontiers in Genetics (2023)

Milena DimoriIrina D. PokrovskayaShijie LiuJohn T. SherrillHoracio Gomez-AcevedoQiang FuBrian StorrieVladimir V. LupashinRoy Morello

protein glycosylationglycosylationsmith-mccort dysplasiageneticsgenetic variation

Deep Learning, 3D Ultrastructural Analysis Reveals Quantitative Differences in Platelet and Organelle Packing in Covid-19/Sarscov2 Patient-Derived Platelets. Platelets (2023)

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