Faculty

Institution

Unit

Venue

Frank Ferrone

Professor

Drexel University

Affiliations

College of Medicine

Biochemistry & Molecular Biology

College of Arts and Sciences

Physics

Frank Ferrone is currently serving as a Biochemistry & Molecular Biology Professor at Drexel University.

Honors

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Experiences

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Education

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Frank Ferrone

Drexel University

Professor

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biophysics genetics structural biology hematology molecular biology cell biology sickle hemoglobin experimental biophysics molecular biophysics membrane biology protein science sickle cell disease biophysical chemistry polymerization kinetics medical biophysics biophysical review heme homeostasis nucleation biophysical modeling sickle hemoglobin polymerization protein structure vascular biology sickle hemoglobin fibers molecular and cellular biology polymer science structural molecular biology instrument science bioenergetics redox biology fiber science biomolecular interactions sickle hemoglobin polymers oxygen binding molecular cell biology genome biology physical medicine theoretical biology heme degradation conformational studies molecular research computational biophysics heterogeneous nucleation modulated excitation kinetic models monomer diffusion polymer domains allosteric kinetics sickle cell hemoglobin molecular science molecular physiology quaternary science mammalian biology biological chemistry fibers population ecology social environment human-environment interactions population dynamics crowd behavior fiber structure molecular recognition benchmark studies genetic basis medical genetics supramolecular assemblies sequence assembly faraday discussion transformation kinetics depolymerization immunohaematology microrheology heme transport bacteriology protein aggregation kinetics kinetic studies photolysis-induced gelation systems biology cell research cell biophysics molecular crowding sickle cell cell and molecular biology biophysical aspect

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of the Growth of Sickle Hemoglobin Fibers Observed by Dic Microscopy. Biophysical Journal (2024)

M.T. LevittFrank A. Ferrone

biophysicsmicroscopycell biologyexperimental biophysicsmembrane biologysickle hemoglobin fibersdic microscopystructural biologygenetics

Novel Single-Cell Measurements Suggest Irreversibly Sickled Cells Are Neither Dense nor Dehydrated. Biophysical Journal (2024)

Thomas J ReeseEli H WorthMark K FugateM T LevittFrank A Ferrone

biophysicscell physiologyphysiologycell deathbiophysical reviewcell biologycellular physiologysingle-cell analysiscell metabolismexperimental biophysicsnovel single-cell measurementsbiophysical modelingbiophysical chemistrycell biophysics

Using Linear Dichroism to Measure the Participation of Fetal Hemoglobin in Sickle Hemoglobin Polymerization. Biophysical Journal (2024)

Mark K. FugateKimberly C. GrastyPatrick J. LollFrank A. Ferrone

biophysicsmolecular biophysicssickle hemoglobin polymerizationgeneticsfetal hemoglobinlinear dichroism

An α-Chain Modification Rivals the Effect of Fetal Hemoglobin in Retarding the Rate of Sickle Cell Fiber Formation. Scientific Reports (2023)

Eli H. WorthMark K. FugateKimberly C. GrastyPatrick J. LollMarilyn F. BishopFrank A. Ferrone

hematologydermatologya-chain modificationfetal hemoglobinhealth sciencesgenetics

More of the Same? Voxelotor Spawns a Successor, but on What Success Does It Build?. British Journal of Haematology (2023)

Frank A. Ferrone

critical carehematology

The Sickle-Cell Fiber Revisited. Biomolecules (2023)

Marilyn F. BishopFrank A. Ferrone

biophysicsbiological engineeringsickle-cell fiberfibersfiber sciencebiomolecular engineeringtissue engineering

Voxelotor Does Not Inhibit Sickle Hemoglobin Fiber Formation Upon Complete Deoxygenation. Biophysical Journal (2023)

Eli H. WorthMark K. FugateFrank A. Ferrone

biophysicsneurosciencecomplete deoxygenationdeoxygenationstructural biologygenetics

More to Voxelotor Than Meets the Eye?. Blood Advances (2022)

Robert C. BovinoAllan C. JacksonFrank A. Ferrone

neurologyvascular biologyregenerative medicinehematologydermatologymedicineexperimental medicine

The Flow of Sickle Blood in Glass Capillaries: Fundamentals and Potential Applications. Biophysical Journal (2021)

Christopher D. BrownAlexey M. AprelevMaura AliprandoEmily A. HarknessFrank A. Ferrone

liver physiologyfluid flowhemostasisfluid mechanicsglass capillariesvascular biologyhematologybiomedical flowshealth sciencesexperimental biophysicssickle bloodblood flowbiophysicsneurologyinflammationcardiovascular researchmedical biophysicsfluid dynamicspotential applicationsmembrane biology

Is the Sickle Hemoglobin Polymer Structure a Frustrated Spin-Glass?. Biophysical Journal (2019)

Emily HarknessMark DavisMarilyn F. BishopKimberly C. GrastyPatrick J. LollFrank A. Ferrone

biophysicsmolecular biophysicsbiologymolecular biologystructural biology

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Frank Ferrone

Professor

Drexel University

Affiliations

College of Medicine

Biochemistry & Molecular Biology

College of Arts and Sciences

Physics

Frank Ferrone is currently serving as a Biochemistry & Molecular Biology Professor at Drexel 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

Frank Ferrone

Drexel University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of the Growth of Sickle Hemoglobin Fibers Observed by Dic Microscopy. Biophysical Journal (2024)

M.T. LevittFrank A. Ferrone

biophysicsmicroscopycell biologyexperimental biophysicsmembrane biologysickle hemoglobin fibersdic microscopystructural biologygenetics

Novel Single-Cell Measurements Suggest Irreversibly Sickled Cells Are Neither Dense nor Dehydrated. Biophysical Journal (2024)

Thomas J ReeseEli H WorthMark K FugateM T LevittFrank A Ferrone

Using Linear Dichroism to Measure the Participation of Fetal Hemoglobin in Sickle Hemoglobin Polymerization. Biophysical Journal (2024)

Mark K. FugateKimberly C. GrastyPatrick J. LollFrank A. Ferrone

biophysicsmolecular biophysicssickle hemoglobin polymerizationgeneticsfetal hemoglobinlinear dichroism

An α-Chain Modification Rivals the Effect of Fetal Hemoglobin in Retarding the Rate of Sickle Cell Fiber Formation. Scientific Reports (2023)

Eli H. WorthMark K. FugateKimberly C. GrastyPatrick J. LollMarilyn F. BishopFrank A. Ferrone

hematologydermatologya-chain modificationfetal hemoglobinhealth sciencesgenetics

More of the Same? Voxelotor Spawns a Successor, but on What Success Does It Build?. British Journal of Haematology (2023)

Frank A. Ferrone

critical carehematology

The Sickle-Cell Fiber Revisited. Biomolecules (2023)

Marilyn F. BishopFrank A. Ferrone

biophysicsbiological engineeringsickle-cell fiberfibersfiber sciencebiomolecular engineeringtissue engineering

Voxelotor Does Not Inhibit Sickle Hemoglobin Fiber Formation Upon Complete Deoxygenation. Biophysical Journal (2023)

Eli H. WorthMark K. FugateFrank A. Ferrone

biophysicsneurosciencecomplete deoxygenationdeoxygenationstructural biologygenetics

More to Voxelotor Than Meets the Eye?. Blood Advances (2022)

Robert C. BovinoAllan C. JacksonFrank A. Ferrone

neurologyvascular biologyregenerative medicinehematologydermatologymedicineexperimental medicine

The Flow of Sickle Blood in Glass Capillaries: Fundamentals and Potential Applications. Biophysical Journal (2021)

Christopher D. BrownAlexey M. AprelevMaura AliprandoEmily A. HarknessFrank A. Ferrone

Is the Sickle Hemoglobin Polymer Structure a Frustrated Spin-Glass?. Biophysical Journal (2019)

Emily HarknessMark DavisMarilyn F. BishopKimberly C. GrastyPatrick J. LollFrank A. Ferrone

biophysicsmolecular biophysicsbiologymolecular biologystructural biology

1
2
3
4
5
12
10 / page

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