Faculty

Institution

Unit

Venue

Clara Franzini-Armstrong

Emeritus Professor

University of Pennsylvania

Affiliations

Perelman School of Medicine

Cell and Developmental Biology

Clara Franzini-armstrong is currently serving as a Cell And Developmental Biology Emeritus Professor at University of Pennsylvania.

Honors

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Experiences

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Education

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Clara Franzini-Armstrong

University of Pennsylvania

Emeritus Professor

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physiology neuroscience biophysics membrane biology structural biology skeletal muscle cell biology protein science cellular physiology mammalian biology neurophysiology animal physiology biomechanics electrophysiology molecular physiology cardiology muscle function receptors gene expression avian biology cell motility liver physiology applied physiology receptor (biochemistry) structural molecular biology redox biology fish biology musculoskeletal research cardiac muscle experimental biophysics cellular biology biomolecular interactions vascular biology cell biomechanics cell physiology tissue physiology mitochondrial function cardiovascular physiology electron microscopy sarcoplasmic reticulum molecular cell biology cellular neurobiology calcium release units molecular science protein assembly mammalian physiology medical biophysics excitation-contraction coupling insect science biomolecular structure molecular neurobiology tissue development human sciences musculoskeletal science ryanodine receptors electron tomography functional modification neuroregeneration mutagenesis neurochemistry peripheral couplings physiological research supramolecular assemblies ultrastructure developmental genetics clinical neuroscience molecular architecture junctional feet transverse tubules dihydropyridine-receptor arrays myelinated axons mouse skeletal muscle calcium channels rotary shadowing muscle fibers cardiac myocytes

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ca2+ Entry Units in a Superfast Fish Muscle. Frontiers in physiology (2022)

J. Matthew KittelbergerClara Franzini-ArmstrongSimona Boncompagni

exercise physiologyanimal physiologysuperfast fish musclefish biologyphysiologyneuroscienceneurophysiologygeneticsbiomechanics

The Distal C Terminus of the Dihydropyridine Receptor β 1A Subunit is Essential for Tetrad Formation in Skeletal Muscle. Proceedings of the National Academy of Sciences of the United States of America (2022)

Anamika DayalStefano PerniClara Franzini-ArmstrongKurt G. BeamManfred Grabner

liver physiologyneurophysiologybiomolecular interactionsphysiologymolecular sciencemolecular biologytetrad formationreceptorsfragmentation effectreceptor tyrosine kinasesbiochemistryskeletal muscleprotein structurestructural biologymolecular metabolismprotein sciencereceptor (biochemistry)molecular physiologymembrane biology

The Location of Insp3 Receptors in Purkinje Cells of Murine Cerebellum Does Not Supports a Direct Interaction in the Transfer of Calcium Ions Between Er and Mitochondria. European Journal of Translational Myology (2021)

Ramesh IyerClara Franzini-Armstrong

neurochemistryneuroanatomymurine cerebellumcellular neurobiologyredox biologycell biologyelectrophysiologyneurosciencereceptor (biochemistry)purkinje cellsmembrane biologymolecular biologynervous systemmitochondrial functioncalcium ionsreceptors

Effects of Germline Vhl Deficiency on Growth, Metabolism, and Mitochondria. New England Journal of Medicine (2020)

Silverio PerrottaDomenico RobertiDebora BencivengaPaola CorsettoKatie A. O’BrienMartina CaiazzaEmanuela StamponeLeanne AllisonRoland A. FleckSaverio ScianguettaImmacolata TartaglionePeter A. RobbinsMaddalena CasaleJames A. WestClara Franzini-ArmstrongJulian L. GriffinAngela M. RizzoAntonio A. SinisiAndrew J. MurrayAdriana BorrielloFederico FormentiFulvio Della Ragione

medical systemsregenerative medicinemetabolismcardiologyliver physiologygrowth hormonephysiologycell growthcellular physiologynutrient physiologymembrane biologygene functionmedicinemitochondrial functiongermline vhl deficiencyendocrinologymammalian biologygenetics

The Structural Basis for Intermitochondrial Communications is Fundamentally Different in Cardiac and Skeletal Muscle. Experimental physiology (2020)

Manuela LavoratoFederico FormentiClara Franzini‐Armstrong

biophysicscardiologyphysiologyneurosciencecardiac muscleskeletal musclestructural basisintermitochondrial communicationsstructural biology

To Face or Not to Face: Relationship of Ip3 Receptors and Mitochondria in Purkinje Fibers of Cerebellum. Biophysical journal (2020)

Clara Franzini-ArmstrongV. Ramesh Iyer

biophysicspurkinje fibersneurosciencemolecular biophysicsmolecular biologymitochondrial functionredox biology

Ultrastructure of Primary Pacemaking Cells in Rabbit Sino‐Atrial Node Cells Indicates Limited Sarcoplasmic Reticulum Content. FASEB BioAdvances (2020)

Ramesh IyerOliver MonfrediManuela LavoratoMark TerasakiClara Franzini‐Armstrong

cell physiologycardiovascular researchcardiologycirculatory physiologyphysiologyelectrophysiologycell biologycellular physiologycardiac musclecell volumemolecular physiologyextracellular matrixcell researchidentifiable gap junctionscardiovascular physiologysr content

A Proposed Role for Non-Junctional Transverse Tubules in Skeletal Muscle as Flexible Segments Allowing Expansion of the Transverse Network. European Journal of Translational Myology (2019)

Manuela LavoratoRamesh IyerClara Franzini-Armstrong

exercise physiologyphysiologyprotein sciencenon-junctional transverse tubulesmusculoskeletal scienceneurosciencetransverse networkmorphology (biology)skeletal muscleflexible segmentsstructural biologymaterials science

The Binding Interactions That Maintain Excitation–Contraction Coupling Junctions in Skeletal Muscle. The Journal of General Physiology (2019)

Eduardo RíosDirk GillespieClara Franzini-Armstrong

exercise physiologyneuroscienceneurophysiologybiomolecular interactionscirculatory physiologyphysiologymotor controlapplied physiologyhuman physiologycomparative physiologycellular physiologykinesiologyskeletal muscletranslational physiologyprotein scienceelectrophysiologymolecular physiologymembrane biologybinding interactionsexcitation-contraction coupling junctions

The Binding Interactions That Maintain the Ec Coupling Junctions in Skeletal Muscle. Biophysical Journal (2019)

Eduardo RiosDirk GillespieClara Franzini-Armstrong

biophysicsprotein scienceelectrophysiologyneurosciencemolecular biophysicsexperimental biophysicsmembrane biologybinding interactionsmolecular biologyskeletal musclebiomolecular interactionsstructural biology

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Clara Franzini-Armstrong

Emeritus Professor

University of Pennsylvania

Affiliations

Perelman School of Medicine

Cell and Developmental Biology

Clara Franzini-armstrong is currently serving as a Cell And Developmental Biology Emeritus Professor at University of Pennsylvania.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Clara Franzini-Armstrong

University of Pennsylvania

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ca2+ Entry Units in a Superfast Fish Muscle. Frontiers in physiology (2022)

J. Matthew KittelbergerClara Franzini-ArmstrongSimona Boncompagni

exercise physiologyanimal physiologysuperfast fish musclefish biologyphysiologyneuroscienceneurophysiologygeneticsbiomechanics

Anamika DayalStefano PerniClara Franzini-ArmstrongKurt G. BeamManfred Grabner

Ramesh IyerClara Franzini-Armstrong

Effects of Germline Vhl Deficiency on Growth, Metabolism, and Mitochondria. New England Journal of Medicine (2020)

The Structural Basis for Intermitochondrial Communications is Fundamentally Different in Cardiac and Skeletal Muscle. Experimental physiology (2020)

Manuela LavoratoFederico FormentiClara Franzini‐Armstrong

biophysicscardiologyphysiologyneurosciencecardiac muscleskeletal musclestructural basisintermitochondrial communicationsstructural biology

To Face or Not to Face: Relationship of Ip3 Receptors and Mitochondria in Purkinje Fibers of Cerebellum. Biophysical journal (2020)

Clara Franzini-ArmstrongV. Ramesh Iyer

biophysicspurkinje fibersneurosciencemolecular biophysicsmolecular biologymitochondrial functionredox biology

Ultrastructure of Primary Pacemaking Cells in Rabbit Sino‐Atrial Node Cells Indicates Limited Sarcoplasmic Reticulum Content. FASEB BioAdvances (2020)

Ramesh IyerOliver MonfrediManuela LavoratoMark TerasakiClara Franzini‐Armstrong

A Proposed Role for Non-Junctional Transverse Tubules in Skeletal Muscle as Flexible Segments Allowing Expansion of the Transverse Network. European Journal of Translational Myology (2019)

Manuela LavoratoRamesh IyerClara Franzini-Armstrong

The Binding Interactions That Maintain Excitation–Contraction Coupling Junctions in Skeletal Muscle. The Journal of General Physiology (2019)

Eduardo RíosDirk GillespieClara Franzini-Armstrong

The Binding Interactions That Maintain the Ec Coupling Junctions in Skeletal Muscle. Biophysical Journal (2019)

Eduardo RiosDirk GillespieClara Franzini-Armstrong

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Similar Faculty Members

Sandor Gyorke

Institution

Ohio State University

laboratory investigation

tissue (biology)

Jian-Ping Jin

Institution

Wayne State University

mechanical tension regulation

protein structure-function relationships

Nipavan Chiamvimonvat

Institution

University of California, Davis

pharmacological research

clinical pharmacology

Jian-Ping Jin

Institution

University of Illinois Chicago

developmental biology

muscle cell motility

Colin G. Nichols

Institution

Washington University in St. Louis

membrane transport

electrophysiology

Nipavan Chiamvimonvat

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University of Arizona

circulatory physiology

electrophysiology

Yale Goldman

Institution

University of Pennsylvania

mechanical systems

applied mechanics

Kenton Sanders

Institution

University of Nevada, Reno

pharmacological research

peripheral nervous system

Carol C. Gregorio

Institution

University of Arizona

cardiac muscle

cellular physiology

Enrico Stefani

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University of California, Los Angeles

cardiovascular function

pressure-overload model