Faculty

Institution

Unit

Venue

Robert Zajdel

Assistant Professor

Upstate Medical University

Affiliations

Norton College of Medicine

Department Of Anesthesiology

Department Of Cell And Developmental Biology

Department Of Anesthesiology

Norton College Of Medicine

Robert Zajdel is currently serving as an Anesthesiology Assistant Professor at Upstate Medical University.

Honors

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Experiences

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Education

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Robert Zajdel

Upstate Medical University

Assistant Professor

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developmental biology cell biology cardiology cardiac muscle physiology morphogenesis genetics gene expression embryonic development myositis tissue (biology) cellular differentiation cardiovascular research developmental science cardiovascular physiology cardiomyopathy molecular and cellular biology embryology cellular physiology cellular biochemistry developmental cell mexican axolotl ambystoma mexicanum heart development circulatory physiology cellular biology developmental genetics tissue development organ development mutant axolotl hearts mexican axolotls cardiac myofibrillogenesis molecular physiology avian biology animal physiology animal science matrix biology developmental system mammalian biology molecular cell biology protein science cell transplantation cell motility rna biology gene delivery protein transport congenital heart anomaly ontogeny genetic basis molecular substrates cardiovascular toxicity mutagenesis host specificity gene function tissue physiology gene regulation molecular evidence molecular basis structural heart disease protein phosphorylation cardiac pathologies ectopic expression tropomyosin expression avian embryonic muscles contractile activity embryonic hearts novel α‐tropomyosin isoform cardiac tissues point mutation mutant heart correction unique animal model biological macromolecules cell signaling protein structure biological chemistry cell and molecular biology biochemistry clinical proteomics heart failure electrophysiology proteomics cytoskeleton proteome research vascular biology transcription factors biochemical sciences cell metabolism muscular dystrophies transcription (biology) molecular metabolism protein design protein engineering systems biology molecular biology structural molecular biology signal transduction molecular medicine

Notable Scholarly Works

Notable Federal Grants

Collaborators

Expression of Tropomyosin in Relation to Myofibrillogenesis in Axolotl Hearts. Regenerative Medicine Research (2013)

developmental biologycardiomyopathycell biologyelectrophysiologyaxolotl heartsphysiologytissue (biology)cardiac muscle

Tropomyosin Expression and Dynamics in Developing Avian Embryonic Muscles. Cell Motility and the Cytoskeleton (2008)

Jushuo WangHarold ThurstonEugene EssandohMary OtooMingda HanArun RajanSyamalima DubeRobert W. ZajdelJean M. SangerKersti K. LinaskDipak K. DubeJoseph W. Sanger

developmental biologyavian biologycytoskeletonembryonic developmentdevelopmental scienceavian embryonic musclesanimal sciencecell motilityanimal physiologyphysiologymolecular biologytropomyosin expression

A Reduction of Tropomyosin Limits Development of Sarcomeric Structures in Cardiac Mutant Hearts of the Mexican Axolotl. Cardiovascular Toxicology (2007)

developmental biologymorphogenesiscardiologycardiovascular physiologycell biologymexican axolotlmechanobiologycardiac mutant heartsmolecular biologytropomyosin limits developmentcardiac muscle

Differential Expression of Tropomyosin During Segmental Heart Development in Mexican Axolotl. Journal of Cellular Biochemistry (2006)

developmental biologymolecular and cellular biologymorphogenesiscellular differentiationsegmental heart developmentcell biologydevelopmental cellmexican axolotlphysiologytissue (biology)cell and molecular biologygene expressionorgan developmentcellular physiologydifferential expressioncardiac muscle

Tropomodulin Expression in Developing Hearts of Normal and Cardiac Mutant Mexican Axolotl. Cardiovascular Toxicology (2006)

developmental biologytropomodulin expressionmorphogenesiscardiologycellular differentiationcardiovascular physiologycell biologydevelopmental cellphysiologydeveloping heartsgene expressioncardiac muscle

Anti‐Sense‐Mediated Inhibition of Expression of the Novel Striated Tropomyosin Isoform Tpm1κ Disrupts Myofibril Organization in Embryonic Axolotl Hearts. Journal of Cellular Biochemistry (2005)

Robert W. ZajdelChristopher R. DenzAruna NarshiSyamalima DubeDipak K. Dube

gene expressionmolecular and cellular biologycellular biologycell biologyanti-sense-mediated inhibitionbiochemistryembryonic axolotl heartsmolecular biologycellular biochemistry

Cardiac Myofibril Formation is Not Affected by Modification of Both N- and C-Termini of Sarcomeric Tropomyosin. Cardiovascular Toxicology (2005)

cardiomyopathymyositiscardiologymuscular dystrophiescardiac myofibril formationpharmacologyphysiologysarcomeric tropomyosinpathologycardiac muscle

Diminished Myofibril Organization in Mutant Axolotl Hearts Transfected With Site-Directed Mutants of Sarcomeric Tropomyosins. Cardiovascular Toxicology (2005)

Robert W. ZajdelChristopher R. DenzMatthew D. McLeanSyamalima DubeMariappan MuthuchamyBernard J. PoieszDavid F. WieczorekDipak K. Dube

medicineprotein sciencemutant axolotl heartscell transplantationmolecular substratescardiovascular researchgene expressionmutagenesis (molecular biology technique)cardiovascular toxicitymyofibril organizationmutagenesisgeneticsclinical transplantationmolecular cell biologytranscription (biology)structural biologycardiologygenetic basissarcomeric tropomyosinssite-directed mutantsmolecular biologyhost specificity

Downregulation of N1 Gene Expression Inhibits the Initial Heartbeating and Heart Development in Axolotls. Tissue and Cell (2004)

C ZhangF MengX.P HuangR ZajdelS.L LemanskiD FosterN Erginel-UnaltunaD.K DubeL.F Lemanski

developmental biologygene regulationcell biologytissue physiologytissue developmentheart developmentmembrane biologyphysiologytissue (biology)gene functiongene expression

Expression of a Novel Cardiac-Specific Tropomyosin Isoform in Humans. Biochemical and Biophysical Research Communications (2004)

circulatory physiologymyositiscardiologycardiovascular physiologycell biologyphysiologycardiovascular researchcellular physiologymolecular physiologycardiac muscle

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Robert Zajdel

Assistant Professor

Upstate Medical University

Affiliations

Norton College of Medicine

Department Of Anesthesiology

Department Of Cell And Developmental Biology

Department Of Anesthesiology

Norton College Of Medicine

Robert Zajdel is currently serving as an Anesthesiology Assistant Professor at Upstate Medical 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

Robert Zajdel

Upstate Medical University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Expression of Tropomyosin in Relation to Myofibrillogenesis in Axolotl Hearts. Regenerative Medicine Research (2013)

developmental biologycardiomyopathycell biologyelectrophysiologyaxolotl heartsphysiologytissue (biology)cardiac muscle

Tropomyosin Expression and Dynamics in Developing Avian Embryonic Muscles. Cell Motility and the Cytoskeleton (2008)

Jushuo WangHarold ThurstonEugene EssandohMary OtooMingda HanArun RajanSyamalima DubeRobert W. ZajdelJean M. SangerKersti K. LinaskDipak K. DubeJoseph W. Sanger

A Reduction of Tropomyosin Limits Development of Sarcomeric Structures in Cardiac Mutant Hearts of the Mexican Axolotl. Cardiovascular Toxicology (2007)

developmental biologymorphogenesiscardiologycardiovascular physiologycell biologymexican axolotlmechanobiologycardiac mutant heartsmolecular biologytropomyosin limits developmentcardiac muscle

Differential Expression of Tropomyosin During Segmental Heart Development in Mexican Axolotl. Journal of Cellular Biochemistry (2006)

Tropomodulin Expression in Developing Hearts of Normal and Cardiac Mutant Mexican Axolotl. Cardiovascular Toxicology (2006)

Robert W. ZajdelChristopher R. DenzAruna NarshiSyamalima DubeDipak K. Dube

gene expressionmolecular and cellular biologycellular biologycell biologyanti-sense-mediated inhibitionbiochemistryembryonic axolotl heartsmolecular biologycellular biochemistry

Cardiac Myofibril Formation is Not Affected by Modification of Both N- and C-Termini of Sarcomeric Tropomyosin. Cardiovascular Toxicology (2005)

cardiomyopathymyositiscardiologymuscular dystrophiescardiac myofibril formationpharmacologyphysiologysarcomeric tropomyosinpathologycardiac muscle

Diminished Myofibril Organization in Mutant Axolotl Hearts Transfected With Site-Directed Mutants of Sarcomeric Tropomyosins. Cardiovascular Toxicology (2005)

Robert W. ZajdelChristopher R. DenzMatthew D. McLeanSyamalima DubeMariappan MuthuchamyBernard J. PoieszDavid F. WieczorekDipak K. Dube

Downregulation of N1 Gene Expression Inhibits the Initial Heartbeating and Heart Development in Axolotls. Tissue and Cell (2004)

C ZhangF MengX.P HuangR ZajdelS.L LemanskiD FosterN Erginel-UnaltunaD.K DubeL.F Lemanski

developmental biologygene regulationcell biologytissue physiologytissue developmentheart developmentmembrane biologyphysiologytissue (biology)gene functiongene expression

Expression of a Novel Cardiac-Specific Tropomyosin Isoform in Humans. Biochemical and Biophysical Research Communications (2004)

circulatory physiologymyositiscardiologycardiovascular physiologycell biologyphysiologycardiovascular researchcellular physiologymolecular physiologycardiac muscle

1
2
3
10 / page