Faculty

Institution

Unit

Venue

Marcus Fechheimer

Emeritus University Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Cellular Biology

Marcus Fechheimer is currently serving as a Cellular Biology Emeritus University Professor at University of Georgia.

Honors

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Experiences

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Education

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Marcus Fechheimer

University of Georgia

Emeritus University Professor

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cell biology molecular biology structural biology protein science biology neuroscience protein structure cellular biology hirano bodies molecular and cellular biology mammalian biology cellular physiology cell motility dictyostelium discoideum cytoskeleton membrane biology cell and molecular biology cell death protein function cognitive neuroscience morphology (biology) avian biology biological chemistry structural molecular biology molecular physiology plant physiology plant science protein chemistry protein transport plant biology biomolecular structure protein purification cell biomechanics conformational studies protein assembly cellular structure protein expression cellular neurobiology brain science mammalian cells polymorphonuclear leukocytes calcium regulation actin filaments cytoplasmic ph amoeboid movement animal biotechnology higher education theoretical biology cell research molecular cell biology student success student engagement science education philosophy of biology neural science biological inorganic chemistry cytopathology supramolecular assemblies molecular basis cell physiology molecular immunology cell regulation genome studies comparative genomics plant genomics cell culture integrative biology protein biosynthesis insect cells baculovirus gene scrape loading sonication loading plasmid dna cytoskeletal proteins chemotactic peptides undergraduate research programs cell structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

De Novo Actin Polymerization is Required for Model Hirano Body Formation in Dictyostelium. Biology Open (2016)

Yun DongSonbol Shahid-SallesDan SherlingNathan FechheimerNathan IyerLance WellsMarcus FechheimerRuth Furukawa

biologymorphogenesismorphology (biology)molecular biologydevelopmental biologysynthetic biology

Alterations in Synaptic Plasticity Coincide With Deficits in Spatial Working Memory in Presymptomatic 3Xtg-Ad Mice. Neurobiology of Learning and Memory (2015)

Jason K. ClarkMatthew FurgersonJonathon D. CrystalMarcus FechheimerRuth FurukawaJohn J. Wagner

cognitive neuroscienceneurologymammalian biologysystems neurosciencedevelopmental neurobiologyneural scienceneuroscience

Hirano Bodies Differentially Modulate Cell Death Induced by Tau and the Amyloid Precursor Protein Intracellular Domain. BMC Neuroscience (2014)

William SpearsMatthew FurgersonJohn Michael SweetnamParker EvansMarla GearingMarcus FechheimerRuth Furukawa

cognitive neuroscienceneurologybrain sciencecell deathmolecular neurosciencemolecular neurodegenerationalzheimer's diseasecellular neurobiologyneuroscience

Hirano Body Expression Impairs Spatial Working Memory in a Novel Mouse Model. Acta Neuropathologica Communications (2014)

Matthew FurgersonJason K. ClarkJonathon D. CrystalJohn J. WagnerMarcus FechheimerRuth Furukawa

cognitive neuroscienceneurologyhirano body expressionneuropathologymammalian biologysystems neuroscienceexperimental neuropathologyknockout micenovel mouse modelneurophysiologyanimal cognitionspatial cognitionpathologycellular neurobiologyneuroscienceneuroanatomyworking memory

Requirements for Hirano Body Formation. Eukaryotic Cell (2014)

Paul GriffinRuth FurukawaCleveland PiggottAndrew MaselliMarcus Fechheimer

angiogenesishirano body formationbiologymorphogenesismorphology (biology)developmental biologycell biology

Model Hirano Bodies Protect Against Tau-Independent and Tau-Dependent Cell Death Initiated by the Amyloid Precursor Protein Intracellular Domain. PLoS ONE (2012)

Matthew FurgersonMarcus FechheimerRuth Furukawa

neurologymodel hirano bodiescell deathalzheimer's diseasetau-dependent cell deathneuroscienceneurodegenerative diseasescell biology

How Well Do Undergraduate Research Programs Promote Engagement and Success of Students?. CBE—Life Sciences Education (2011)

Marcus FechheimerKaren WebberPamela B. Kleiber

undergraduate researchhigher educationstudent successeducationstudent engagementscience educationeducational researchundergraduate research programs

Transgenic Mouse Model for the Formation of Hirano Bodies. BMC Neuroscience (2011)

Sangdeuk HaRuth FurukawaMichael StramielloJohn J WagnerMarcus Fechheimer

brain sciencehirano bodiestransgenic mouse modelneuroscienceneuroanatomy

Association of Aicd and Fe65 With Hirano Bodies Reduces Transcriptional Activation and Initiation of Apoptosis. Neurobiology of Aging (2010)

Sangdeuk HaRuth FurukawaMarcus Fechheimer

ageingcell deathgeneticsmolecular neurobiologytranscriptional activationhirano bodiesapoptosismolecular biologyneuroscience of agingalzheimer's diseaseneuroscience

Autophagy Contributes to Degradation of Hirano Bodies. Autophagy (2009)

Dong-Hwan KimRichard C. DavisRuth FurukawaMarcus Fechheimer

autophagyneurosciencehirano bodies

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Marcus Fechheimer

Emeritus University Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Cellular Biology

Marcus Fechheimer is currently serving as a Cellular Biology Emeritus University Professor at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Marcus Fechheimer

University of Georgia

Emeritus University Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

De Novo Actin Polymerization is Required for Model Hirano Body Formation in Dictyostelium. Biology Open (2016)

Yun DongSonbol Shahid-SallesDan SherlingNathan FechheimerNathan IyerLance WellsMarcus FechheimerRuth Furukawa

biologymorphogenesismorphology (biology)molecular biologydevelopmental biologysynthetic biology

Alterations in Synaptic Plasticity Coincide With Deficits in Spatial Working Memory in Presymptomatic 3Xtg-Ad Mice. Neurobiology of Learning and Memory (2015)

Jason K. ClarkMatthew FurgersonJonathon D. CrystalMarcus FechheimerRuth FurukawaJohn J. Wagner

cognitive neuroscienceneurologymammalian biologysystems neurosciencedevelopmental neurobiologyneural scienceneuroscience

Hirano Bodies Differentially Modulate Cell Death Induced by Tau and the Amyloid Precursor Protein Intracellular Domain. BMC Neuroscience (2014)

William SpearsMatthew FurgersonJohn Michael SweetnamParker EvansMarla GearingMarcus FechheimerRuth Furukawa

cognitive neuroscienceneurologybrain sciencecell deathmolecular neurosciencemolecular neurodegenerationalzheimer's diseasecellular neurobiologyneuroscience

Hirano Body Expression Impairs Spatial Working Memory in a Novel Mouse Model. Acta Neuropathologica Communications (2014)

Matthew FurgersonJason K. ClarkJonathon D. CrystalJohn J. WagnerMarcus FechheimerRuth Furukawa

Requirements for Hirano Body Formation. Eukaryotic Cell (2014)

Paul GriffinRuth FurukawaCleveland PiggottAndrew MaselliMarcus Fechheimer

angiogenesishirano body formationbiologymorphogenesismorphology (biology)developmental biologycell biology

Model Hirano Bodies Protect Against Tau-Independent and Tau-Dependent Cell Death Initiated by the Amyloid Precursor Protein Intracellular Domain. PLoS ONE (2012)

Matthew FurgersonMarcus FechheimerRuth Furukawa

neurologymodel hirano bodiescell deathalzheimer's diseasetau-dependent cell deathneuroscienceneurodegenerative diseasescell biology

How Well Do Undergraduate Research Programs Promote Engagement and Success of Students?. CBE—Life Sciences Education (2011)

Marcus FechheimerKaren WebberPamela B. Kleiber

undergraduate researchhigher educationstudent successeducationstudent engagementscience educationeducational researchundergraduate research programs

Transgenic Mouse Model for the Formation of Hirano Bodies. BMC Neuroscience (2011)

Sangdeuk HaRuth FurukawaMichael StramielloJohn J WagnerMarcus Fechheimer

brain sciencehirano bodiestransgenic mouse modelneuroscienceneuroanatomy

Association of Aicd and Fe65 With Hirano Bodies Reduces Transcriptional Activation and Initiation of Apoptosis. Neurobiology of Aging (2010)

Sangdeuk HaRuth FurukawaMarcus Fechheimer

ageingcell deathgeneticsmolecular neurobiologytranscriptional activationhirano bodiesapoptosismolecular biologyneuroscience of agingalzheimer's diseaseneuroscience

Autophagy Contributes to Degradation of Hirano Bodies. Autophagy (2009)

Dong-Hwan KimRichard C. DavisRuth FurukawaMarcus Fechheimer

autophagyneurosciencehirano bodies

1
2
3
4
5
6
7
10 / page

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Similar Faculty Members

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Institution

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glycan trimming enzymes

glycosylation

Magdalena Bezanilla

Institution

Dartmouth College

plant cell

molecular biology

Carol C. Gregorio

Institution

University of Arizona

cardiac muscle

cellular physiology

Julian Whitelegge

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University of California, Los Angeles

molecular informatics

proteomic technologies

James Wohlschlegel

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University of California, Los Angeles

molecular informatics

bioinformatics

David G. Drubin

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University of California, Berkeley

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Steven Clarke

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biochemistry

molecular biology

Leslie Wilson

Institution

University of California, Santa Barbara

microtubule dynamics

cell division

Kathleen J. Green

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