Mary Logan

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Department Of Pediatrics

Division Of Neurology

Jungers Center For Neurosciences Research

Oregon Health & Science University

NoneMary Logan is currently serving as a Pediatrics faculty at Oregon Health & Science University.

Honors

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Experiences

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Education

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Mary Logan

Oregon Health & Science University

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neuroscience developmental biology molecular neurodegeneration cell biology developmental neurobiology neurons cell death gene expression insect molecular biology cellular neurobiology molecular neuroscience cellular physiology immunology inflammation cell signaling neurodegenerative diseases autophagy molecular cell biology developmental system signal transduction developmental genetics neuroinflammation brain-immune interaction developmental cell developmental science molecular neurobiology phagocytes neurorehabilitation insect biochemistry innate immune system ependyma neuroregeneration signaling pathways embryonic development animal behavior neuroradiology vascular biology molecular physiology stem cell research neuroprotection neurobiological mechanisms molecular regulation cell regulation brain pathology protein misfolding experimental neuropathology degenerative pathology insulin signaling cell motility cell interactions complementarity theory adaptive immune system cell specialization cell fate determination protein expression host response gene regulatory networks rna processing protein synthesis rna biology inositol trisphosphate receptor glial engulfment activity negative regulation tnf receptor draper-traf4-jnk signalling drosophila ap-1 draper/mmp-1 signaling cascade degenerating axons complement-related regulates brain inflammation triggers blood-brain barrier pupal stages delayed glial clearance pi3k/draper activity aged drosophila mature brain

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hydrolysis-Resistant Self-Etching Primers: Dentin Bond Preservation After Bacterial Challenge. Dental Materials (2025)

biological engineeringdental materialsdentin bond preservationrestorative dentistryplasma etchingbiofilmsprosthetic dentistryadhesiondentistry

Nerve Injury Promotes Glial Immune Responses Through a Draper/Ninjurin a Pathway. bioRxiv (Cold Spring Harbor Laboratory) (2025)

neurologyneuroregenerationnerve injuryglial immune responsesmolecular neurodegenerationwound healingneuronscell biologyneuroscienceneuroinflammationneuroimmunologydraper/ninjurin a pathwaybrain-immune interactionmolecular neuroscienceperipheral nerve injuriesspinal cordperipheral nerveregeneration (biology)

Proteomic and 16S Profile of Qam-Modified Surfaces. Dental Materials (2025)

biophysicssurface reconstructionbiomoleculessurface scienceqam-modified surfacessurface chemistrymolecular engineering

Designing Molecules for S. Mutans Biofilm Inhibition. Dental Materials (2022)

biological engineeringantimicrobial agentsbiomoleculesbiofilmsantimicrobial compoundsapplied microbiology

Fatigue-Crack Propagation in Thermosetting Polymers With Self-Healing Capability. Dental Materials (2022)

polymer propertiesfracture mechanicspolymer sciencepolymer testingmechanical engineeringself-healing materialsfatigue-crack propagationmechanics of materialscrack formationpolymer chemistrymechanical propertiesmaterials science

Brain Inflammation Triggers Macrophage Invasion Across the Blood-Brain Barrier in Drosophila During Pupal Stages. Science Advances (2021)

insect molecular biologycell deathimmunologyneurosciencedevelopmental biologyautophagydevelopmental systemependymabrain inflammation triggersneuroinflammationbrain-immune interactionphagocytesmolecular neurodegenerationdevelopmental cellneuroimmunologyblood-brain barrierpupal stagesinflammationneuronsimmune responsesinnate immune system

Engulfed by Glia: Glial Pruning in Development, Function, and Injury Across Species. Journal of Neuroscience (2021)

Stephan RaidersTaeho HanNicole Scott-HewittSarah KucenasDeborah LewMary A. LoganAakanksha Singhvi

glial engulfmentmature braininflammationmolecular neurodegenerationcell deathcellular neurobiologyneuronscell biologycellular physiologyneuroscienceneuroinflammationdevelopmental biologyneuroimmunologydevelopmental pruningbrain-immune interactionmolecular neurosciencebrain injurydevelopmental neurobiology

Flarim V2.0, an Improved Method to Quantify Transcript-Ribosome Interactions in Vivo in the Adult Drosophila Brain. bioRxiv (Cold Spring Harbor Laboratory) (2021)

molecular and cellular biologyinsect molecular biologyimproved methodrna processingdevelopmental biologymolecular geneticsflarim v2.0developmental systemgene regulatory networkscell and molecular biologyinsect biochemistrytranscription (biology)molecular biologyprotein synthesisgene expressiontranscript-ribosome interactionsplo biologydevelopmental cellrna biologymolecular cell biologychromatindevelopmental geneticstranscriptome

Flarim V2.0, an Improved Method to Quantify Transcript-Ribosome Interactions in Vivo in the Adult Drosophila Brain. BioRxiv (2021)

In Vivo Analysis of Glial Immune Responses to Axon Degeneration in Drosophila Melanogaster. Methods in molecular biology (2020)

drosophila melanogasterinsect molecular biologymolecular neurodegenerationcellular neurobiologyimmunologycell biologyneuronsaxon degenerationneurodegenerative diseasesneuroimmunologyimmune responsesbrain-immune interactionvivo analysis