Matthew Logan

Oregon Health & Science University

NoneMatthew Logan is currently serving as a Integrative Biosciences faculty at Oregon Health & Science University.

Honors

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Experiences

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Education

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Matthew Logan

Oregon Health & Science University

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biological engineering dental materials biomaterials biomedical engineering dentistry biofilms restorative dentistry biomolecular engineering polymer chemistry polymer science biopolymers oral biology prosthetic dentistry adhesive material chemistry oral microbiology polymer composites antimicrobial agents antimicrobial compounds structural adhesive biocompatible materials dental biomechanics polymeric surface polymer degradation polymer testing oral health antibacterial agents biomaterials design polymer technology biopolymer gel polysaccharides targeted reduction glycosyl-transferase inhibitors photochemistry chemical synthesis chemical sciences matrix biology controlled release organic coating biomedical imaging biomedical analysis polymerization kinetics photopolymer network macromolecular chemistry polymer synthesis synthetic macromolecule chromatographic analysis chemical measurement bioactive materials antimicrobial packaging novel imaging methods chemical image cementation cement-based construction material bone repair polymer materials polymer engineering hemicelluloses anti-biofilm activity ester-free monomers varied structure secondary methacrylamides photoinitiator system methacrylamide-methacrylate hybrid monomers tertiary amine cores dental adhesive interfaces nonaqueous solvents bond stability s. mutans polymeric materials durable biomaterials current approaches

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Multi-Modal Strategy for Enhancing Titanium–Bone Interface Strength and Antimicrobial Properties of Pmma Bone Cements. Materials & Design (2026)

biological engineeringbone repairpmma bone cementsorthopaedic researchmechanical propertiesmechanical engineeringbiomedical engineeringmulti-modal strategycement-based construction materialcementationtitanium–bone interface strengthbiomaterialsbone research

Drug Repurposing for Glucosyltransferase Inhibition for Targeted Oral Biofilm Disruption. npj Biofilms and Microbiomes (2026)

microbiologyoral microbiologybiofilmsantimicrobial agents

Marginal Integrity Produced by Quaternary Ammonium Methacrylate-Based Dental Adhesive Tested Under Physiologically Relevant Models. Dental Materials (2025)

biological engineeringdental materialsadhesive materialbiomaterialsrestorative dentistrydental biomechanicsmarginal integritybiomedical engineeringprosthetic dentistryrelevant modelsadhesiondentistrymechanical properties

Modification of a Universal Adhesive With Chx- or Dox-Loaded Tio2 Nanotubes as an Anti-Mmp Strategy. Dental Materials (2025)

nanomaterialschemical engineeringanti-mmp strategynanotechnologybiomedical engineeringdox-loaded tio2nanoparticle researchadhesionmaterials science

A Novel Low Shrinkage Dimethacrylate Monomer as an Alternative to Bisgma for Adhesive and Resin-Based Composite Applications. Brazilian Oral Research (2024)

resin-based composite applicationspolymer engineeringpolymer sciencechemical engineeringpolymer technologypolymer testingcomposite materialscomposite interfacepolymer materialspolymer compositesbiomolecular engineering

Current Approaches to Produce Durable Biomaterials: Trends in Polymeric Materials for Restorative Dentistry Applications. Dental Materials (2024)

biological engineeringdental materialsrestorative dentistrypolymer sciencepolymer compositescurrent approachesbiomaterials designpolymeric materialspolymeric surfacepolymer degradationbiomedical engineeringprosthetic dentistrypolymer chemistrydurable biomaterialsbiomaterialsbiocompatible materials

Multi-Acrylamides Improve Bond Stability Through Collagen Reinforcement Under Physiological Conditions. Dental Materials (2024)

controlled releasebiopolymer gelbond stabilitymatrix biologybioactive materialspolymer compositesbiomaterials designbiopolymersbiocompatible materialsbiomedical engineeringpolymer chemistrybiomaterialsbiomolecular engineeringtissue engineering

Revisiting Gas-Chromatography/Mass-Spectrometry Molar Response Factors for Quantitative Analysis (Fid or Tic) of Glycosidic Linkages in Polysaccharides Produced by Oral Bacterial Biofilms. Journal of Microbiological Methods (2024)

biological engineeringoral bacterial biofilmsglycosidic linkagesbiofilmsquantitative analysisbacteriamicrobiologycarbohydrate polymerpolysaccharidesoral microbiologyapplied microbiologycarbohydrate chemistry

Stability of the Dentin-Bonded Interface Using Self-Etching Adhesive Containing Diacrylamide After Bacterial Challenge. ACS Applied Materials & Interfaces (2024)

dental materialsadhesive materialbacterial challengerestorative dentistrydental biomechanicsbiofilmsstructural adhesivebiopolymersoral biologybiomedical engineeringorganic coatingantimicrobial packagingadhesiondentistrybiomaterialsbiomolecular engineering

Gas-Chromatography/Mass-Spectrometry-Based Method to Determine Glycosydic Connectivity in Polysaccharides Produced by Bacterial Biofilms. SSRN Electronic Journal (2023)

biological engineeringbacterial biofilmsapplied microbiologypolysaccharides producedmicroorganismsbiofilmsbacteriamicrobiologyhemicellulosescarbohydrate polymerpolysaccharidesdetermine glycosydic connectivityenvironmental microbiologycarbohydrate chemistry