2026
Suliman, S. A., 2026: Erbium laser for ceramic restoration retrieval
Yli-Urpo, T., 2026: Fracture load of restored tooth: material and design insights
Üçtaşlı, M., 2026: From Biology to Mechanics: Effects of Silver Fluoride Treatments on Dentin
Ismail, O.A., 2026: Clinical and laboratory evaluation of dimethyl sulfoxide dentin pretreatments
Zhang, Y., 2026: Micro/Nano Immunomodulators for Bone and Joint Diseases.
Yang, W., 2026: Development of Multifunctional Microgels for Complex Bone Defects
Ran, M., 2026: Development of Functional Nanomaterials for Ocular Drug Therapy
2025
Abdulmajeed, A., 2025: Partially stabilized zirconia: Mechanical and optical properties and effect of chairside adjustments and fatiguing
Alanko, I., 2025: Inhibiting Immune Evasion : Drug Discovery Screening Strategies Against the Staphylococcal Superantigen-like Proteins and Zika Virus NS2B-NS3 Protease.
Mathiyalagan, R., 2025: Formulation Development and Characterization of 3D-Printed Tailored Dosage Forms for Veterinary Applications: A study in Pharmaceutical Sciences.
Mahran, A., 2025: Mesoporous Silica Nanoparticles as a Versatile Drug Delivery Carrier for Biologicals and Small Molecules .
Inam, W., 2025: Microfluidics enabled nanoparticles: a mechanistic study from synthesis to characterization
Frejborg, F., 2025: Decorin-expressing oncolytic herpes simplex virus vector for novel cancer therapy
Fan, L., 2025: Multifunctional Bioactive Hydrogel Microneedle Patches for Wound Healing
Wang, L., 2025: Multi-component Bioactive Hydrogel Patches for Wound Management
Zhuang, P., 2025: Development of Multifunctional Micro-Nano Systems for Complex Bone Regeneration
Salim, I., 2025: Bioactive Materials Effect on Dentin Matrix and Dentin Protease Activity
Wang, Y., 2025: Delivery of Multiple Drugs and Mitochondria to Regulate the Tumor Microenvironment for Cancer Treatment
2024
Siekkinen, M., 2024: The impact of dissolution products and solution pH on in vitro reactions of the bioactive glasses 45S5 and S53P4
Uppstu, P., 2024: Bioresorbable polymer-bioactive glass composite scaffolds for bone regeneration
Yan, J., 2024: Precision Therapeutics: Harnessing Receptor-targeted and Dynamic DNA Nanotechnology.
Zhou, w., 2024: Development of porous nanomaterial-based drug delivery systems for precision cancer therapy.
Mustafa, R., 2024: Silica core@shell Nanoparticles for Biomedical Applications: A study in Pharmaceutical Sciences. ÅAU 2024
Saadabadi, A., 2024: An Investigation into the Molecular Interactions and Biological Effect of Natural Stilbenoids at the TRPA1 and TRPV4 Ion Channels. ÅAU 2024
Özliseli, E., 2024: Nanoparticle-aided Delivery for Tracking and Controlling Cell Fate Decisions in Complex Environments. ÅAU 2024
2023
Kuusisto, N., 2023: Artifacts due to dental and maxillofacial restoration materials in cone beam computed tomography images
Riivari, S., 2023: Gingival cell attachment and cell adhesion complex formation on TiO2 coated zirconia and titanium
Sirkiä, S., 2023: Physicochemical properties and characterization of bioceramics and bioactive glasses for bone repair
Salmi, R., 2023: Oral health care of older people in domiciliary care - perspectives of the domiciliary care clients and personnel
Monaco, E., 2023: Tailored Doses by Means of Semi-Solid Extrusion-Based 3D Printing.
Ma, X., 2023: Stimuli-Responsive Prodrug Nanomaterials for Combination Therapy of Cancer.
2022
Plyusnin, A., 2022: A novel concept for non-metallic orthopedic implants for load-bearing applications
Liu, C., 2022: Stimuli-Responsive porous nanomaterials for controlled drug delivery and g6ene Therapy
2021
Stape, T., 2021: Dry bonding: new perspectives for collagen hybridization
Abushahba, F., 2021: Bioactive glasses in air abrasion treatment of contaminated implant surfaces
Gibreel, M.,2021: Fiber-reinforced implant-retained overdentures: studies of their mechanical behavior and deformation in relation with attachment systems
Mäkinen, E., 2021: Photoinitiated curing of orthodontic adhesive resin.
Khan, A., 2021: Fiber-reinforced composite with interpenetrating polymer network - Influence of shelf-life of the prepreg and the adhesive primer on interfacial adhesive strength of the composite to a resin luting material.
Areid, N., 2021: Hydrothermally induced nanostructured TiO2 coatings - with special reference to biologic events of peri-implant tissue integration.
Öblom, H., 2021: Printing technologies for personalization of dosage forms.
Zhang, F., 2021: Development of Transformable Nanotherapeutics for Cancer Therapy.
Heidi Öblom, H., 2021: Printing technologies for personalization of dosage forms. ÅAU 2021
2020
Kilponen, L., 2020: Bonding of orthodontic brackets to enamel: Studies on the clinical outcome of bracket bonding and approaches to increase the bond strength of the adhesive interface.
Basavarajappa, S., 2020: Surface dissolution and degradation of dental resin-based materials with special emphasis by the effects of solvent ethanol, dimethacrylate monomer resin and catalyst solution of ethylene glycol.
Fteita, D., 2020: Impact of estradiol and quorum sensing on biofilm-related virulence of the Prevotella intermedia group: - in vitro studies on bacterial growth properties, proteolytic enzyme activity and cytokine production.
Altinci, P., 2020: Fluoride as a proteolytic enzyme inhibitor in dentin.
Wickström, H., 2020: Exploring Printed Drug Formulations for Inkjet and Stencil Printing : A study in Pharmaceutical Sciences
2019
Lahdenperä M., 2019: Structural and interfacial adhesion elements of indirect fiber-reinforced composite fixed dental prostheses.
Bangalore Huchaiah, D., 2019: Behavior of resin composites at the interface between orthodontic bracket and tooth.
Shahramian, K., 2019: Gingival tissue attachment and blood responses to nanoporous bioactive coatings on zirconia.
Omran, T., 2019: Bi-layered restorative dental composite structures : stress and fracture behavior.
Salim Al-Ani, AA., 2019: Towards enhancing the durability and strength of dentin-resin bond: the role of dimethyl sulfoxide (DMSO) as an alternative solvent in dental adhesives.
Gulin-Sarfraz, T., 2019: Design of Multifunctional Nanoparticles for Cellular Labeling and Tracking, Delivery and Scavenging of Active Substances in vivo.
Liu, Z., 2019: Porous silicon-based on-demand nanohybrids for biomedical applications.
2018
Aro E., 2018: Stability of the femoral stem in cementless total hip arthroplasty and PET/CT imaging of adverse reaction to metal debris.
Ramakrisnaiah R.K., 2018: Micron and submicron scale parameters affecting the adhesion of resin composites to dental glass ceramics.
Vakili, H., 2018: Application of analytical techniques in quality control of printed pharmaceutical dosage forms.
Prabhakar, N., 2018: Multimodal imaging probes and delivery systems for cancer nanomedicine.
Yildir, E., 2018: Physically and Chemically Modified Cellulose for Drug Delivery.
2017
Sarin, J., 2017: Bioactive glass S53P4 and tissue adhesives in the surgical treatment of chronic middle ear and mastoidal infections.
von Haartman, E., 2017: Design and evaluation of nanoparticle-based delivery systems: Towards cancer theranostics.
Palo, M., 2017: Design and development of personalized dosage forms by printing technology
Manner, S., 2017: Early discovery approaches of biofilm inhibitors from naturally-inspired sources and insights into biofilm models.
2016
Bijelic-Donova, J., 2016: Discontinuous fiber-reinforced composite for dental applications. Studies of the fracture resistance and the mechanical properties of the material used for extensive direct restorations.
Seseogullari-Dirihan, R., 2016: Effect of collagen crosslinkers on dentin protease activity.
Alm. JJ., 2016: Bone quality and mesenchymal stromal cell capacity in total hip replacement. Significance for stem osseointegration measured by radiostereometric analysis.
Sen Karaman, D., 2016: Physicochemical characteristics of silica nanoparticles tailored for nanomedicine.
Desai, D., 2016: Mesoporous silica nanoparticles as versatile intracellular drug delivery platform.
2015
Piitulainen, J., 2015: Reconstrucion of cranial bone defects with fiber-reinforced composite-bioactive glass implants.
Sulaiman, T.A.., 2015: Monolithic zirconium dioxide as a full contour restorative material with special emphasis on the optical and mechanical properties.
Perea Mosquera, L., 2015: Fiber-reinforced composite fixed dental prostheses. Studies of the materials used as pontics.
Kulkova, Y., 2015: Experimental Studies on Composite Bone Implants with a Special Reference to Staphylococcal Biofilm Infections.
2014
Kantola, R., 2014: Use of fiber-reinforced composite framework and thermochromic pigment in facial prosthesis.
Narwal, M., 2014: Selective Inhibition of Human Tankyrases
2013
Abdulmajeed, A., 2013: Unidirectional fiber-reinforced composites as an oral implant abutment material: Experimental studies of E-glass fiber/BisGMA-TEGDMA polymer in vitro.
Nganga, S., 2013: Development of porous glass-fiber reinforced composite for bone implants. Evaluation of antimicrobial effect and implant fixation.
Karlsson, D., 2013: Biomolecular screening for inhibitors of butyrylcholinesterase : identification and characterization using in vitro and in silico tools. ÅAU 2013
2012
Frantzén, J., 2012: Bioactive glass in lumbar spondylodesis: a pre-clinical and clinical study.
Hautamäki, M., 2012: Repair of segmental bone defects with fiber-reinforced composite: a study of material development and an animal model in rabbits.
Fagerlund, S., 2012: Understanding the in vitro dissolution rate of glasses with respect to future clinical applications.
Skogman, M., 2012: A platform for anti-biofilm assays - combining biofilm viability, biomass and matrix quantifications in susceptibility assessments of antimicrobials against Staphylococcus aureus biofilms.
2011
Heikkinen, T., 2011: Bonding of composite resin to alumina and zirconia ceramics with special emphasis on surface conditioning and use of coupling agents.
Madanat, R., 2011: The Use of Radiostereometric Analysis in Fractures of the Distal Radius: From Phantom Models to Clinical Application.
Wilson, T., 2011: Effects of Silica Based Biomaterials on Bone Marrow Derived Cells - Material Aspects of Bone Regeneration.
Rekola, J., 2011: Wood as a model material for medical biomaterials - In vivo and in vitro studies with bone and Betula pubescens Ehrh.
Salin, O., 2011: Early drug discovery approaches to find compounds affecting Chlamydia pneumoniae growth and evaluation of their suitability for further drug development.
2010
Hjerppe, J., 2010: The influence of certain processing factors on the durability of yttrium stabilized zirconia used as dental biomaterial.
Vuorinen, A.-M., 2010: Rigid rod polymer fillers in acrylic denture and dental adhesive resin systems.
2009
Mattila, R., 2009: Non-resorbable glass fibre-reinforced composite with porous surface as bone substitute material: Experimental studies in vitro and in vivo focused on bone-implant interface.
Ääritalo, V., 2009: Silicon Releasing Sol-Gel TiO2-SiO2 Thin Films for Implant Coatings. Åbo Akademi.
2008
Arstila, H., 2008: Crystallization characteristics of bioactive glasses. Åbo Akademi University.
Ballo, A., 2008: Fiber-reinforced composite as oral implant material. Experimental studies of glass fiber and bioactive glass in vitro and in vivo.
Dhang, D., 2008: In vitro characterization of bioactive glass. Åbo Akademi University.
Meretoja, V., 2008: Macroporous Scaffolds for Bone Engineering. Studies on Cell Culture and Ectopic Bone Formation.
Ranne, T., 2008: Thermoplastic Bioactive Composite - with Special Reference to Dissolution Behaviour and Tissue Response.
Rosenholm, J., 2008: Modular design of mesoporous silica materials : towards multifunctional drug delivery systems. Åbo Akademi.
Vedel, E., 2008: Predicting the properties of bioactive glasses. Åbo Akademi.
2007
Tuusa, S., 2007: Development of craniofacial bone defect reconstruction implant based on fibre-reinforced composite with photopolymerisable resin systems. Experimental studies in vitro and in vivo.
Le Bell-Rönnlöf, A.-M., 2007: Fibre-reinforced composites as root canal posts.
2006
Areva, S., 2006: Sol-Gel derived titania based ceramic thin films for implant coatings. Åbo Akademi.
Tezvergil-Mutluay, A., 2006: Dental fibre-reinforced composite resin in direct chair-side applications: studies on thermal expansion and bonding characteristics in relation to the fibre orientation.
Garoushi, S., 2006: Bilayered dental composite resin. Load bearing capacity of combinations of fibre-reinforced and particulate-filler composite.
2005
Dyer, S., 2005: Fiber-reinforced composite fixed partial denture design: mechanical properties of the composite and load bearing capacity.
Moritz, N., 2005: Bioactive ceramic coatings on medical implants: with special reference to CO2-laser treatment.
Viitala, R., 2005: Characterisation of films, monoliths and microparticles prepared with sol-gel method and studies on in vitro bioactivity and controlled drug release. Åbo Akademi.
Viljanen, E., 2005: Photopolymerized dendritic copolymers. With emphasis on degree of conversion and residual monomer content in dental applications.
Väkiparta, M., 2005: Partially biodegradable fibre-reinforced composite. In vitro studies on material combinations for bone substitute applications.
Välimäki, V-V., 2005: Tissue engineering of bone: enhancement of new bone formation by bioactive glass microspheres combined with adenovirus-mediated BMP-2 gene transfer and bisphosphonate therapy.
Yli-Urpo, H., 2005: Glass polyalkenoate cements containing bioactive glass with special reference to mechanical, chemical and antimicrobial properties.
2004
Matinlinna, J., 2004: Silane chemistry aspects in some conventional and novel dental biomaterials.
Narva, K., 2004: Fibre-reinforced denture base polymer. Clinical performance and mechanical properties.
Puska, M., 2004: Acrylic bone cement. A study on the modification of polymethylmethacrylate-based bone cement by porogen fillers, reinforced glass fibres and semi-interpenetrating network structure.
2003
Heikkinen, V., 2003: Studies on polymer matrices of dental fibre-reinforced composites. Release of residual methyl methacrylate, water sorption and solubility.
Tanner, J., 2003: Adhesion of oral microbes to dental reinforced composites. With emphasis on Streptococcus mutans and Candidi albicans.
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