2023
- Ruhela, Ankur (2023), Development of DNA Detection Bioassays Based on DNA Binding Proteins
- Vitrone, Federica (2023), Sustainable and adhesive-free lignocellulosic fiberboards from steam exploded arundo donax l
2022
2021
- Skembi, Xhensila (2021), Molecular tools for the rapid and cost-effective detection of small molecules
- Ahorsu, Richard (2021), Integrating pretreatment techniques in a "benign-by-design strategy" in the context of biomass valorization
- Azam, Sufyan Azam (2021) Electrical Properties and Surface Characterization of Thin Copper Films Subjected to Mechanical Vibrations
- Zuaznabar, Julio (2021), Preparation and characterization of surfaces modified with carbon nano-onions. Biomedical and environmental applications
- Chahin, Nassif (2021), Multiplexed detection of SNPS using electrochemical melting curve analysis
2020
2019
- Magriñá Lobato, Iván (2019), Development of electrochemical DNA sensors based on the incorporation ferrocene labelled datp
- Toldrà, Anna (2019), DNA-based assays and biosensors for the detection of toxic microalgae and viruses in the marine environment
2018
- Sok, Vibol (2018), Amperometric enzyme-based detection of agriculturalpesticides on novel carbon nano-onion composites
- Al-Madhagi, Sallam (2018), Strategies for rapid and reagent-less electrochemical detection of rpa products
- Reano, Resmond (2018), Selection of Aptamer Against Mycobacterium tuberculosis Specific Antigen MTb
- Leonardo, Sandra (2018), Development and application of colorimetric assays and electrochemical biosensors in seafood safety
2017
- Mayboroda, Olena (2017),Development of diagnostic platform for detection of biological agents and toxic microalgae using isothermal amplification
- Gavaldá, Llorenç (2017), Different biomass conversion strategies for valuable chemical production
- Aktas Betül, Gülsen (2017), Application of DNA binding protein tags as means for defined co-immobilization in biosensors
- Esperitu, Christian Adam (2017), Aptamer selection for a Trichomonas vaginalis Adhesin protein 65 for diagnostic applications
- Acero Sánchez, Josep Lluis(2017), Study of surface chemistry strategies to enhance the electrochemical detection of proteins and dna markers
2016
2015
- Sabaté del Rio, J. (2015), DNA biosensors based on integrated isothermal amplification-detection strategies
- Piñera Bartolomé, J. (2015), Preparation, characterization and electroanalytical applications of carbon nano-onion modified surfaces
- Torréns del Valle, M. (2015), Molecular and supramolecular surface modification tools for highly sensitive amperometric and electrochemiluminescent biosensors
2014
- Wajs, E. (2014), Supramolecular nanoarchitectures based on cyclodextrin host-guest interactions
- Bacena Dulay, S. (2014), Development of electrochemical biosensors for the detection of biological warfare agents
- Mehdi Debela, A. (2014), Bioanalytical applications of polyoxometalates using molecular tools for detection of dna and snps in primer extension
- Clergeaud, G. (2014), Liposomes as versatile tools: nanoreactors, membrane models and drug delivery carriers
2013
- Washe, A.P. ?(2013), Electrochemically actuated capillary flow control for the development of integrated microfluidic devices.
- Gunasekaran, V. (2013), Bacterial degradation of ethyl tert-butyl ether and study of the molecular mechanisms underlying its biodegradation.
- Maru, B. (2013), Sustainable production of hydrogen and chemical commodities from biodiesel waste crude glycerol and cellulose by biological and catalytic processes.
2012
- Pinto, A. (2012), Real-time aptaPCR: a novel approach exploiting nucleic acid aptamers for ultrasensitive detection of analytes in clinical diagnostics and in food analysis.
- Civit Pitarch, L. (2012), Development of electrochemical biosensors and solid-phase amplification methods for the detection of human papillomavirus genes.
- Nadal Polo, P. (2012), Selection, characterisation and analytical applications of dna aptamer against the anaphylactic toxic allergen, b-conglutin, lup an 1.
- Joda, H.A.O. (2012), Detection of coeliac disease predisposition using DNA biosensor arrays.
- Svobodova, M. (2012), Selection of aptamers against prostate specific antigen for diagnostic and therapeutic applications.
- Rosales Rivera, L.C. (2012), Development of an electrochemical sensor for coeliac disease serological markers.
2011
2010
- Nasef, H.A. (2010), Temperature Modulated Genosensor for Detection of Cystic Fibrosis Mutations.
2009
- Nassef, H.M. (2009), Bottom-up surface engineering for the construction of (Bio) Sensoring systems: design strategies and analytical applications.
- Refera Soreta, T. (2009), Electrochemically deposited metal nanostructures for application in genosensor.
- Osma Cruz, J. (2009), Production of laccases by the white-rot fungus trametes pubescens for their potential application to synthetic dye treatment
- Cito, S. (2009), Numerical and experimental study of flow and wall mass transfer rates in capillary driven flows in microfluidic channels.
2008
- Hernández Hincapié, F.J. (2008), Design of biosensor exploiting conformational changes in biomolecules.
2007
- Duarte, M.V. (2007), Development of displacement electrochemical immunosensors:The case of 2, 4, 6-trichloroanisole.
- Pescador Álvarez, P. (2007), Colloidal and Molecular Assemblies for Bioengineering Application.
2006
- Mir Llorente, M. (2006), Oligonucleotide based-biosensors for label-free electrochemical protein and dna detection.
- Kumar Dondapati, S. (2006), Electrochemically controlled patterning for biosensor arrays.
2005
2002
- Campás i Homs, M. (2002), Functional oligonucleotide recognition nanomodules for electrochemical DNA biosensors