Tentative development of disposable sensors based on renewable substrates.
Developed photonic and electrochemical sensors for biomarkers in heatlh.
Developed receptor surfaces of electrochemical nature for neuronal biomarkers.
Developed a photonic-based biosensor for detection of cianobacterial toxins.
Developed redox free biosensors in the context of a MsC thesis in Biomedical Engineering.
Developed surfaces to capture aquatic contaminants: bacterial endotoxins.
Developed immunosensors for the detection of alpha-synuclein associated to neurodegenerative disorders.
Developed optical biosensors for extracellular vesicles related with cancer.
Studied electrochemical biosensors for biomarkers of neurodegenerative diseases.
Advanced research work for detecting viruses found in water.
Developed photonic polymeric materials for biosensors.
Developed surfaces to capture bacterial endotoxins.
Developed optical biosensors for vesicle detection.
Developed electrochemical biosensors for miRNAs in health.
Developed fluorescent proteoliposomes for sensing applications.
Developed electrochemical biosensors for targeting vesicles.
Developed electrochemical biosensors with catalytic nanomaterials for glucose detection.
Tentative development of innovative redox-based eletrochemical sensors
Development of photonic polymeric materials for integration into biosensors.
Developed a MIP-based electrochemical biosensor for detecting the Spike protein.
Studied the development of temperature-based sensors using polymeric materials.
Developed materials for sensing in neurodegenerative disorders, in OligoFIT.
Developed electrochemical biosensors for specific proteins and nucleic acids.
Visiting professor from the University Federal of Manaus, Brasil.
Developed new sensing materials by electrospinning-based approaches.