Cibely da Silva Martin Sonvesso

• Abstract

  This proposal describes the possibility of acquiring Nanoparticle Tracking Analysis equipment (NanoSight Pro) for the Department of Physics and Chemistry (DFQ) of the School of Engineering, Ilha Solteira (FEIS/UNESP). In the context of the EMU-PMP call for proposals, aiming to strengthen research in nanomaterials applied to agriculture, health, and the environment. FEIS already has multi-…

  EMU: Acquisition of NanoSight Pro for the advancement of studies in nanomaterials in the Northwestern of São Paulo State, AP.INFRA7.PM

• Abstract

  Thin films can acquire different supramolecular arrangements on solid substrates through various deposition techniques. Changing the deposition parameters of these techniques allows for modeling the electrical properties of these films. Therefore, the study of obtaining thin films through different deposition techniques stands out due to the potential to create materials and shape these f…

  Nanostructured materials for the development of sensors platform by (spectro)electrochemistry for the detection of environmental samples., AP.R

• Abstract

  The images obtained by fluorescence microscopy are widely used in many researche areas, including with application well-established in clinical areas (diagnostic). On the other hand, the surface-enhanced Raman scattering (SERS) technique by micro-Raman equipment has attracted great interest to combine information at the molecular level (Raman spectrograph) and morphology (optical microsco…

  Combination of confocal fluorescence microscopy and surface-enhanced Raman scattering techniques: interaction, detection, and quantification of molecules of interest in biomimetic system., BP.PD

• Abstract

  Different techniques of thin film preparation can be applied for substrate modification. This project will explore substrate modification with N,N'-bis(salicylidene)-1,3-propanediamine of nickel(II) (Ni-Salpn) and iro phthalocyanine using the electropolymerization and Langmuir-Schaefer (LS) techniques. The different supramolecular architectures of the thin films may lead to different ele…

  Thin films of metal complexes: the effect of the supramolecular architecture on the application of modified electrodes as catecholamine sensors., BP.DR
• STUDY AND CARACTERIZATION OF THE ELECTROPOLYMERIZATION NANOSTRUCTURED MOLECULES BASED ON SCHIFF., BP.MS

(Only some records are available in English at this moment)

• Abstract

  Nanomaterials of all sorts have been widely explored in scientific studies, and new properties and applications are constantly being discovered. In biotechnology, including biomedical applications, the nanomaterials stand out to integrate a new generation of cell probes or carriers for drug delivery, especially because of their small size and tunable surface properties. By changing the su…

  Pursuing nanomaterials inside of living cells, BE.EP.PD

• Abstract

  Chemically modified electrodes have been of great interest to the development of electrochemical sensors due to the sensitivity increasing and selectivity when compared to the unmodified electrodes. This way, the understanding of chemical and electrochemical reactions occurring at the modified electrode/solution interface has a great importance, since it provides information that helps in…

  Electrodes chemically modified by thin films of metallic complexes: electrochemical study and sensor evaluation, BE.EP.DR