Renata Lang Sala

• Abstract

  Nanoparticles are promising structures for the development of diagnostic and therapeutic agents. On the other hand, despite the great potential, the current stage of nanoparticles application in the biomedical field is followed by a low therapeutic efficacy, less than 1 %, when inserted in vivo. This low efficiency has been pointed out as the result of an underestimated comprehension of t…

  Nano-bio interactions mediated by multicharged silica nanoparticles: correlation between colloidal stability, protein corona and biological behavior, BP.PD

• Abstract

  The regenerative medicine has been improving the cure expectation of several human diseases. In this sense, many studies have been focused in the development of biomaterial with similar properties of human living tissues. Among them, the injectable hydrogels can be applied in minimally invasive surgeries for potential regeneration and repair of spinal cord injuries. Poly(N-vinylcaprolacta…

  Development of Polymeric Nanocomposites Applicable to Tissue Engineering, BP.DR

• Abstract

  This Project was elaborated to be developed in 24 months by Renata Lang Sala, regular student of the Master Course in the Programa de Pós-graduação em Química (PPGQ) of UFSCar, with degree in Chemistry obtained at UFSCar-Universidade Federal de São Carlos in 2011. The main topic of this Project is the synthesis, the development and the characterization of new nanocomposite materials obtai…

  Commercial carboxuylated NBR polymers properties modified by the insertion of sintetic nanoparticles, BP.MS

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

• Abstract

  Regenerative medicine has increased the expectations for the treatment of numerous degenerative diseases of the human being. For this reason, studies have as a key point the development of biomaterials with similar body tissue properties. Among these, we highlight the injectable hydrogels that can be used in less invasive surgeries and have the potential of regenerate and repair spinal co…

  Development of polymeric nanocomposites applicable to tissue engineering, BE.EP.DR