Imperial College, UK

• Abstract

  Paixão and Hashemi propose to combine synergies and to produce a one-of-a-type paper-based device for fast trace analysis in-situ, applied to environmental systems and even biological systems (blood tests). The initial work, proposed below, will yield prototype devices that the PIs propose to a) use as preliminary work towards larger grant applications and b) commercialize. (AU)

  Rapid, onsite detection of toxic metals combining paper-based electrochemical sensors and fast-scan cyclic voltammetry, AP.R SPRINT

• Abstract

  The proposed project will bring together investigators from the University of Campinas (UNICAMP), and the Imperial College London (ICL) with related scientific interest. A two-year planning grant is proposed to build upon experiments as well as analysis of data combining lipidomic and functional approaches of current FAPESP projects (2018/11037-6 and 2019/06762-6). The aim of this project…

  Globosides biosynthesis during tissue repair, AP.R SPRINT

• Abstract

  The purpose of this work is to build on the recently developed cornerstones in one-dimensional dynamics, specifically complex bounds and quasi-symmetric rigidity for smooth maps, in order to extend the current renormalization technology to the setting of maps which are no longer required to be real analytic. More specifically, the purpose is to tackle the three research directions (A): n…

  Exploring universality in 1-D systems, AP.R SPRINT

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