Isabel Alvarez Martos
About
Isabel Alvarez Martos is from Copenhagen, Capital Region, Denmark. Isabel works in the following industries: "Biotechnology Research". Isabel is currently CEO & Co-Founder at CELLUGY, located in Søborg Denmark. In Isabel's previous role as a Postdoctoral Researcher in Electrochemical Biosensors at Aarhus University, Isabel worked in Interdisciplinary Nanoscience Center (Aarhus University) until Jan 2018. Prior to joining Aarhus University, Isabel was a PhD student in Analytical Chemistry at Universidad de Oviedo and held the position of PhD student in Analytical Chemistry at Oviedo y alrededores, España. Prior to that, Isabel was a Research stay at Colorado State University, based in Colorado State University from Nov 2012 to Feb 2013.
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Isabel Alvarez Martos's current jobs
We are harnessing the power of biofabrication to produce an advanced bio-cellulose material, EcoFLEXY, through a disruptive biotechnological process, partnering with packaging and chemical companies to enable circularity in the end-of-life as an alternative to conventional packaging materials. Our product, EcoFLEXY, is the next-generation sustainable barrier coating designed for the packaging industry. Selected awards: Dec 2019 - Runner-up winner of the Ocean Plastic Innovation Challenge organized by National Geographic and Sky Ocean Ventures. Oct 2019 - Winner of the Advanced Materials Competition organized by the Innovation Network for Advanced Materials (Berlin, Germany). Sep 2019 - First prize winner at the EIT Food Innovation Prize.
Isabel Alvarez Martos's past jobs
• Managed the daily operation and equipment of the laboratory. • Wrote and published 12 articles (9 as first author). • Participated in the EU open research data pilot program. • Active dissemination of the scientific results at 8 conferences, Falling Walls Lab and Book a Researcher. • Managed 2 EU projects under FP7 and H2020 programs, respectively. • Designed new surface modification protocols with enzymes, aptamers, polymers and nanostructures. • Developed miniaturized sensors for in-field and clinical applications.
• Wrote and published 4 articles (1 as first author) and 1 book chapter. • Disseminated the scientific results at 9 conferences (2 oral invited communications). • Developed new protocols for surface modification with polymers, ionic liquids and nanoparticles. • Designed and manufactured microfluidic devices with electrochemical detection. • Collaborated with the Organic Chemistry Department to synthesize and characterize (SEM, XPS, TGA...) new polymers. • Collaborated with the Physics Department and Institute of Materials to grow carbon nanotubes and assess their electrochemical performance.
Electrochemical detection of heavy metals with paper-based screen printed electrodes.