Marco De Battista
About
Marco De Battista is from Paris, Ile-de-France, France. Marco is currently Scientific Project Manager at ANR, located in Parigi, Ile-de-France, Francia. In Marco's previous role as a Research and Innovation Manager, Grant Writer, R&D Engineer of Microfluidics in The Cell Culture Lab at Elvesys -- Microfluidics innovation center, Marco worked in Paris, Ile-de-France, France until Oct 2023. Prior to joining Elvesys -- Microfluidics innovation center, Marco was a PHD Candidate, Structure and Function Characterization of Transmembrane Proteins, Molecular Biologist at Ecole normale superieure and held the position of PHD Candidate, Structure and Function Characterization of Transmembrane Proteins, Molecular Biologist at Paris Area, France. Prior to that, Marco was a Ingenieur D' Etudes at Ecole normale superieure, based in Paris Area, France from Sep 2018 to Nov 2018. Marco started working as Internship in Molecular Biology, Ion Channel Characterization of Genetic Rare Diseases at Technion in Haifa Area, Israel in Nov 2017. From Feb 2016 to Jul 2016, Marco was Laboratory Assistant at Maastricht University, based in Maastricht Area, Netherlands. Prior to that, Marco was a Think Tank Project at Maastricht University, based in Maastricht Area, Netherlands from Jan 2016 to Jan 2016.
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Marco De Battista's current jobs
Scientific axe: Molecular and cellular neuroscience - developmental neurobiology
Marco De Battista's past jobs
-Guided the writing of 5 grants for Horizon Europe calls , and management of the company's interests in 5 consortia -Tested and implemented new microfluidic platforms in cell culture rooms , worked o n 3 prototypes. Wrote application notes and technical reports -Lab oratory management of the cell culture room -Digital marketing: SEO research, email campaigns
- Performed protein structure/function characterization by targeted gene editing by mutagenesis (>100 mutations and functional screenings) - Pharmacological characterization of active sites. Identified 1 new interface determining protein function important for Cryo EM in structural biology - Wrote a first author journal article (In finalization for publication) - Obtained the prestigious grant << Financement de fin de these de la Fondation pour la Recherche Medicale (FRM) - Performed many wet bench techniques such as PCR, western blot, plasmid replication, DNA extraction, fluorescent microscope imaging - Performed electrophysiological techniques such as: 2 electrode voltage clamp, and patch clamp
-Conducting a study based on the RQ: 'How do deleterious mutations in the NMDAR structure affect receptor function and conductivity of electrical signal in an in vitro model of epilepsy -Co-wrote a highly regarded paper published in Nature Protocols, detailing an innovative protocol for optogenetic manipulations in ion channels
Neural Correlates of Time perception and Memory of Time ( EEg Study) Bachelor Thesis
Think Tank group project on evaluation of PBL learning method at Maastricht University.