Resources Scientific equipment Scientific equipment made available to PhD students in organic chemistry laboratories: - Lyophilizer Martin Christ alpha 1-2 LDPIus - Microwave Synthesizer Discover 2.0 with autosampler and gas addition kit - Shimadzu QP-2010-Plus Gas Chromatograph Mass Spectrometer - SFC-SFE Analytical systems/ Preparative systems - PARR Hydrogen Apparatus - C-850 Pure FlashPrep preparative flash chromatography (Buchi) - NMR uses Avance 400 MHz - preparative High-Performance Liquid Chromatography - Extrema Jasco LC-4000 Chromatography System - UHPLC Thermoscientific Dionex Ultimate 3000 series - JASCO Polarimeter -UV JASCO Libraries Reserved reading places in the library "Giordano Giacomello" Library - first floor of the Pharmaceutical Chemistry Building (CUOI9). Fee for PhD students: 30%. Scientific equipment made available to PhD students in the various research laboratories: Q Exactive UHMR mass spectrometer, equipped with a nano-electrospray source, which guarantees the retention of native protein structures by requiring only a few microliters of sample. Raman-SERS spectroelectrochemistry equipment (SPELEC-RAMAN) with electrochemical and surface amplification (EC-SERS), which is able to detect organic, biological molecules and metals, analyzing in situ minimal sample quantities with high detection capacity. Scientific equipment ULTRAFLEXTREME MALDI-TOF/TOF USES An instrument that allows to measure the molecular weight of macromolecules of biological interest in an extremely accurate way and to determine their identity based on the mass/charge ratio. In addition to the field of macromolecules of biological interest (very high PMs even in the order of 150kD), it has applications in all fields of advanced mass spectrometry, such as the field of polymers. BioX 3D printer manufactured by CELLINK is equipped with three interchangeable printheads that offer maximum flexibility and adaptability for use with different cell types. The advantage of being able to regulate the temperature of the head (and consequently of the biomaterial) allows the use of matrices based on alginate or cellulose, collagen, and gelatin or methacrylate, which, unlike many natural polymers, are sensitive to temperature variations and need to be printed at a controlled temperature. Biosensors Lab | Ricerc@Sapienza (uniroma1.it) Botta Lab | Ricerc@Sapienza (uniroma1.it) 3D-QSAR PORTAL | Ricerc@Sapienza (uniroma1.it) LABORATORIO 116 | Ricerc@Sapienza (uniroma1.it) FT-ICR-MS@SAPIENZA | Ricerc@Sapienza (uniroma1.it) POLYROME | Ricerc@Sapienza (uniroma1.it) LAB IDROGENATORE | Ricerc@Sapienza (uniroma1.it) Sintesi Organometallica | Ricerc@Sapienza (uniroma1.it) NMR Avance 400 | Ricerc@Sapienza (uniroma1.it) lab 3-3 Stereochimica Organica | Ricerc@Sapienza (uniroma1.it) Drug Design and Synthesis Center (DDSC) | Ricerc@Sapienza (uniroma1.it) LABORATORIO 256 | Ricerc@Sapienza (uniroma1.it) Laboratorio di Spettrometria di Massa ZAB | Ricerc@Sapienza (uniroma1.it) Laboratori BioMedChem | Ricerc@Sapienza (uniroma1.it) LABORATORIO DIDATTICO MONTANINI | Ricerc@Sapienza (uniroma1.it) PREMISE | Ricerc@Sapienza (uniroma1.it) LAB Chimica degli Alimenti | Ricerc@Sapienza (uniroma1.it)