26/10/2016                    
MIRAS New ALBA Synchrotron Beamline Goes Under Researchers Skin
        MIRAS New ALBA Synchrotron Beamline Goes Under Researchers Skin
                                        Last week, the ALBA Synchrotron hosted the first official users at its 8th new beamline, MIRAS. Devoted to synchrotron infrared microspectroscopy (SIRMS), this new beamline is now available to the scientific community for conducting experiments in a wide range of areas such as materials science, biology and biomedicine, geology, cultural heritage or environmental sciences, among others.
This new tool is very powerful detecting and quantifying molecules and its spatial distribution. Therefore, MIRAS is key for defining the chemical composition of materials at a molecular level with a lateral spatial resolution reaching 3 micrometers.
The first researchers from the Institute of Advanced Chemistry of Catalonia (IQAC-CSIC) used the MIRAS beamline for performing an experiment that analyses how different lipid systems, developed in the research group, are located into the skin.
Thanks to the high resolution and large brightness of synchrotron light, it is possible to define the localization of those lipid systems in the different skin layers, generating a chemical map of the sample, where to analyse their level of penetration. The main benefit of this research is to test the effectiveness of these lipid systems as carriers of active ingredients to the different skin layers.
About MIRAS and ALBA in general, you can discover the last scientific highlights, industry collaborations, technical developments, outreach activities of ALBA in the last semi-annual ALBA News magazine issue.
                    
                                
                 
            This new tool is very powerful detecting and quantifying molecules and its spatial distribution. Therefore, MIRAS is key for defining the chemical composition of materials at a molecular level with a lateral spatial resolution reaching 3 micrometers.
The first researchers from the Institute of Advanced Chemistry of Catalonia (IQAC-CSIC) used the MIRAS beamline for performing an experiment that analyses how different lipid systems, developed in the research group, are located into the skin.
Thanks to the high resolution and large brightness of synchrotron light, it is possible to define the localization of those lipid systems in the different skin layers, generating a chemical map of the sample, where to analyse their level of penetration. The main benefit of this research is to test the effectiveness of these lipid systems as carriers of active ingredients to the different skin layers.
About MIRAS and ALBA in general, you can discover the last scientific highlights, industry collaborations, technical developments, outreach activities of ALBA in the last semi-annual ALBA News magazine issue.
More news
        		        	
            	
                	13/04/2023                 
                Panattoni acquires 60,000 sqm land plot to build a data center            
                	
            	
                	16/09/2021                 
                Battery technology in the Barcelona Synchrotron Park environment            
                	
            	
                	06/09/2021                 
                Advances in the creation of a state-of-the-art microscopy platform at the Alba Synchrotron            
                	
            	
                	22/07/2021                 
                IBM, the big blue of technology at the Barcelona Synchrotron Park            
                	
            	
                	02/07/2021                 
                SENER, cutting-edge engineering and technology in the Barcelona Synchrotron Park            
                	
            	
                	11/06/2021                 
                Parc de l'Alba: first injection of landfill gas into the distribution network            
                    
        
        
        
    
 
                                     
                            		
                             
                                     
                            		
                             
                                     
                            		
                             
                
 
     home
home