Our group at the Department of Chemistry, Life Sciences, and Environmental Sustainability at the University of Parma has a rich history of expertise in the self-assembly and self-organization of functional materials. Our current research pursuits include the development of supramolecular sensors designed for biochemical and environmental applications, along with the investigation of stimuli-responsive polymers and composites.
We are thrilled to announce that our new Horizon Europe MSCA Staff Exchange proposal "ENRICH" has been selected for funding! Grant Agreement preparation is on-going. This success is also due to our EU and extra EU partners. Looking forward to start this journey with you guys!
— Dalcanale Group (@DalcanaleG) June 13, 2023
Check out our latest publication on @ChemicalScience about the use of magnetic nanoparticles functionalized with cavitands as a tool for selective enrichment of methylated lysines present on histone tails. Great job in collaboration with @SimoneSidoli!https://t.co/KTo6qGq3kT
— Dalcanale Group (@DalcanaleG) July 24, 2024
We are thrilled to announce that prof. Enrico Dalcanale is the 2024 Izatt-Christensen Award winner that will be presented in Hangzhou, China at @ismsc2024. Congratulations Enrico! Well deserved, we are so proud of you! #ISMSC2024 pic.twitter.com/LZUKCZ5h4U
— Dalcanale Group (@DalcanaleG) April 24, 2024
Happy #FluorescenceFriday to everyone with our brightful PIM-1 samples! #unipr pic.twitter.com/eE7aNluk1J
— Dalcanale Group (@DalcanaleG) March 22, 2024
Interested in next generation of HV insulation in power cable? Check our last review on Adv Mater named “Alternative concepts for extruded power cable insulation: from thermoset to thermoplastic” in collaboration with Christian Müller from @chalmersuniv https://t.co/HVH9NddtlD
— Dalcanale Group (@DalcanaleG) April 17, 2024
The team's primary focus lies in the design and synthesis of functional materials, employing self-assembly and molecular recognition techniques. Over the years, key research areas have included macrocyclic liquid crystals, self-assembled monolayers, LB films, metal-directed self-assembly of coordination cages, and the development of supramolecular sensors and adaptive polymers. Our involvement in studying metal-directed self-assembly has evolved from solution to applications on gold and silicon surfaces. More recently, our endeavors encompass the self-assembly of reversible polymeric structures, molecular recognition on surfaces, and surface functionalization with Single Molecule Magnets (SMM).
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Our dynamic international research team comprises three seasoned senior researchers, each bringing a wealth of expertise to our collaborative efforts. Supported by over five dedicated postdoctoral researchers and a vibrant cohort of ten Ph.D. students, our collective mission is to make significant contributions to the scientific community. With diverse backgrounds, skills, and perspectives, we synergize our talents to push the boundaries of knowledge, foster innovation, and engage in impactful research endeavors. Together, we are committed to advancing the frontiers of science and leaving a lasting mark on our respective fields.
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