STRUCTURAL BIOLOGY
We study the 3D structure of proteins ranging from bacterial antigens, viral enzymes and transcription factors to proteins involved in apoptosis and amyloidosis, through X-ray crystallography, biochemical, biophysical and computational approaches. We focus on structure-function relationships to develop small molecule inhibitors and vaccine components targeting specific pathologies.
Website: http://users.unimi.it/biolstru/Home.html
Marco Nardini
Full Professor in Biochemistry
Email: marco.nardini@unimi.it
Phones: +39 02 503 14893
Address: V floor / tower C
Website: >>>
Thesis available: >>>
External links:PubMed GoogleScholar
Keywords: Structural Biology, X-ray crystallography
Main topics of the group: - 3D structure determination and analysis of transcription factors, enzymes and their complexes with other proteins, DNA, substrates and/or inhibitors.
Stefano Ricagno
Associate Professor in Biochemistry
Email: stefano.ricagno@unimi.it
Phones: +39 02 503 14914
Address: V floor / tower B
Website: >>>
Thesis available: >>>
External links:PubMed ResearchGate ORCID
Keywords: amyloid aggregation and misfolding, amyloidosis, proteotoxicity, protein structure, protein conformational stability
Main topics of the group: Structural and biophysical characterization of aggregation-prone proteins, biochemical studies of proteotoxicity in neurodegeneration and in systemic amyloidosis.
Louise Gourlay
Assistant Professor in Biochemistry
Email: louise.gourlay@unimi.it
Phones: +39 02 503 14919
Address: V floor / tower B
Website: >>>
Thesis available: >>>
External links:PubMed Scopus ORCID altro
Keywords: Structure-based antigen design, bacterial protein antigens, X-ray crystallography, epitope design
Main topics of the group: - My studies regard 3D structure-based antigen design of protein antigens from bacterial pathogens and human parasites for the development of new vaccines and diagnostic tools.
Other:http://users.unimi.it/biolstru/gourlay-lab.html
Eloise Mastrangelo
CNR Assistant Professor in Biochemistry
Email: eloise.mastrangelo@unimi.it
Phones: +39 02 503 14898
Address: V floor / tower C
Website: >>>
Thesis available: Ask the teacher
External links:ORCID
Keywords: apoptosis and cancer, viruses, structure-based drug design, protein-protein and protein-nucleotide interaction, enzyme activity
Main topics of the group: - Structural Biology, Molecular modeling, Drug discovery. We apply biophysical methods to analyze the structure of proteins involved in human pathologies such as viral infections and tumors. The protein structures are used for the identification/optimization of small molecules that inhibit protein biological functions. Some inhibitors can be developed as new drugs in the treatment of viral diseases and tumors.
https://bioscienzebio.unimi.it/video_docente/video1_Eloise-Mastrangelo.mp4
Mario Milani
CNR Assistant Professor in FIS/07- Biofisica
Email: mario.milani@unimi.it
Phones: +39 02 503 14767
Address: V floor / tower C
Thesis available: Ask the teacher
External links:GoogleScholar
Keywords: protein structure analysis; in silico docking; structure-based drug design; molecular dynamics simulations; biophysics
Main topics of the group: I study viral and bacterial proteins, proteins involved in cancer, in genetic or degenerative diseases to find new drugs
Federica Cossu
CNR Assistant Professor in Biochemistry
Email: federica.cossu@guest.unimi.it
Phones: +09 02 503 14896
Address: 5 floor building C
Website: >>>
Thesis available: >>>
External links:ResearchGate ORCID Facebook
Keywords: structural biology, protein biophysics, biochemistry, cancer
Main topics of the group: Structure-based design and optimization of anti-tumoral drugs and study of apoptotic protein complexes.
Matteo de Rosa
CNR Assistant Professor in Biochemistry
Email: matteo.derosa@cnr.it
Phones: 14890
Address: V floor / tower C
Website: >>>
Thesis available: Ask the teacher
External links:ResearchGate ORCID altro
Keywords: structural biology, protein biophysics, biochemistry
Main topics of the group: structural and molecular basis of human diseases and infections