Dynamics of water confined in silica hydrogels studied with elastic and quasi-elastic neutron scattering

Dynamic properties of myoglobin embedded in silica hydrogels studied through elastic neutron scattering

Tracking protein motions in solution

Inflammatory reaction and isolation of multifunctional bioactive molecules in cnidarians: from Immunobiology to Blue Biotechnology

The phylum of Cnidaria is one of the first branches in the tree of animal life to provide crucial insights on the evolution of immunity. Cnidarians are diblastic aquatic animals with radial symmetry and they are the simplest multicellular organisms that have reached the level of tissue organization. The renewed interest in the study of immunity in Cnidaria has led to additional information to the scenario of the first stages of immunity evolution revealing the cellular processes involved in symbiosis, in the regulation of homeostasis and in the fight against infections. We investigated the inflammatory response in Cnidarian following injection of various substances different in type and dim…

Time-resolved small-angle scattering study of the R to T transition in hemoglobin

The R-T quaternary transition in deoxyhemoglobin studied by NIR spectral relaxation

Hemoglobin dynamics probed by picosecond wide-angle x-ray scattering

Water and proteins confined in silica hydrogels and silica nanoparticles: structural, dynamic and functional studies.

Tracking protein intra-molecular motions in solution with time-resolved Wide Angle X-ray Scattering

REPORT OF MEETING Report of the VIIth scientific meeting of the Italian Association for Developmental and Comparative Immunology (IADCI) 10 and 11 February 2005, Consorzio Universitario Provincia di Trapani, Trapani

Time-resolved small angle scattering study of the R to T transition in hemoglobin