25 molecular-modeling positions in Italy

Molecular effects of environmental pollution in wild-caught mosquitofish

, the project aims to assess the effects of PFAS on wildlife, focusing on a small freshwater fish, the mosquitofish, as a model. The project combines field and laboratory approaches to elucidate the effects

Bioenergetic characterization of GM1-OS lack in cellular models of Parkinson's disease

resolution respirometry and confirmed by biochemical and molecular approach. The ability of GM1-OS will be also tested to rescue mitochondrial dysfunction in the cellular models of PD studied. Requirements

Nutrition, food and microbiome involvement in ibd pathogenesis and treatment.

biological matherial, and on in vitro and in vivo models. The researcher will be able to account on intestinal microbiota data, trought analys of fecal DNA and/or intestinal mucosa, analysis of immune function

Physiological mechanisms of control of autophagy and proteostasis in cellular models of acute and chronic myeloid leukemia and other oncohematological diseases.

the physiological mechanisms of control of autophagy and proteostasis in cellular and murine models of acute and chronic leukemia and other onco-haematological pathologies, using common techniques of cellular and

Assistant Professor in Molecular Biology.

enrollment sector BIO/11 (Molecular Biology). Research activities will include the development and use of disease models (possibly also 3D cell models) such as cancer, as well as the application and analysis

Motility and communication in active matter: from aggregation in quorum sensing to signal transmission in biofilms.

mechanism of information exchange, inspired by the ionic signaling observed in biofilms. ln particular, we will develop a complex model of cells where each particle carries its own "information bit

Postdoctoral research scientist position

of Environment and Health of the Istituto Superiore di Sanità in Rome (www.genomestabilitygroup.com ). The project, funded by Worldwidecancer research, wants to investigate on the molecular mechanisms correlated

Rif. 2726 - Glial cells role in brain physiology and its alterations in genetically-based neurological disorders.

well as on the molecular characterization of their physiological effect in in vitro models (cell lines, primary cultures and brain cells derived from patients’iPS cells), as well as on their alterations in the above

Molecular dynamics (MD) Simulation of Bonding Mechanism in Cold Spray Deposition Process, ERC-2021-COG Project, "ArcHIDep" GA n. 101044228, 2024_ASSEGNI_DMEC_24

for the creation of 3D products, as it allows us to overcome the main limitations of current additive technologies. This research is aimed at the development of numerical models based on molecular dynamics approach

Development of innovative strategies in regenerative medicine for the treatment of age-related osteoarticular pathologies

of stimuli, as an alternative to animal models, for the development of new regenerative medicine approaches in aging-related diseases (ii) to obtain biomimetic, cell-loaded, implantable scaffolds