Medicines, vaccines and advanced therapies

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Medicines, vaccines and advanced therapies

Medicines, vaccines and advanced therapies

The work that the Istituto Superiore di Sanità (ISS, the National Institute of Health in Italy) carries out in the field of medicines, including vaccines and advanced therapies, is multiple and covers all stages of the process, from the moment they are conceived and developed through laboratory research, through the clinical trial period and their subsequent use by citizens for both prophylactic and therapeutic purposes.

The ISS activity takes place at two different levels. The first relates to the design, control, evaluation and testing of drugs before they are put on the market. This level includes laboratory research to develop new therapeutic strategies, testing experimental hypotheses by way of preclinical and clinical trials, defining drug quality, evaluation (both preclinical and clinical, with particular reference to phase I clinical trial) by external bodies, verification of compliance of quality parameters to the current rules, as well as providing support to the Italian Medicines Agency (AIFA) in the final stages of the development process when the drug obtains the Authorization for Marketing (AIC) at the national or international level (EMA, European Medicines Agency).

The second level of activity relates to drugs already on the market. At this stage the ISS continues to monitor the quality of drugs that are already available to patients, and to combat drug counterfeiting activities. In addition,the ISS, alongside its role in surveillance and pharmacovigilance, conducts pharmaco-epidemiological research on the efficacy and safety of drugs as data becomes available after commercialization, contributing to the constant monitoring of drug effects on the population.

Neuroinfiammazione e stress ossidativo: meccanismi molecolari e target terapeutici

La neuroinfiammazione e lo stress ossidativo hanno un ruolo chiave nell’insorgenza e nel decorso delle malattie neurodegenerative, demielinizzanti e nei disordini psichiatrici e del neurosviluppo.
La ricerca è mirata alla comprensione dei meccanismi che sono alla base della neuroinfiammazione e della demielinizzazione, e all’individuazione di biomarcatori dello stato di vulnerabilità o resistenza ai processi neuroinfiammatori e ossidativi.

Gli studi si concentrano su: 

  1. ruolo delle cellule gliali in modelli pre-clinici di patologie del Sistema Nervoso Centrale, al fine di individuare bersagli terapeutici in grado di limitare la neurodegenerazione e promuovere i processi riparativi
  2. effetti di microgravità, ipossia ipobarica e raggi cosmici sul metabolismo redox cellulare di categorie professionali esposte a tali condizioni