The pursuit of sustainable waste management and renewable energy solutions has fueled an exploration of anaerobic fermentation as a pivotal process. In this study, mesophilic and thermophilic batch experiments were conducted ...

Alcuni contaminanti ambientali sono non biodegradabili e pericolosi per la salute umana con effetti tossici su svariati target nell’organismo. Ad oggi diversi studi suggeriscono il legame di alcuni di questi contaminanti ...

Computational drug design has gained an increasing interest in the last decade, revealing promising results in the discovery of novel therapeutic candidates. Both ab initio and de novo approaches enable the study and ...

Aquaculture currently supplies more than half of all human consumption of fish and seafood, and is expected to grow even further to meet future demand. However, these intensive farming models, together with climate change, ...

Cancer is a vast group of diseases caused by mutations in the human DNA that result in an uncontrollable growth of cells which can spread around the body. Cancer is one of the leading causes of mortality worldwide. Advancements ...

The aim of the thesis is the evaluation of the biological contribution to the radiosensitization effect exerted by AuNPs in radiotherapy for cancer treatment.

Negli ultimi anni, le nanoparticelle sono emerse come nuovi vettori promettenti per la somministrazione di terapie e farmaci. Le molecole naturali, come le proteine, sono un ottimo sostituto dei polimeri sintetici comunemente ...

Sviluppo di un protocollo di sintesi di nanoparticelle di chitosano, chitosano-Ferro, chitosano-GFP e chitosano-DNA, destinate alla trasformazione di microalghe e loro caratterizzazione.

Abstract Ferrite nanoparticles (NPs) containing manganese and zinc ions have many implications in medicine, especially in magnetic resonance imaging (MRI) as contrast agents to improve the quality of MRI images. However, ...