The mind can barely wrap itself around the concept of a printer producing faithful, working versions of our body parts or organs. Yet, this technology continues to develop, opening up more and more health avenues to us, assisted by the work of researchers like Dr Andrew Daly and Professor Abhay Pandit of the National University of Ireland Galway (NUIG).
The amniotic membrane remains a fertile area of research according to Antonietta Silini, the Research Co-ordinator for the Centro di Ricerca E. Menni (CREM) at the Fondazione Poliambulanza Istituto Ospedaliero, one of the LifeSaver Project’s core research partners. She is also the Science Communication Coordinator at COST SPRINT Action – The International Network for Translating Research on Perinatal…
Carla Baldasso, EnginSoft’s Research and Development Manager, is the LifeSaver Project Coordinator. An engineer with extensive experience in research projects, there is perhaps no one better equipped than Carla Baldasso to share how this company specialised in Computer-Aided-Engineering (CAE), and is helping the LifeSaver Project.
Nano and microplastics are ever-present in our lives. From plastic cooking utensils causing us to consume them in our dinners to single-use plastics in the ocean that break down and find their way into the fish we eat. Let’s look at what we know about pregnancy-relevant exposures to nano and microplastics and what we at the LifeSaver project are trying to do about it.
The LifeSaver Project aims to reduce infant and neonatal death rates through it’s cutting-edge approach. Its vision is that every pregnant woman should have a safe living environment with minimal risks to the foetus, safeguarded by scientifically justified regulations in the use and control of potentially risky medicinal and chemical products. Ultimately this will result in healthier quality lives for the babies for generations to come.