MEDNIGHT presents the All-Mediterranean Science Team, consisting of 11 scientists from various mediterranean countries
Informatrion about the selection process and the members of the jury, here
For MEDNIGHT, it is an honor to have created the first team of scientists that can serve as a symbol to unite Mediterranean countries with science as the common nexus.
The 11 researchers selected will receive an award during the gala, which will take place at Casa Mediterráneo, Alicante, on September 24 at 12:00 p.m.
Eleven have been chosen because we want the All-Mediterranean Science Team to symbolize a team, like a football team.
During the gala, each member of the Mediterranean Science Team will receive a football jersey with the MEDNIGHT coat of arms, symbolizing their belonging to a pioneering team in the league of science.
The members selected represent nine countries of the Mediterranean basin: Spain, Greece, Cyprus, Turkey, Egypt, Lebanon, Tunisia, France and Italy, which make this 2021 All-Mediterranean Science Team a first step toward creating a Mediterranean identity with science as the common nexus.
The 2021 All-Mediterranean Science Team is formed of eight women and three men, experts in topics of most interest to MEDNIGHT: sciences for the future, technology, health, climate change, anthropology and marine sciences.
The members of the first All-Mediterranean Science Team
- Iris Charalambidou. Cyprus. University of Nicosia. Department of Life and Health Sciences. Salih Gücel. Cyprus. Near East University. Institute of Environmental Sciences and Herbarium.
These two biologists conducted a pioneering study that showed the flourishing flora and fauna of what is known as the Green Line in Cyprus. The Green Line is an area that divides the island of Cyprus, as well as its capital Nicosia, into two parts.
There, living beings have multiplied undisturbed.
- Alain Aspect. France. He holds the Augustin Fresnel chair at the Institut d’Optique in Paris and is a professor at the École Polytechnique.
Alain Aspect successfully demonstrated quantum entanglement, a turning point in modern physics. His work is a fundamental basis in the field of quantum computation.
- Avelino Corma. Spain. Researcher at the Institute of Chemical Technology created by the Universitat Politècnica de València (UPV) and the Spanish National Research Council (CSIC). Prince of Asturias Award.
Avelino Corma works on the molecular design of solid material catalysts. “Chemistry has been present in practically all the revolutions that have taken place in humanity: from fertilisers, which made it possible to develop agriculture, to medicines, which allow us to increase life expectancy, together with hygiene through chlorine, water disinfection…. We owe it to chemistry that we live longer,” explains Avelino Corma.
- Abla Mehio Sibai. Lebanon. Professor of Epidemiology, Faculty of Health Sciences, American University of Beirut (AUB), Lebanon.
Mehio Sibai promotes healthy ageing. Her goal is to make advances in ageing science available to everyone, especially to people who have suffered the consequences of socio-political conflicts in places as hard-hit as Lebanon. For Mehio Sibai: “It’s a personal challenge, I want to bring the science of ageing with health and dignity to the whole world”.
- Habiba Bouhamed Chaabouni. Tunisia. Researcher in medical genetics at Tunis University.
In 1981, Chaabouni launched the first genetic counselling service and set up epidemiological studies on consanguinity in northern Tunisia, a region where the rate of genetic diseases, birth defects and mortality was particularly high. Her studies showed that in this region a quarter of marriages were between first cousins whose parents were themselves siblings.
She has been a consultant to the World Health Organisation (WHO) and the League of Arab States (LAS).
- Katerina Harvati. Grecia. Paleoanthropologist of Greek origin. Currently researcher at Eberhard-Karls-Universität Tübingen (Germany). Awarded for her work on the Apidima human fossils from Greece, ranked among the most important scientific discoveries of the decade.
Katerina Harvati discovered the earliest known presence of Homo sapiens in Eurasia, suggesting that the beginning of the dispersal of early modern humans out of Africa occurred much earlier than officially recognised and reached much further than previously thought.
- Nurcan Tunçbağ. Turkey. Associate Professor at Koç University, Department of Chemical and Biological Engineering and School of Medicine.
Her research interests are computational systems biology, bioinformatics, network-based medicine, network modelling, multi-omics data integration, single-cell and large-scale omics data analysis, and the discovery of latent cancer driver mutations. Her aim is to understand how protein-gene interaction networks are altered in diseases by integrating multi-omics data and computational techniques.
- Guillermina López-Bendito. Spain. Researcher at the Institute of Neurosciences of Alicante (UMH-CSIC). Guillermina López-Bendito investigates the development of the brain structure and connections that allow us to see, hear and feel what we touch.
Her contribution is pioneering and innovative in the field of developmental neurobiology, as she studies how the brain develops under normal conditions and in models of sensory deprivation. “If we want to repair these lost senses in the future, we have to recover the brain connections that have been lost. In our lab we apply cellular reprogramming to recover visual neurons in blind animals, for example”.
- Francisco Mojica. España. Spain. Head of the Department of Physiology, Genetics and Microbiology at the University of Alicante, mainly known for having made the discovery of the CRISPR repeat sequences in microbes from the Salinas of Santa Pola.
Francisco Mojica coined the acronym CRISPR, for Clustered Regularly Interspaced Short Palindromic Repeats, a technology that is internationally regarded as the biggest biotechnology revolution of the century.
His team was the first (2005) to suggest that the sequences could be linked to the immunity of bacteria from being attacked by certain viruses. Mojica is also working on the use of bacteriophages as an alternative to common antibiotics. It is postulated that CRISPR-Cas technology will make it possible in the near future to provide cures for a multitude of diseases that are currently beyond our reach.
- Nagwa Abdel Meguid. Egypt. She has been leading a research laboratory on children with special needs for more than twenty years. It was there that she founded a clinic for research on children with autistic disorders at the Centre of Excellence of the Egyptian National Research Centre.
Her work covers a broad field that gathers studies from different disciplines, such as genetics, psychiatry and behavioural neuroscience. She has built up a remarkable library of Autism Spectrum Disorder cases, publishing more than 30 articles in prestigious international journals that can now benefit scientists worldwide, taking charge of the discovery of new genes and new biomarkers in autistic children and, most recently, developing a nanoformulation of vitamin D micronutrients for the treatment of autism.
Her work is changing the entire practice of neurology by increasing our understanding of neurological and genetic disorders.
- Martina Pierdomenico. Italy. Researcher at the Institute for the study of Anthropic impacts and Sustainability in the Marine Environment of the National Research Council (IAS-CNR).
Martina Pierdomenico is head researcher of a study, carried out with images from underwater robots, which has found the largest concentration of deep-sea rubbish ever recorded. Plastics, cars, cookers and even a Christmas tree are among the objects found in the Strait of Messina, at a depth of 1000 metres.