Discovering if mesothelioma cells compete or cooperate
Cancer types:
Lung cancer
Project period:
–
Research institute:
International Agency for Research on Cancer (IARC)
Award amount:
£252,246
Location:
France
Dr Nicolas Alcala and his team are hoping to better understand how mesothelioma cells interact with one another and with their surrounding environment. They hope to reveal clues about how to diagnose or prevent this aggressive type of cancer.
Hope for the future
Mesothelioma is a rare but incurable cancer mainly caused by exposure to asbestos. There are currently limited treatment options and more research is needed to better understand this type of cancer and find new cures.
One reason that mesothelioma is hard to treat is that the cancer contains lots of different types of cells, making it harder for targeted therapies to work. By better understanding how these different cell types develop and how they behave, Dr Nicolas Alcala hopes to find new ways to diagnose, prevent or treat mesothelioma.
Meet the scientist
Outside of the lab, Dr Alcala enjoys playing the piano – particularly improvising and borrowing from styles such as jazz, classical, indigenous music, and even pop music and soundtracks from movies and video games. He also enjoys martial arts, especially karate.
The science
Up until now researchers have thought that the different cells in mesothelioma compete with each other, but Dr Nicolas Alcala believes that the cells actually co-operate with each other and form a successful ecosystem. If his idea is correct then this would pave the way for new cures for mesothelioma.
Dr Nicolas Alcala and his team will use a variety of scientific approaches to build up a picture of how mesothelioma develops and how it interacts with the tumour microenvironment around it. Innovative sequencing and computer programming will give the team a lot of new insights about the factors involved in mesothelioma development.
They hope this will lead to exciting new ways to diagnose the disease earlier or prevent it in people exposed to asbestos who are at higher risk of developing mesothelioma.
If we focus on the real endgame of creating a cancer-free world, unfortunately I do not think any approach currently used in the clinic has the potential for it. It means we need to find an entirely novel, bold approach, and this will come from somewhere unexpected, and will have to start from the beginning, with a fundamental, discovery project.
Active Spain
Lung cancer
Researchers want to help immunotherapy work for more cancer patients by understanding how cancers hijack our immune system and preventing this happening
Researcher: Dr Andrés Hidalgo
Understanding how cancer cells modify white blood cells to help tumours grow
Active Italy
Lung cancer
In this project researchers are exploring a potentially groundbreaking new way to treat to lung cancer through a non-invasive, inhalable treatment.
Researcher: Dr Carla Lucia Esposito
Developing a new targeted treatment for lung cancer
Active Italy
Lung cancer
Researchers are hoping to pave the way towards much needed new lung cancer therapies using helpful microbes to boost therapies and improve survival rates.
Researcher: Dr Chiara Ambrogio
Mighty microbes: can bacteria in our lungs make cancer treatment more effective?