The images created during the daily scientific and medical endeavours at the Champalimaud Foundation can be as beautiful and compelling as any work of art. To the untrained eye, these images might also appear baffling, but, if you know what you’re looking at, they may just reveal information that can spark discoveries, contribute to the improvement of patient quality of life and maybe even alter our understanding of reality.

Join us for the FAITH Project's closing conference, where we'll delve into the crucial intersection of the FAITH AI technology and trials as well as key issues of mental health, survivorship in cancer and lessons learnt.

Description

Nuno Prego Ramos, co-founder and CEO of CellmAbs, will share the journey of CellmAbs, from it's early days starting with an initial technology from NOVA University to becoming a pioneering force in cancer therapy innovation.

In this talk, we will hear about the strategic decisions, challenges and breakthroughs that propelled the company to its selling the assets to the pharmaceutical giant, BioNTech.

“When I explain to my friends and family the rigorous regulations in place to ensure ethical treatment of experimental animals, they seem surprised.
 
It is important that people know that researchers that use animals are obliged to have appropriate qualifications and training. That scientific projects are evaluated to ensure that the use of animals is needed, beneficial and that no unnecessary harm is inflicted. And that the highest standards of housing conditions must be provided by the facilities where animals are housed.
 

A study published in mid-April in the journal Nature Communications by Leopoldo Petreanu and his team, from the Cortical Circuits lab at Champalimaud Research, concludes that sensory processing by the visual cortex’s is not purely visual. More to the point, the study shows that, right from the early stages of sensory processing, the visual cortex integrates information from other sensory modalities, such as sounds.

Host

Carlos Minutti, Principal Investigator, Champalimaud Research

Venue

Seminar room

The word “cerebellum” means “little brain”, despite the fact that it holds more than half the brain’s neurons. It is essential for coordinating movements and balance, helping you perform everyday tasks smoothly, like walking down a crowded street, or playing sports. It is also crucial for the learning process that allows you to associate sensory cues with specific actions.

The Champalimaud Foundation is looking for Anatomical Pathology Technicians to be part of the Pathology Department team.

Duration

The position has an initial duration of 12 months.

Position

The selected candidates will be part of the technical team of the Anatomic Pathology Service and will work in gross examination, histology, cytology, ancillary techniques, and other laboratory tasks.

Rhiner's project seeks to understand the molecular and cellular circuits that help the brain recover from injuries. Damage to the nervous system disrupts the strongly linked networks of brain cells, leading to drastically altered cellular interactions that are not well understood. The BrainSySTEMic project is set to decode the molecular dialogues disrupted in injured brain tissues and discover new signalling pathways that encourage regeneration and strengthen the brain's ability to bounce back.

Imagine watching a film. The moving images you see are actually a series of static frames shown rapidly. This is the continuity illusion at work, where our brain perceives a sequence of quick flashes as continuous, smooth motion. It’s a phenomenon not just vital to our enjoyment of films but also a fundamental aspect of how all mammals, from humans to rats, perceive the dynamic world around them. This study from the CF’s Shemesh Lab, published in Nature Communications, delves into how this illusion is encoded in the brain.