LISBON
Lisbon is the capital of Portugal and an important European hub for medical education, scientific research and healthcare innovation.
The city hosts several universities, academic hospitals and research centers that contribute to advancements in biomedical science and clinical practice.
The event venue has been selected based on its appropriateness for scientific exchange, availability of modern conference facilities and ease of access for international participants.
Scientific and Educational Context
Portugal has an established healthcare system and an active medical community engaged in clinical research, professional education and international scientific collaboration.
Lisbon regularly hosts medical and scientific congresses, providing a suitable environment for professional learning, discussion of clinical evidence and exchange of best practices.
The programme of this Event is scientifically driven and designed to support education, research discussion and professional development in accordance with MedTech ethical standards.
Climate
In March, Lisbon experiences mild and pleasant weather. Temperatures typically range from about 10°C (50°F) to 18°C (64°F). It’s a good time to visit as it’s not too hot yet and the city starts to bloom with early spring flowers. Rain is possible, but it’s generally not too frequent.
Ways to Reach Lisbon:
- By flight: Lisbon Portela Airport (LIS) is the main international gateway, located about 7 km from the city center.
- By train: Lisbon is well connected by train, with major stations like Santa Apolónia and Oriente offering routes from across Portugal and Europe.
- By bus: Various long-distance bus services connect Lisbon with nearby cities in Portugal and Spain.
- By car: Portugal’s well-maintained highways make it easy to reach Lisbon by car from other parts of the country or neighboring Spain.
Getting Around Lisbon
Taxi: Readily available and relatively affordable. You can hail them on the street, at taxi stands, or book via apps like Uber or Bolt.
Public Transport: Lisbon has an extensive public transportation system, including trams, buses, and a metro. The “Viva Viagem” card is useful for tourists, allowing you to load and pay for travel on various transport modes.
- Metro: Lisbon’s metro is fast, affordable and covers major areas. It has four lines connecting the city center with outer districts.
- Buses and Trams: The iconic trams, especially Tram 28, offer scenic rides through Lisbon’s historic neighborhoods. Buses cover areas not reached by the metro.
- Funiculars and Elevators: Unique modes of transport that help navigate the city’s steep hills, like the Elevador de Santa Justa.
- Viva Viagem Card: A reloadable card for easy access to all public transport.
Car Sharing: Lisbon has several car-sharing services you can use, which are convenient for getting around the city: ShareNow, GoCar, Zipcar, DriveNow.
You can usually find these services via their respective mobile apps, which allow you to locate, book and unlock cars.
Lisboa Card
The Lisboa Card is a convenient travel pass for visitors exploring Lisbon, Portugal. Here’s a quick overview of what it offers:
- Public Transport: The card provides unlimited travel on Lisbon’s public transport network, including buses, trams, metro, and the Santa Justa Lift.
- Discounts: It offers discounts on various attractions and activities, such as museums, guided tours, and other cultural sites.
- Validity: It can be purchased for different durations, typically ranging from 24 to 72 hours, allowing flexibility based on the length of your stay.
- Additional Benefits: Some versions of the card may include free or discounted entry to certain attractions and sometimes even a hop-on-hop-off bus tour.
You can buy the card online, at the airport, or at various tourist information points in Lisbon.
Useful Phone Numbers
- Emergency Services: 112
- Health Line: 808 24 24 24 (National Health Service)


ng predictive models for diagnosis, treatment response, and long-term prognosis in SLE and LN.
My background in Medicine, Immunology and Genetics make a unique combination and provide me with the tools I need to successfully carry my projects. For nearly 30 years of my research career I focused in the identification of the genetic basis of SLE as a first building block towards understanding how genes lead to cellular abnormalities that eventually to clinical disease. A main goal of my research is to understand the mechanisms behind disease pathogenesis, identify new biomarkers for prediction of disease outcomes, flares and remission, and find new therapeutic targets, understanding the mechanisms of response and non-response to therapies, and define the heterogeneity of SLE. I am totally committed to the work for lupus, and I believe that only through careful longitudinal analysis of the patients, and proper molecular analyses, will we be able to advance our understanding of this disease. I am using systems biology approaches, -omics data integration and clustering, scRNASeq and other omics methods and bioinformatics approaches in my research. We use also animal models to study their similitudes with the human disease and the understanding of the function of lupus susceptibility genes. By coordinating large multicenter studies in Europe (PRECISESADS – 2014-2019, and 3TR – 2019-2026), I gained important experience in this and in the relationship with the pharmaceutical industry.
In the clinic, I lead the outpatient clinic for SLE patients and systemic connective tissue diseases, providing a renovated approach to their treatment strategies which refers to the latest treat-to-target perspective and optimized drug combination. Besides, I hold continuous multidisciplinary interactions with colleagues from other fields e.g. nephrologists and pulmonologists aimed at harmonizing the approach to our patients and at integrating the latest advancements in rheumatology to deliver the best possible care.