Team composition:

2014-2015 Team                                                                                                                    
From left to right
: Luís Marques, Gabriela Rodrigues, Marianne Deries, Sólveig Thorsteinsdóttir, Patrícia Gomes de Almeida, Gonçalo Pinheiro, Andreia Nunes and André Gonçalves. 
Photograph by Marta Palma.

Group description

Part of the mesoderm of all vertebrate embryos segments into somites, transient balls of cells which contain most of the precursors of the axial musculoskeletal system. This system is common to and characterizes all vertebrates, and its functional modification over evolutionary time allowed the conquest of land. How do these apparently homogenous balls of cells give rise to a functional system composed of vertebrae, tendons, blood vessels and skeletal muscle, the latter which is innervated at precisely the appropriate time? How do specific mutations affect their developmental programme and lead to disease, such as the muscular dystrophies or developmental defects in the vertebral column? How were the development of somites and their derivatives modified to produce a muscle pattern able to sustain the vertebral column on land? Our group addresses the cross-talk between the different derivatives of the somites in the shaping of the musculoskeletal system and how, in some cases, defects in these communication events lead to disease. 

The specific objectives of our group are the following:

1. To understand the cellular and molecular processes underlying the development of the axial musculoskeletal system of terrestrial vertebrates. We are particulary focussed on how different cell types and tissues communicate via paracrine factors and extracellular matrix molecules ensuring the development of a physiologically functional system.

2. To use our knowledge of the normal development of the axial musculoskeletal system to address what exactly goes wrong in congenital disease states such as in muscular dystrophies, and when cell-cell communication events go awry, such as in cancer.

3. To hypothesize on what cellular and molecular processes have been altered in terrestrial vertebrate embryos to permit the re-organization of their segmented musculature into more complex muscle patterns permitting the sustainment and movements of the axial skeleton on land.

Our group is also highly involved in the Masters in Evolutionary and Developmental Biology at FCUL.

Academics and Post-doctoral Researchers                                                    External collaborator                                                    
            Sólveig Thorsteinsdóttir                   Gabriela Rodrigues           Marianne Deries                         Manuel  Koch                

PhD Students   
         Luís Marques                        Patrícia Gomes de Almeida                       Andreia Nunes                            André B. Gonçalves






     Master student                                                                                                                                                                                                                 Inês Antunes     




Past group members

Gabriel G. Martins (FCT: Ciência 2007, 2012)
PhD students:
Pedro Rifes (PhD 2013)
Fernanda Bajanca (PhD 2006)
Ana Sofia Cachaço (PhD 2005)
Masters students

Gonçalo Pinheiro (MSc 2014)
Ana Raquel Jacinto (MSc 2011)
Ana Bernardo (MSc 2011)
Joana Mateus (MSc 2011)    
Raquel Vaz (MSc 2010)
Ana Lina Rodrigues (MSc 2009) Tomás Azevedo (MSc 2009) 
Magnus Val-Flores (MSc 2008)
António Temudo (MSc 2008)
Rita Amândio (MSc 2008)
Catarina Lopes (MSc 2007)
Pedro Campinho (MSc 2007)

Recent BIs and other collaborators:

Gonçalo Pinheiro (2015)
Ana Raquel Jacinto (2012)
Raquel Vaz (2011)
Ana Bernardo (2012)

2013 Team

2012 Team

2010-2011 Team

2008-2009 Team

2005-2006 Team