About us
Dr. Lázaro’s team is focused on genetic analysis of human diseases and specifically on improving the tools for mutational analysis for diagnostic purposes using comprehensive approaches. In addition, the group is working in the generation of experimental models as tools to perform personalized medicine approaches towards malignancies associated to Neurofibromatosis type 1 (NF1). The focus areas in this research group are:
– Neurofibromatosis
– Improving Genetic Diagnostics
– Genetic Susceptibility to Severe COVID-19
Read about the problems we want to tackle and how we plan to do it in the section below:

About the disease
Neurofibromatosis Team
Neurofibromatosis type 1 (NF1; MIM #162200) is an autosomal dominant cancer predisposition syndrome that affects 1 in 1:2500-1:3000 live births and it is mainly characterized by the presence of café-au-lait spots (CLS), cutaneous neurofibromas, Lisch nodules, inguinal and axillary freckling, and a high predisposition to develop certain types of benign and malignant tumors. Malignant peripheral nerve sheath tumors (MPNSTs) are highly aggressive soft-tissue sarcoma type. Approximately half of MPNSTs develop sporadically and the other half develops in patients with NF1. MPNSTs have a very bad prognostic due to its aggressiveness and metastatic potential. In fact, compared with other soft tissue sarcomas, MPNSTs have the highest risk of sarcoma-specific death. Complete resection with wide margins is mainstay of therapy for MPNST but is not always feasible. Radio- and chemotherapy provide very limited benefit and thus there is clear and urgent necessity for effective treatments.
Our Neurofibromatosis team have the main aim of identifying new personalized therapeutic agents for MPNST at pre-clinical level. For this, we have developed a MPNST therapeutic platform for precision medicine that consists in three components:
– A collection of newly generated MPNST cell lines
– A group of orthoxenografts MPNST mouse models (sporadic and NF1-related)
– A repository of genomic data (coordinated by Dr. Eduard Serra, IGTP) of all in vitro and in vivo models together with information on the responses to the different drug treatments performed.
In addition, we are also participating in an international project aimed to fully develop a novel therapeutic approach to target NF1 premature truncated codons to restore the production of full-length functional neurofibromin protein in the cell.
Principal Investigator: Conxi Lázaro.
Current Research Team: Juana Fernández-Rodríguez, Edgar Creus, Sara Ortega.
Past members: Joan Castellsagué, Eva Pros, Eduard Serra, Elisabet Ars.
Improving Genetic Diagnostics Team
Next Generation Sequencing enables the study of multiple genes associated with hereditary cancer and improves diagnosis in families with negative results for commonly studied genes. However, phenotypes and risks associated with several of the genes included in panels are not well known.
The main aim of our Improving Genetic Testing team is boost clinical applicability of multi-gene panels in the setting of hereditary cancer. To this end, we seek to ameliorate mutation detection yield while determining genotype-phenotype relationships and their associated risks. Our specific aims are:
– Refining the clinical applicability of multi-gene panel analysis for hereditary cancer patients by adding new genes and applying new bioinformatics tools and pipelines.
– Incorporating new bioinformatics tools to improve and facilitate mutation detection and variant classification.
– Exploring the use of long-read NGS approaches to improve genetic testing in Hereditary Cancer.
– Defining gene-specific variant classification recommendations and participation in international initiatives with this purpose.
– Molecular and functional characterization of variants of unknown significance.
In addition, we are participating and leading international, national and regional initiatives of genomic-based precision medicine in cancer such as: IMPaCT Genomica, VUSCan, SPADA-HC, CRECE and GENTURIS registry.
Principal Investigator: Conxi Lázaro.
Current Research Team: Lídia Feliubadaló, Jesús del Valle, Paula Rofes, Elisabet Munté.
Molecular Diagnostics Team: Sara González, Mireia Menéndez, Eva Tornero, Xavier Muñoz, Maria Isabel González, Daniel Azuara, Olga Campos, Raquel Cuesta, Eva Montes, Carolina Gómez, Noèlia Torres, Iolanda Rubio, Gemma Losilla.
Past members: Jose Marcos Moreno, Gardenia Vargas, Ester Castellsagué, Francisco Quiles, Agostina Stradella, Adriana López-Doriga.
Genetic Susceptibility to Severe COVID-19 Team
In previously unexposed or unvaccinated individuals, SARS-CoV-2 infection could trigger a severe inflammatory pneumonia with drastic respiratory insufficiency and acute respiratory distress syndrome that requires mechanical ventilation or, in some cases, extracorporeal membrane oxygenation therapy. Age, obesity, diabetes and heart diseases are underlying medical conditions that increase the person’s risk of severe COVID-19, but there are other risk factors not apparent in the patient’s medical history. Innate immune response is crucial in the early phase of SARS-CoV-2 infection and type I interferon response plays a non-redundant role controlling viral replication. Individuals carrying genetic variants that impair type I interferon response are at risk of severe COVID-19 when infected by SARS-CoV-2. Furthermore, other patients have pre-existing auto-antibodies against type I that block host individual response to viral infection and are also at risk.
In the Genetic Susceptibility to Severe Covid-19 team we have the main aim of understanding the risk factors behind the most serious cases of COVID-19. For this, we collaborate with the Internal Medicine Department of the Bellvitge University Hospital to bring to the surface individual risk factors that are not obvious in the patients’ medical history records. Our approach tries to explain why young and apparently healthy individuals are prone to develop the most threatening forms of the disease. A deep understanding of the risk factors behind the most serious cases of COVID-19 may help us to protect those at risk in the future and offer better treatment to those affected.
Principal Investigators: Conxi Lázaro and Xavier Solanich
Current Research Team: Arnau Antolí, José Luis Gómez, Lídia Feliubadaló, Jesús del Valle, Paula Rofes
Past members: Gardenia Vargas
Group members
Principal investigators
Conxi Lázaro
Principal Investigator
Xavier Solanich
Co-P.I. Genetic Susceptibility to Severe Covid-19 team
Conxi Lázaro
Principal Investigator

Dr. Conxi Lázaro is a molecular geneticist with more than 25 years of experience in the field of human genetics. She did her PhD in Human Genetics at University of Barcelona. She has worked in several clinical hospitals in Barcelona. She was an invited professor at Massachusetts General Hospital Cancer Center at Boston in 2003/04 and did a sabbatical stay at Mount Sinai Hospital and at Women’s College Hospital in Toronto in 2018/19.
In the last ten years she has been involved in several projects aimed at using Next Generation Sequencing (NGS) for genetic testing purposes. Her field of expertise is Hereditary Cancer. Of relevance was her pivotal research in the genetic basis of Neurofibromatosis type 1 (NF1). She is member of several reputable international consortia and associations such as CIMBA, ENIGMA, CTF, GENTURIS.
As a summary information of the scientific production, Dr. Conxi Lázaro has participated in more than two hundred scientific publications in indexed journals, being in many cases the first or last author. The cumulative impact factor is greater than 1000 and the average impact factor is 8.0. She has participated in more than 60 competitive research projects, being the Principal Investigator in more than half of them. For more than 20 years, Dr. Lázaro has demonstrated the ability to attract competitive resources, both national and international, from the public and private sectors.
In addition, Dr. Lázaro has participated in the writing of several book chapters as well as in several reviews and scientific articles for the general public. During her sabbatical year in Toronto (2018/2019) she led the edition of a book on variant interpretation entitled Clinical DNA Variant Interpretation-Theory and Practice (Academic Press, 2021).
Xavier Solanich
Co-P.I. Genetic Susceptibility to Severe Covid-19 team

I graduated in Medicine at the University Rovira i Virgili (URV) in 2004, and then I performed the Internal Medicine Specialty at the Hospital Universitari de Bellvitge (HUB) between 2005-2010. Thereafter, I finished a Master’s degree in Systemic Autoimmune Diseases at the University of Barcelona (UB) in 2011, and a Master’s degree in Advanced Immunology at the UB and the Autonomous University of Barcelona (UAB) in 2015. My PhD thesis in Medicine, dealing with genetic and immunologic host susceptibility factors to severe COVID-19, was completed at the UB in 2021.
I am a consultant in the internal medicine department at the HUB since 2010. Investigation and management of primary (genetic) immunodeficiency and secondary immunodeficiency (caused by another illness or treatment except for HIV) in a specific clinic and within the framework of a multidisciplinary unit to manage these entities in the HUB. I also attend patients with autoinflammatory and systemic autoimmune diseases, as well as some rare diseases such as systemic histiocytosis.
From 2010 to the present I have published more than 60 original articles in peer-reviewed journals (H-index 18, total times cited 3661; source Scopus, March 2023). I also has participated in the writing of several book chapters and article reviews. In addition, I have participated in six R&D projects by public entities, and in eleven clinical trials from public and private sectors.
Postdoctoral researchers
Lídia Feliubadaló Elorza
Postdoctoral investigator
Jesús del Valle
Postdoctoral investigator
José Marcos Moreno Cabrera
Postdoctoral investigator
Paula Rofes Terrón
Postdoctoral investigator
Mireia Ramos-Muntada
Postdoctoral investigator
Lídia Feliubadaló Elorza
Postdoctoral investigator

I graduated in Biochemistry at the University of Barcelona. My PhD thesis, dealing with the genetic and molecular basis of Cystinuria, was completed in the Genetics Department of the Oncology Research Institute (IRO) under the supervision of Dr. M. Palacín and Dra. V. Nunes. There I worked as a research assistant in the Genetics Department of IRO, where I finished the characterization of the Cystinuria KO mouse model Stones (patent Nr.P2000301592), which I generated during the Ph.D., and performed Cystinuria pharmacological studies with it. In 2006 I started working as a research and diagnostics assistant in the Molecular Diagnostics Unit at the Catalan Institute of Oncology (ICO).
I am responsible for the Hereditary Breast and Ovarian Cancer Syndrome diagnostics and also work in the diagnostics technological development, mainly focusing in Next Generation Sequencing (NGS) techniques and analysis. As part of it, I’ve been involved in several projects aimed to use NGS panels for genetic testing purposes both at germline and somatic levels, and now to implement targeted RNAseq with short read and long read platforms. I collaborate with international consortia like ENIGMA and CIMBA to decipher the genetic basis underlying the Hereditary Breast and Ovarian Cancer Syndrome. Additionally, I pursue the improvement of genetic variant pathogenicity classification, by working in its semi-automation, developing gene-specific classification guidelines and building a Spanish hereditary cancer variant registry.
I have published 54 articles in peer-reviewed journals (H-index: 17, source Publons, February 2021). During these years I have actively participated in 15 R&D projects financed by public entities. I have supervised one master work (2021) and, together with Conxi Lázaro, one doctoral thesis (2016). Currently I am co-supervising another doctoral thesis.
Jesús del Valle
Postdoctoral investigator

Dr. del Valle is graduated in Biology from the University of Oviedo. Subsequently, he moved to to Pompeu Fabra University in Barcelona, where as a PhD student he investigated the genetic basis of several pediatric overgrowth syndromes, focusing particularly on Sotos syndrome. In 2007 he started working at the Molecular Diagnostics Unit of Catalan Institute of Oncology under the supervision of Dr. Lázaro. Since then, he has combined his efforts in the genetic diagnosis of different conditions of hereditary cancer, as well as in the investigation of the underlying molecular basis of hereditary cancer.
In these 20 years he has accumulated an extensive experience as a molecular geneticist, particularly in the fields of NGS, large genomic rearrangements and genetic variant classification. Since 2019 he holds the European Board of Medical Genetics, registered as Clinical Laboratory Geneticist. He has published more than 45 articles in peer-reviewed journals (h-index: 18, >900 citations), 1 book chapter and has actively participated in several R&D projects financed by public entities.
José Marcos Moreno Cabrera
Postdoctoral investigator

José Marcos is a postdoctoral researcher and bioinformatician focused on hereditary cancer, web and database development. In 2009 he obtained a degree in computer engineering at the University of Granada, after which he worked as a software engineer for seven years. In 2016, he switched to the field of genetic diagnostics for developing a web-based tool to manage genetic testing of hereditary cancer as a part of the ICO-IMPPC Joint Program for Hereditary Cancer. Following this, he pursued a Master’s degree in Bioinformatics and Biostatistics at the Open University of Catalonia.
From 2018 to 2021 he did a PhD under the supervision of Bernat Gel and Conxi Lázaro at the Hereditary Cancer Program of the ICO-IDIBELL. During these years, he carried out multiple bioinformatics approaches to improve the genetic testing of hereditary cancer. He performed an evaluation of NGS copy number variant (CNV) calling tools on targeted gene panel data, focusing on genetic diagnostics. Taking advantage of the benchmark results, he then evaluated the impact of using a CNV calling tool as first-tier screening in the diagnostics routine. After that, he developed a R/bioconductor package to identify false positives produced by NGS CNV calling tools.
Paula Rofes Terrón
Postdoctoral investigator

I graduated in Genetics at the Autonomous University of Barcelona (UAB) in 2016, and then moved to Madrid to pursue a Master’s Degree in Genetics, Cell Biology and Biomedicine. I performed my Master thesis at the Molecular Oncology group of San Carlos Clinical Hospital, focused on the identification of new genes involved in colorectal cancer predisposition using a multi-gene panel approach. It was during this period that I got familiar with the diagnostics environment involving next-generation sequencing technologies, and I realized I wanted to continue my academic career in cancer translational research in a clinical setting. In 2017, I started my PhD at the Molecular Diagnostics Unit of the Hereditary Cancer Program at the ICO-IDIBELL, under the joint supervision of Dr. Conxi Lázaro and Dr. Jesús del Valle. My project is focused on implementing new strategies and technologies in order to improve the diagnostic algorithms for hereditary cancers. Some topics of my research include the identification of new moderate/low-penetrance cancer predisposing genes and the implementation of somatic and RNA testing to increase the diagnostic yield.
Mireia Ramos-Muntada
Postdoctoral investigator

I am a postdoctoral researcher graduated in Genetics from the Universitat Autònoma de Barcelona (UAB) in 2015. I continued my university education with the Postgraduate course in Medical Genetics by the Universitat de València (2016-2017) and the Master’s Degree in Cytogenetics and Reproductive Biology by UAB (2017-2018). I did my Master Thesis in the Genetics of Male Fertility Group, characterizing genetic risk in carriers of chromosome heteromorphisms. After that, I started my Phd (2018-2021) at the same group, under the joint supervision of Dra. Francesca Vidal and Dr. Joan Blanco. There, I studied 22q11.2 deletion syndrome as a model study for the integral analysis of genetic factors that predispose genomic disorders. At this time, I entered at the Next Generation Sequencing (NGS) analysis world. Meanwhile, I collaborated in the study of clonal heterogeneity and evaluation in relapse high-hyperdiploid B-cell acute lymphoblastic leukaemia, with Dr. Oscar Molina and Dr. Pablo Menéndez from Josep Carreras Leukaemia Research Institute. During these years, I published two books and several divulgation articles to bring genetics to the general population. In 2021 I joined to Hereditary Cancer Group at IDIBELL as a NGS data analyst.
Scientific Support
Sara González Romero
Postdoctoral investigator
Sara González Romero
Postdoctoral investigator

Sara González is a molecular geneticist with more than 25 years of experience in the field of human genetics. She took her degree in Biology at Universidad Complutense de Madrid. She did her training on colorectal cancer genetics in Hospital de Sant Pau, Barcelona under the supervision of Dr. Gabriel Capellá.
She settled up the laboratory of genetic testing at Catalan Institute of Oncology (ICO) in 1999, the seed of the current Service of Molecular Diagnostics. She has been involved in multiple projects aimed, her main research interest and field of expertise is Familial adenomatous polyposis (FAP) and Next Generation Sequencing (NGS) for genetic testing purposes. She is member of several reputable international consortia and associations such as AEGH and GENTURIS.
As a summary information of the scientific production, Sara González has participated in more than hundred scientific publications in indexed journals and in multiple competitive research projects.
In addition, Sara González has become an expert in managing quality in the field of genetic testing. She has participated in several courses and training focus on this field and she is leading the achieving and maintenance of different external quality schemes such as NORMA ISO9001, NORMA ISO15189 and EQA/EMQN quality assessment schemes.
PhD students
Elisabet Munté Roca
PhD Student
Edgar Creus Bachiller
PhD Student
Sara Ortega Bertran
PhD Student
Arnau Antolí Gil
PhD Student
Elisabet Munté Roca
PhD Student

I graduated in Genetics by the Univesity Autonoma of Barcelona in 2017. During my degree I did an internship at VHIO’s High Risk and Cancer Prevention Group, which was the reason why I decided that I wanted to focus my carreer on Hereditary Cancer.
In 2018, I did another internship at the ICO’s Genetic Counseling Unit supervised by the genetic counselor Ares Solanes and the Dr. Joan Brunet. After that, I started working at the unit as Data Curator. Meanwhile, I studied a Masters degree in Bioinformatics and Biostatistics at the Open University of Catalonia. I performed my Masters Thesis with Elisabeth Castellanos at the Genetic Diagnostics for Hereditary Cancer which is part of the ICO-IMPPC Joint Program for Hereditary Cancer. The aim of the project was to semi-automate the variant classification for RASopathies genes.
Since 2021 I am a predoctoral researcher under the joint supervision of Dra Conxi Lázaro and Dra Lidia Feliubadaló. The main goal of my research is to improve the diagnosis of Hereditary Cancer from a Bioinformatics point of view. Specially, I will be focusing on optimizing the variant classification process, as well as, developing new bioinformatics solutions, in order to improve variant interpretation and pipelines currently used.
Edgar Creus Bachiller
PhD Student

I am a predoctoral researcher graduated in Biotechnology by the University of Barcelona (UB). In 2017, I coursed the Master in Genetics and Genomics by the University of Barcelona (UB). During that time, I performed my Master Thesis with Dr. Daniel Grinberg and Dr. Lluïsa Vilageliu in the Department of Genetics, Microbiology and Statistics of the UB. The aim of the project was to generate a cellular model for Sanfilippo type C syndrome by using CRISPR-Cas9 in induced pluripotent stem cells (iPSCs).
After finishing my Master, I realized I wanted to do my PhD in rare syndromes due to the lack of knowledge in this field and the impact they have in patients. For this reason, I decided to do my PhD in the Hereditary Cancer Program at IDIBELL, under the joint supervision of Dr. Conxi Lázaro and Dr. Juana Fernández. The overarching goal of my research is to find novel combinations of drugs that are effective in the treatment of Malignant Peripheral Nerve Sheath Tumors (MPNSTs), a rare and aggressive type of sarcoma that usually appears as a clinical manifestation in Neurofibromatosis Type 1 (NF1) patients. I also aim to investigate the role of the tumor microenvironment of MPNSTs in tumoral progression and resistance to treatments.
Sara Ortega Bertran
PhD Student

I graduated in Biology by the University of Barcelona (UB) in 2019. During my degree, I did my Degree thesis with Dr. Manel Esteller in the IDIBELL and Josep Carreras Leukaemia Research Institute focused on the study of cancer-specific silencing of an RNA methyltransferase, therefore specifically in the cancer epigenetics program.
In 2020, I coursed the Master’s in Genetics and Genomics by the University of Barcelona (UB). During that time, I performed my Master’s Thesis with Dra. Conxi Lázaro and Dra. Juana Feráandez at the Molecular Diagnostics Unit of the Hereditary Cancer Program at IDIBELL. The project aimed to thoroughly characterize two newly establish Malignant Peripheral Nerve Sheath Tumors (MPNSTs) cell lines. It was during this period that I decided to continue my academic career in science with this group studying in more detail Neurofibromatosis type 1. For this reason, once I finished my Master’s in 2021, I started my PhD under the supervision of Dra Conxi Lázaro and Juana Fernández in the same laboratory. The principal aim of my PhD project is to evaluate the use of precision drugs to target three altered pathways due to the loss of recurrently mutated tumor suppressor genes (TSGs) in MPNST (NF1, CDKN2A / B, PRC2) in preclinical research, therefore, to find the best co-treatments that target the three altered pathways in MPNSTs.
During my PhD, I collaborate with the group of Dr. Eduard Serra, principal researcher who will also co-direct my doctoral thesis from the Germans Trias i Pujol Institute (IGTP).
Arnau Antolí Gil
PhD Student

I am graduated in Medicine by the Autonomous University of Barcelona (UAB) in 2013. After that, I performed my Internal Medicine Specialty Formation in the Bellvitge University Hospital between 2014-2019. During my years of training in the Internal Medicine Department, I had the chance to learn about autoimmunity and rare diseases. Thanks to Dr. Xavier Solanich I had the pleasure to discover primary and secondary immunodeficiencies.
Once I finished my Internal Medicine training, I started studying a Master’s degree in Advanced Immunology in the University of Barcelona (UB)- UAB to establish a training base in immunology and be able to direct my professional career towards the study of immunodeficiencies, whether primary or secondary. I performed my Master thesis under Dra. Conxi Lázaro tutorship studying TLR7 as a susceptibility factor for the development of severe COVID-19 in young patients without comorbidities.
Since September 2021 I have also enrolled the Medicine and Translational Research program in the UB to perform my doctoral thesis focused on genetic and immunologic host susceptibility factors to severe COVID-19 development under the joint supervision of Dr. Xavier Solanich and Dra. Conxi Lázaro.
Primary and Secondary immune deficiencies center my current concerns and interests. Further, since SARS-CoV-2 pandemic began I have been contributing to know more about COVID-19 therapeutic options through my participation in clinical trials as investigator and to know more about immunologic and genetic host susceptibility factors to severe COVID-19 disease.
Management Support
Patricia Prada
Project Manager
Guillem Torcal Garcia
Project Manager
Patricia Prada
Project Manager

I graduated in Genetics at the Autonomous University of Barcelona (UAB) in 2014, then I completed a master’s degree in Biological Anthropology, Human Diversity and Biomedical Applications at the University of Barcelona together with the Autonomous University of Barcelona in 2015. At this time, I performed my master’s thesis focused on the genetic study of Lewy body diseases, supervised by Dr. Katrin Beyer and Dr. Cristina Santos at the Hospital Germans Trias i Pujol. Following with neuroscience research, I pursued my PhD (2020) in the mitochondrial neuropathology lab led by Dr. Albert Quintana and Dr. Elisenda Sanz. I was keen on deciphering the neuronal type specific contribution at transcriptomic (nuclear and mitochondrial) level in Leigh syndrome mitochondrial disorder. Supporting this research, I did a short stay in Dr. Rita Horvath’s lab in Cambridge University (UK). Additionally, I collaborated with industry stakeholders in pre-clinical pharmacological studies for mitochondrial pathologies, coordinated a master’s thesis and collaborated in university teaching at the UAB. Then, I decided to direct my career path towards a translational research and clinical support. In 2021 I joined Hereditary Cancer Group at the IDIBELL as Project Manager while coursing a clinical genetics postgraduate course.
Guillem Torcal Garcia
Project Manager

Guillem obtained his B.Sc. in Molecular Biology by the University of Barcelona (UB) in 2013, performing research internships in both the Developmental Genetics and Biology group and the Unit of Botany of the University of Barcelona (UB) as well as the Chromatin Dynamics group at the University of Copenhagen (KU). He performed a research internship in the group of Dr. Kristian Helin at the Biotech Research & Innovation Center in Copenhagen, Denmark (2013-2014), and continued his studies obtaining an M.Sc. in Human Biology by the University of Copenhagen (KU) (2016). He performed his master thesis at the laboratory of Dr. Kim Jensen at the Biotech Research & Innovation Center (currently reNEW) in Copenhagen, Denmark (2016). He pursued his Ph.D. in Biomedicine at the Hematopoietic Stem Cells, Transdifferentiation and Reprogramming group led by Dr. Thomas Graf at the Centre for Genomic Regulation (CRG) in Barcelona. He defended his Ph.D. thesis in 2022, focusing on the role of post-translational modifications of transcription factors in cell fate decisions. He joined the Hereditary Cancer group at IDIBELL as a Project Manager to aid in the steering of global translational and clinical projects.
Postdoctoral researchers
Juana Fernández Rodríguez
Postdoctoral investigator
Juana Fernández Rodríguez
Postdoctoral investigator

I am a postdoctoral researcher graduated in Biology from the University of Barcelona. In 2000, I started my PhD project in the Department of Genetics at the Faculty of Biology. There, I studied how the model organism freshwater planarians regenerate and I obtained my PhD in 2006. In 2007, I decided to switch to more translational research and started my postdoc at the Hospital Duran i Reynals as part of the neurofibromatosis type 1 group led by Dr. Conxi Lázaro, this group is now part of the hereditary cancer program at IDIBELL. During all this time we have studied different aspects of the NF1 such as possible therapies for certain genetic mutations, the search for new therapies to treat tumors associated with this disease called MPNST, or the development of in vivo and in vitro models to understand the formation of these tumors and perform co-clinical trials. I have published 16 articles in peer-reviewed journals (H-index 13), 2 book chapters and I have participated in 11 R&D projects. During this time, I co-supervised one masterwork in 2016, and currently, I am co-supervising one masterwork and a doctoral thesis.
In addition, for the last three years, I am also working as an associate professor in the Department of Cell Biology, physiology, and immunology at the Faculty of Biology.

Dr. Conxi Lázaro is a molecular geneticist with more than 25 years of experience in the field of human genetics. She did her PhD in Human Genetics at University of Barcelona. She has worked in several clinical hospitals in Barcelona. She was an invited professor at Massachusetts General Hospital Cancer Center at Boston in 2003/04 and did a sabbatical stay at Mount Sinai Hospital and at Women’s College Hospital in Toronto in 2018/19.
In the last ten years she has been involved in several projects aimed at using Next Generation Sequencing (NGS) for genetic testing purposes. Her field of expertise is Hereditary Cancer. Of relevance was her pivotal research in the genetic basis of Neurofibromatosis type 1 (NF1). She is member of several reputable international consortia and associations such as CIMBA, ENIGMA, CTF, GENTURIS.
As a summary information of the scientific production, Dr. Conxi Lázaro has participated in more than two hundred scientific publications in indexed journals, being in many cases the first or last author. The cumulative impact factor is greater than 1000 and the average impact factor is 8.0. She has participated in more than 60 competitive research projects, being the Principal Investigator in more than half of them. For more than 20 years, Dr. Lázaro has demonstrated the ability to attract competitive resources, both national and international, from the public and private sectors.
In addition, Dr. Lázaro has participated in the writing of several book chapters as well as in several reviews and scientific articles for the general public. During her sabbatical year in Toronto (2018/2019) she led the edition of a book on variant interpretation entitled Clinical DNA Variant Interpretation-Theory and Practice (Academic Press, 2021).

I graduated in Biochemistry at the University of Barcelona. My PhD thesis, dealing with the genetic and molecular basis of Cystinuria, was completed in the Genetics Department of the Oncology Research Institute (IRO) under the supervision of Dr. M. Palacín and Dra. V. Nunes. There I worked as a research assistant in the Genetics Department of IRO, where I finished the characterization of the Cystinuria KO mouse model Stones (patent Nr.P2000301592), which I generated during the Ph.D., and performed Cystinuria pharmacological studies with it. In 2006 I started working as a research and diagnostics assistant in the Molecular Diagnostics Unit at the Catalan Institute of Oncology (ICO).
I am responsible for the Hereditary Breast and Ovarian Cancer Syndrome diagnostics and also work in the diagnostics technological development, mainly focusing in Next Generation Sequencing (NGS) techniques and analysis. As part of it, I’ve been involved in several projects aimed to use NGS panels for genetic testing purposes both at germline and somatic levels, and now to implement targeted RNAseq with short read and long read platforms. I collaborate with international consortia like ENIGMA and CIMBA to decipher the genetic basis underlying the Hereditary Breast and Ovarian Cancer Syndrome. Additionally, I pursue the improvement of genetic variant pathogenicity classification, by working in its semi-automation, developing gene-specific classification guidelines and building a Spanish hereditary cancer variant registry.
I have published 54 articles in peer-reviewed journals (H-index: 17, source Publons, February 2021). During these years I have actively participated in 15 R&D projects financed by public entities. I have supervised one master work (2021) and, together with Conxi Lázaro, one doctoral thesis (2016). Currently I am co-supervising another doctoral thesis.

Dr. del Valle is graduated in Biology from the University of Oviedo. Subsequently, he moved to to Pompeu Fabra University in Barcelona, where as a PhD student he investigated the genetic basis of several pediatric overgrowth syndromes, focusing particularly on Sotos syndrome. In 2007 he started working at the Molecular Diagnostics Unit of Catalan Institute of Oncology under the supervision of Dr. Lázaro. Since then, he has combined his efforts in the genetic diagnosis of different conditions of hereditary cancer, as well as in the investigation of the underlying molecular basis of hereditary cancer.
In these 20 years he has accumulated an extensive experience as a molecular geneticist, particularly in the fields of NGS, large genomic rearrangements and genetic variant classification. Since 2019 he holds the European Board of Medical Genetics, registered as Clinical Laboratory Geneticist. He has published more than 45 articles in peer-reviewed journals (h-index: 18, >900 citations), 1 book chapter and has actively participated in several R&D projects financed by public entities.

Sara González is a molecular geneticist with more than 25 years of experience in the field of human genetics. She took her degree in Biology at Universidad Complutense de Madrid. She did her training on colorectal cancer genetics in Hospital de Sant Pau, Barcelona under the supervision of Dr. Gabriel Capellá.
She settled up the laboratory of genetic testing at Catalan Institute of Oncology (ICO) in 1999, the seed of the current Service of Molecular Diagnostics. She has been involved in multiple projects aimed, her main research interest and field of expertise is Familial adenomatous polyposis (FAP) and Next Generation Sequencing (NGS) for genetic testing purposes. She is member of several reputable international consortia and associations such as AEGH and GENTURIS.
As a summary information of the scientific production, Sara González has participated in more than hundred scientific publications in indexed journals and in multiple competitive research projects.
In addition, Sara González has become an expert in managing quality in the field of genetic testing. She has participated in several courses and training focus on this field and she is leading the achieving and maintenance of different external quality schemes such as NORMA ISO9001, NORMA ISO15189 and EQA/EMQN quality assessment schemes.

José Marcos is a postdoctoral researcher and bioinformatician focused on hereditary cancer, web and database development. In 2009 he obtained a degree in computer engineering at the University of Granada, after which he worked as a software engineer for seven years. In 2016, he switched to the field of genetic diagnostics for developing a web-based tool to manage genetic testing of hereditary cancer as a part of the ICO-IMPPC Joint Program for Hereditary Cancer. Following this, he pursued a Master’s degree in Bioinformatics and Biostatistics at the Open University of Catalonia.
From 2018 to 2021 he did a PhD under the supervision of Bernat Gel and Conxi Lázaro at the Hereditary Cancer Program of the ICO-IDIBELL. During these years, he carried out multiple bioinformatics approaches to improve the genetic testing of hereditary cancer. He performed an evaluation of NGS copy number variant (CNV) calling tools on targeted gene panel data, focusing on genetic diagnostics. Taking advantage of the benchmark results, he then evaluated the impact of using a CNV calling tool as first-tier screening in the diagnostics routine. After that, he developed a R/bioconductor package to identify false positives produced by NGS CNV calling tools.

I graduated in Genetics at the Autonomous University of Barcelona (UAB) in 2016, and then moved to Madrid to pursue a Master’s Degree in Genetics, Cell Biology and Biomedicine. I performed my Master thesis at the Molecular Oncology group of San Carlos Clinical Hospital, focused on the identification of new genes involved in colorectal cancer predisposition using a multi-gene panel approach. It was during this period that I got familiar with the diagnostics environment involving next-generation sequencing technologies, and I realized I wanted to continue my academic career in cancer translational research in a clinical setting. In 2017, I started my PhD at the Molecular Diagnostics Unit of the Hereditary Cancer Program at the ICO-IDIBELL, under the joint supervision of Dr. Conxi Lázaro and Dr. Jesús del Valle. My project is focused on implementing new strategies and technologies in order to improve the diagnostic algorithms for hereditary cancers. Some topics of my research include the identification of new moderate/low-penetrance cancer predisposing genes and the implementation of somatic and RNA testing to increase the diagnostic yield.

I graduated in Genetics by the Univesity Autonoma of Barcelona in 2017. During my degree I did an internship at VHIO’s High Risk and Cancer Prevention Group, which was the reason why I decided that I wanted to focus my carreer on Hereditary Cancer.
In 2018, I did another internship at the ICO’s Genetic Counseling Unit supervised by the genetic counselor Ares Solanes and the Dr. Joan Brunet. After that, I started working at the unit as Data Curator. Meanwhile, I studied a Masters degree in Bioinformatics and Biostatistics at the Open University of Catalonia. I performed my Masters Thesis with Elisabeth Castellanos at the Genetic Diagnostics for Hereditary Cancer which is part of the ICO-IMPPC Joint Program for Hereditary Cancer. The aim of the project was to semi-automate the variant classification for RASopathies genes.
Since 2021 I am a predoctoral researcher under the joint supervision of Dra Conxi Lázaro and Dra Lidia Feliubadaló. The main goal of my research is to improve the diagnosis of Hereditary Cancer from a Bioinformatics point of view. Specially, I will be focusing on optimizing the variant classification process, as well as, developing new bioinformatics solutions, in order to improve variant interpretation and pipelines currently used.

I am a predoctoral researcher graduated in Biotechnology by the University of Barcelona (UB). In 2017, I coursed the Master in Genetics and Genomics by the University of Barcelona (UB). During that time, I performed my Master Thesis with Dr. Daniel Grinberg and Dr. Lluïsa Vilageliu in the Department of Genetics, Microbiology and Statistics of the UB. The aim of the project was to generate a cellular model for Sanfilippo type C syndrome by using CRISPR-Cas9 in induced pluripotent stem cells (iPSCs).
After finishing my Master, I realized I wanted to do my PhD in rare syndromes due to the lack of knowledge in this field and the impact they have in patients. For this reason, I decided to do my PhD in the Hereditary Cancer Program at IDIBELL, under the joint supervision of Dr. Conxi Lázaro and Dr. Juana Fernández. The overarching goal of my research is to find novel combinations of drugs that are effective in the treatment of Malignant Peripheral Nerve Sheath Tumors (MPNSTs), a rare and aggressive type of sarcoma that usually appears as a clinical manifestation in Neurofibromatosis Type 1 (NF1) patients. I also aim to investigate the role of the tumor microenvironment of MPNSTs in tumoral progression and resistance to treatments.

I am a postdoctoral researcher graduated in Biology from the University of Barcelona. In 2000, I started my PhD project in the Department of Genetics at the Faculty of Biology. There, I studied how the model organism freshwater planarians regenerate and I obtained my PhD in 2006. In 2007, I decided to switch to more translational research and started my postdoc at the Hospital Duran i Reynals as part of the neurofibromatosis type 1 group led by Dr. Conxi Lázaro, this group is now part of the hereditary cancer program at IDIBELL. During all this time we have studied different aspects of the NF1 such as possible therapies for certain genetic mutations, the search for new therapies to treat tumors associated with this disease called MPNST, or the development of in vivo and in vitro models to understand the formation of these tumors and perform co-clinical trials. I have published 16 articles in peer-reviewed journals (H-index 13), 2 book chapters and I have participated in 11 R&D projects. During this time, I co-supervised one masterwork in 2016, and currently, I am co-supervising one masterwork and a doctoral thesis.
In addition, for the last three years, I am also working as an associate professor in the Department of Cell Biology, physiology, and immunology at the Faculty of Biology.

I graduated in Biology by the University of Barcelona (UB) in 2019. During my degree, I did my Degree thesis with Dr. Manel Esteller in the IDIBELL and Josep Carreras Leukaemia Research Institute focused on the study of cancer-specific silencing of an RNA methyltransferase, therefore specifically in the cancer epigenetics program.
In 2020, I coursed the Master’s in Genetics and Genomics by the University of Barcelona (UB). During that time, I performed my Master’s Thesis with Dra. Conxi Lázaro and Dra. Juana Feráandez at the Molecular Diagnostics Unit of the Hereditary Cancer Program at IDIBELL. The project aimed to thoroughly characterize two newly establish Malignant Peripheral Nerve Sheath Tumors (MPNSTs) cell lines. It was during this period that I decided to continue my academic career in science with this group studying in more detail Neurofibromatosis type 1. For this reason, once I finished my Master’s in 2021, I started my PhD under the supervision of Dra Conxi Lázaro and Juana Fernández in the same laboratory. The principal aim of my PhD project is to evaluate the use of precision drugs to target three altered pathways due to the loss of recurrently mutated tumor suppressor genes (TSGs) in MPNST (NF1, CDKN2A / B, PRC2) in preclinical research, therefore, to find the best co-treatments that target the three altered pathways in MPNSTs.
During my PhD, I collaborate with the group of Dr. Eduard Serra, principal researcher who will also co-direct my doctoral thesis from the Germans Trias i Pujol Institute (IGTP).

I am graduated in Medicine by the Autonomous University of Barcelona (UAB) in 2013. After that, I performed my Internal Medicine Specialty Formation in the Bellvitge University Hospital between 2014-2019. During my years of training in the Internal Medicine Department, I had the chance to learn about autoimmunity and rare diseases. Thanks to Dr. Xavier Solanich I had the pleasure to discover primary and secondary immunodeficiencies.
Once I finished my Internal Medicine training, I started studying a Master’s degree in Advanced Immunology in the University of Barcelona (UB)- UAB to establish a training base in immunology and be able to direct my professional career towards the study of immunodeficiencies, whether primary or secondary. I performed my Master thesis under Dra. Conxi Lázaro tutorship studying TLR7 as a susceptibility factor for the development of severe COVID-19 in young patients without comorbidities.
Since September 2021 I have also enrolled the Medicine and Translational Research program in the UB to perform my doctoral thesis focused on genetic and immunologic host susceptibility factors to severe COVID-19 development under the joint supervision of Dr. Xavier Solanich and Dra. Conxi Lázaro.
Primary and Secondary immune deficiencies center my current concerns and interests. Further, since SARS-CoV-2 pandemic began I have been contributing to know more about COVID-19 therapeutic options through my participation in clinical trials as investigator and to know more about immunologic and genetic host susceptibility factors to severe COVID-19 disease.

I graduated in Genetics at the Autonomous University of Barcelona (UAB) in 2014, then I completed a master’s degree in Biological Anthropology, Human Diversity and Biomedical Applications at the University of Barcelona together with the Autonomous University of Barcelona in 2015. At this time, I performed my master’s thesis focused on the genetic study of Lewy body diseases, supervised by Dr. Katrin Beyer and Dr. Cristina Santos at the Hospital Germans Trias i Pujol. Following with neuroscience research, I pursued my PhD (2020) in the mitochondrial neuropathology lab led by Dr. Albert Quintana and Dr. Elisenda Sanz. I was keen on deciphering the neuronal type specific contribution at transcriptomic (nuclear and mitochondrial) level in Leigh syndrome mitochondrial disorder. Supporting this research, I did a short stay in Dr. Rita Horvath’s lab in Cambridge University (UK). Additionally, I collaborated with industry stakeholders in pre-clinical pharmacological studies for mitochondrial pathologies, coordinated a master’s thesis and collaborated in university teaching at the UAB. Then, I decided to direct my career path towards a translational research and clinical support. In 2021 I joined Hereditary Cancer Group at the IDIBELL as Project Manager while coursing a clinical genetics postgraduate course.

I am a postdoctoral researcher graduated in Genetics from the Universitat Autònoma de Barcelona (UAB) in 2015. I continued my university education with the Postgraduate course in Medical Genetics by the Universitat de València (2016-2017) and the Master’s Degree in Cytogenetics and Reproductive Biology by UAB (2017-2018). I did my Master Thesis in the Genetics of Male Fertility Group, characterizing genetic risk in carriers of chromosome heteromorphisms. After that, I started my Phd (2018-2021) at the same group, under the joint supervision of Dra. Francesca Vidal and Dr. Joan Blanco. There, I studied 22q11.2 deletion syndrome as a model study for the integral analysis of genetic factors that predispose genomic disorders. At this time, I entered at the Next Generation Sequencing (NGS) analysis world. Meanwhile, I collaborated in the study of clonal heterogeneity and evaluation in relapse high-hyperdiploid B-cell acute lymphoblastic leukaemia, with Dr. Oscar Molina and Dr. Pablo Menéndez from Josep Carreras Leukaemia Research Institute. During these years, I published two books and several divulgation articles to bring genetics to the general population. In 2021 I joined to Hereditary Cancer Group at IDIBELL as a NGS data analyst.

Guillem obtained his B.Sc. in Molecular Biology by the University of Barcelona (UB) in 2013, performing research internships in both the Developmental Genetics and Biology group and the Unit of Botany of the University of Barcelona (UB) as well as the Chromatin Dynamics group at the University of Copenhagen (KU). He performed a research internship in the group of Dr. Kristian Helin at the Biotech Research & Innovation Center in Copenhagen, Denmark (2013-2014), and continued his studies obtaining an M.Sc. in Human Biology by the University of Copenhagen (KU) (2016). He performed his master thesis at the laboratory of Dr. Kim Jensen at the Biotech Research & Innovation Center (currently reNEW) in Copenhagen, Denmark (2016). He pursued his Ph.D. in Biomedicine at the Hematopoietic Stem Cells, Transdifferentiation and Reprogramming group led by Dr. Thomas Graf at the Centre for Genomic Regulation (CRG) in Barcelona. He defended his Ph.D. thesis in 2022, focusing on the role of post-translational modifications of transcription factors in cell fate decisions. He joined the Hereditary Cancer group at IDIBELL as a Project Manager to aid in the steering of global translational and clinical projects.

I graduated in Medicine at the University Rovira i Virgili (URV) in 2004, and then I performed the Internal Medicine Specialty at the Hospital Universitari de Bellvitge (HUB) between 2005-2010. Thereafter, I finished a Master’s degree in Systemic Autoimmune Diseases at the University of Barcelona (UB) in 2011, and a Master’s degree in Advanced Immunology at the UB and the Autonomous University of Barcelona (UAB) in 2015. My PhD thesis in Medicine, dealing with genetic and immunologic host susceptibility factors to severe COVID-19, was completed at the UB in 2021.
I am a consultant in the internal medicine department at the HUB since 2010. Investigation and management of primary (genetic) immunodeficiency and secondary immunodeficiency (caused by another illness or treatment except for HIV) in a specific clinic and within the framework of a multidisciplinary unit to manage these entities in the HUB. I also attend patients with autoinflammatory and systemic autoimmune diseases, as well as some rare diseases such as systemic histiocytosis.
From 2010 to the present I have published more than 60 original articles in peer-reviewed journals (H-index 18, total times cited 3661; source Scopus, March 2023). I also has participated in the writing of several book chapters and article reviews. In addition, I have participated in six R&D projects by public entities, and in eleven clinical trials from public and private sectors.
Publications
List of scientific publications from Clinical Genetics Lab
Projects
NF1 nonsense suppression by targeted pseudouridylation

20/03/2023 — 25/03/2028
A significant proportion (≈20%) of NF1 mutations are nonsense mutations that result in a PTC (premature translation termination codon) in the coding region. Consequently, a substantial fraction of PTC-containing NF1 mRNA is degraded by the cellular NMD (nonsense-mediated mRNA decay) surveillance pathway. Τhe small remaining fraction of un-degraded PTC-containing NF1 mRNA (escaped from NMD) is… Read more »
Role of immune system inborn errors as determinants of the COVID-19 severity in hospitalized patients

08/03/2023 — 25/03/2027
Advanced age, male gender and comorbidities are highly prevalent in hospitalized patients with COVID-19 and are associated with worse outcomes. But these risk factors cannot explain why critical disease occurs in young /middle age and apparently healthy individuals. Individual susceptibility to SARS-CoV-2 could be determined by inherited genetic variants, as well as by neutralizing autoantibodies… Read more »
Tackling current challenges in the genetic diagnosis of hereditary cancer through integrative analysis of molecular, clinical and population data

15/03/2023 — 19/03/2062
This research project aims at advancing in hereditary cancer diagnostics by the generation of scientific evidence from a diversity of methodological approaches. Our main goal is to implement new testing methodologies and develop new useful tools to be used by the diagnostics community for the benefit of hereditary cancer patients as well as their health… Read more »
Testing the Malignant Peripheral Nerve Sheath Tumor vulnerability to precision therapies directed to recurrent genomic alterations

14/03/2023 — 20/03/2026
This project aims to evaluate the use of precision medicine to target three pathways altered due to the loss of tumor suppressor genes (TSGs) recurrently mutated in MPNSTs (NF1, CDKN2A/B, PRC2) bridging basic, pre- clinical and clinical research. For the development of the three subprojects we will use: genomic and bioinformatic analysis of MPNSTs; CRISPR… Read more »
IMPaCT-VUScan: Development and implementation of a functional genomics platform for undiagnosed hereditary cancer

01/01/2023 — 31/12/2025
IMPaCT-VUScan is an initiative that aims to identify variants of unknown significance (VUS) in suspected hereditary cancers. The IMPaCT-Genómica initiative has already developed a basic platform and workflows to evaluate unsolved cases with suspected genetic diseases, including hereditary cancer cases. However, it is expected that multiple VUS will be identified in most, if not all,… Read more »
IMPaCT Genómica: Implementation of Precision Medicine in the Spanish National Health System.

01/05/2020 — 31/12/2023
The Cancer Working Package (WP4) of the IMPaCT Genómica program aims to improve the diagnosis, prevention, and treatment of suspected hereditary cancers and cancers of unknown origin that have not been resolved with the current tools of the healthcare system. The WP4 team, led by Dr. Gabriel Capellà (IDIBELL) collaborates with over 80 healthcare professionals… Read more »
Hereditary Cancer Research Group – AGAUR

07/03/2023 — 15/03/2045
We are a multidisciplinary-multicentric research group (ICO-IDIBELL-IDIBGI-Vall Hebron-VHIO) that have worked for more than 20 years offering genetic counseling, molecular diagnosis and hereditary cancer research accomplishment. Our main goal is to know more precisely the basis of hereditary cancer in order to be able to personalize the estimation of the risk of patients and relatives… Read more »
SpadaHC: Spanish DataBase for Hereditary Cancer

01/01/2022 — 01/05/2123
Database for sharing genetic variants in hereditary cancer genes and their interpretation from expert panels and Spanish genetic diagnostics laboratories. The database also provides population frequencies of variants in Spanish individuals based on their clinical suspicion of cancer predisposition. The ultimate purpose of SpadaHC is to offer a useful resource for the research community and… Read more »
Hereditary forms and development of biomarkers in gastrointestinal cancer

01/01/2016 — 31/12/2024
The aim is to advance insights into the dynamic evolution of gastrointestinal tumors and to preliminary evaluate its putative clinical impact
Autoantibodies against type I interferons continue to confer a higher risk of severe COVID-19 in fully vaccinated population

01/01/2023 — 31/05/2023
In addition to advanced age, male gender and comorbidities, inherited genetic variants, as well as neutralizing autoantibodies against type I interferon (N-Ab anti-IFN-I) have been postulated to confer individual susceptibility to severe COVID-19 and worse outcomes. Furthermore, a worrying percentage of fully vaccinated patients continue to require hospitalization due to COVID-19. This project aims to… Read more »
Neutralizing autoantibodies against type I interferons continue to confer a higher risk of severe COVID-19 in fully vaccinated population

01/01/2021 — 31/12/2022
This project aims to develop new tools to identify which patients are at high risk of developing severe COVID-19 at this time that the majority of the population of developed countries is vaccinated. As specific aims we will assess the usefulness of neutralizing autoantibodies against IFN-α, IFN-ω and/or IFN-β to identify hospitalized patients at high… Read more »
Phd thesis
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A translational bioinformatics approach to improve genetic diagnostics of hereditary cancer using next-generation sequencing data
PhD student: José Marcos Moreno Cabrera; Supervisor: Conxi Lázaro (2021) -
Anàlisi de dades de seqüenciació de nova generació pel diagnòstic molecular del càncer hereditari i per la recerca de les bases genètiques del càncer colorectal esporàdic
PhD student: Adriana López Doriga; Supervisor: Conxi Lázaro (2016) -
Estudio in vitro de las variantes BRCA1 y BRCA2 de significado biológico desconocido y búsqueda de nuevos genes responsables de este síndrome
PhD student: Francisco Quiles Vidal; Supervisor: Conxi Lázaro (2016) -
Using Phosphorodiamidate Morpholino Oligomers (PMOs) tho characterize the role of Neurofibromin in cell Physiology
PhD student: Josep Biayna Rodríguez; Supervisors: Conxi Lázaro and Eduard Serra Arenas (2016) -
Estratègies terapèutiques per la Neurofibromatosi de tipus 1
PhD student: Joan Castellsagué García; Supervisor: Conxi Lázaro (2014) -
Neurofibromatosis 1: Análisis de mutaciones que afectan el procesamiento del pre-mRNA del gen NF1. Estudio de la modulación del splicing como estrategia terapéutica
PhD student: Eva Pros Simon; Supervisor: Conxi Lázaro (2011) -
Análisis genético de enfermedades complejas: Asma y Psoriasis
PhD student: Rafael De Cid Ibeas; Supervisor: Conxi Lázaro (2003) -
Estudio Genético, Molecular y Celular de los Neurofibromas
PhD student: Eduard Serra Arenas; Supervisor: Conxi Lázaro (2001) -
Estudio Molecular de la Neurofibromatosis de Tipo1: Análisis de Mutaciones en el gen NF1
PhD student: Elisabet Ars Criach; Supervisor: Conxi Lázaro (2000)
Media
News
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Videos
3
Funding

ISCIII

CIBER

AGAUR

LaMarató

Generalitat de Catalunya

Becas Gilead

Vivace therapeutics

ORYZON

Gilbert Family Foundation
Contact
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