Vascular pathophysiology
C/ Irunlarrea 3
Navarrabiomed-Centro de Investigación Biomédica
Complejo Hospitalario de Navarra
31008 Pamplona, Navarra. España
C/ Irunlarrea 3
Navarrabiomed-Centro de Investigación Biomédica
Complejo Hospitalario de Navarra
31008 Pamplona, Navarra. España
Eva Jover García es licenciada en Ciencias Biológicas por la Universidad de Valencia y realizó su tesis doctoral en la Universidad de Murcia. Tras cinco años de investigación posdoctoral en la Universidad de Bristol (Reino Unido), se incorporó en el año 2020 a la Unidad de Cardiología Traslacional de Navarrabiomed, gracias a la obtención de un contrato posdoctoral Sara Borrell del Instituto de Salud Carlos III y, posteriormente, fue beneficiaria de la beca ‘Stop Fuga de Cerebros’ de Roche Farma.
Desde enero de 2025, es responsable de la línea de investigación en Arritmias de Navarrabiomed mediante un contrato Miguel Servet del Instituto de Salud Carlos III.
C/ Irunlarrea 3
Navarrabiomed-Centro de Investigación Biomédica
Complejo Hospitalario de Navarra
31008 Pamplona, Navarra. España
The Translational Medical Oncology Unit focuses on developing research programmes that support the implementation of precision medicine in the field of medical oncology in Navarra. To this end, the unit integrates translational research, understood as the link between clinic and laboratory, and basic research, understood as the study of the biology that characterizes carcinogenesis and its progression. The unit is structured around three research areas, with a single central core: the cancer patient. The Unit has funding for all of them, thanks to scholarships awarded in national and local competitive calls.
Unit led by two co-PIs
Principal Investigator: Maria Alsina
Co-Investigator: Hugo Arasanz
The study describes the underlying molecular alterations and offers more effective therapeutic options.
Professionals from Navarrabiomed’s Translational Medical Oncology Unit Identify a New Biomarker Capable of Predicting Resistance to Immunotherapy in Lung Cancer Patients with High PD-L1 Levels. This discovery provides a better understanding of the underlying molecular alterations that drive resistance and opens the door to new therapeutic strategies to overcome it.
The findings, recently published in the Translational Oncology Journal, are part of a broader research project led by Hugo Arasanz, Co-Principal Investigator of the Translational Medical Oncology Unit at Navarrabiomed and medical oncologist at the University Hospital of Navarra. The study also forms part of the doctoral research of Natalia Castro, a predoctoral researcher in the unit and currently a medical oncologist at the University of Navarra Clinic. In addition, the team from Navarrabiomed’s Oncoimmunology Unit played an active role in the study.
Research details
Lung cancer is the leading cause of cancer-related mortality worldwide, and treatment options vary according to tumoral PD-L1 expression. In patients with metastatic disease, which is the most common stage at diagnosis, immunotherapy is the standard treatment when PD-L1 expression is high. Conversely, when PD-L1 expression is low, immunotherapy must be combined with chemotherapy.
However, approximately half of patients with high PD-L1 expression do not respond to immunotherapy, and until now the underlying mechanisms responsible for this resistance remained largely unknown.
The Navarrabiomed team has identified a specific population of immune cells circulating in the bloodstream, known as low-density neutrophils (LDNs), as being responsible for this resistance. Elevated levels of these cells act as a biomarker predicting a poorer response to immunotherapy. Importantly, the study demonstrates that these same patients can benefit from a combination of chemotherapy and immunotherapy, making it possible to overcome this initial resistance.
This finding has significant clinical implications, as it could enable treatment to be tailored from the outset according to each patient’s profile, potentially improving clinical outcomes. Specifically, patients with high PD-L1 expression who also present elevated levels of low-density neutrophils could be treated with chemoimmunotherapy, thereby reversing their initial resistance to treatment.
Furthermore, the technique used to detect low-density neutrophils is already available in hospitals, which would facilitate its implementation in routine clinical practice.
Funding and dissemination
This research was made possible thanks to funding and support from the Spanish Association Against Cancer (AECC) through the SEOM Grant for Translational Research Projects in Immuno-Oncology 2023 and the AECC Junior Clinical Fellowship 2019, as well as from the Government of Navarra through the Government of Navarra Intensification Grant 2024.
In addition to the aforementioned publication, the results have already been presented at five international and three national oncology conferences of recognized relevance.
The professionals of the Translational Medical Oncology Unit are currently seeking additional funding to validate these findings through a prospective randomized clinical trial. In parallel, they also plan to assess the results within ongoing international clinical trials.
Figure 1: Heat map representing the complete proteome identified in low-density neutrophils (LDNs) (n = 9) compared with high-density neutrophils (HDNs) (n = 9), showing overexpressed proteins (red) and underexpressed proteins (green), ranging from a z-score of −11.28 (green) to +12.83 (red).
Figure 2: Subgroups of proteins overexpressed in low-density neutrophils (LDNs) compared with high-density neutrophils (HDNs), organized according to functionality and interactions. Functional interactomes representing proteins overexpressed in LDNs compared with HDNs, grouped by biological function.
La Asociación Española Contra el Cáncer en Navarra ha presentado esta mañana un total de 9 ayudas por 1.062.655 euros adjudicadas en 2024 en la comunidad foral, y sumando años anteriores hay en total, actualmente en Navarra 47 ayudas en desarrollo con una aportación total de 10.284.688 €. La investigadora de Navarrabiomed Ibone Labiano ha recibido una de las ayudas por valor de 160.000 euros.
Ibone Labiano forma parte de la Unidad de Oncología Médica Traslacional y en ella investiga las características distintivas del cáncer gastrointestinal de aparición temprana con el objetivo de mejorar el pronóstico y calidad de vida del paciente joven. La investigadora se ha mostrado agradecida e ilusionada por el apoyo de la Asociación, que le permite continuar con su investigación en Navarrabiomed: “Mi proyecto se centra en el cáncer gastrointestinal de aparición temprana, aquel que se diagnostica en pacientes menores de 50 años, y tiene como objetivo mejorar su pronóstico y calidad de vida”.
En el acto también han recibido sendas ayudas Sofía Huerga, Paula Rodríguez y Maite Losarcos de UNAV-CCUN; así como a Julio José Jiménez, Iratxe Ugarte, Maite Huarte, Adrián Gil y Miryam Vacas de CIMA-CCUN.
Apoyo a la investigación oncológica
La investigación oncológica es una prioridad, ya que en España se diagnostica un caso de cáncer cada 2 minutos, y 1 de cada 2 hombres y 1 de cada 3 mujeres tendrá cáncer a lo largo de su vida. En la comunidad de Navarra fueron diagnosticados en 2024 4.084 casos nuevos de cáncer. La Asociación en Navarra atendió en 2024 a 2.487 personas a través de sus servicios gratuitos atendidos por profesionales
Estas ayudas, como todas las que impulsa la Asociación, tienen como principal objetivo aumentar la supervivencia en cáncer para superar el 70% en el año 2030, mejorar los tratamientos que reciben los pacientes y mejorar su calidad de vida.
Las Ayudas AECC 2024 cubren todas las fases de la carrera investigadora y sus líneas estratégicas son:
Reto AECC 70%
Por último, en el acto se han presentado a los grupos navarros que participan dentro de los proyectos de Reto AECC 70% Supervivencia, enfocados en la investigación de cánceres de baja supervivencia. Ésta es la mayor ayuda para investigar tumores de baja supervivencia como los cánceres de pulmón y de hígado y contribuye al objetivo de la Asociación para superar el 70% de supervivencia en cáncer en 2030: un total de 18 millones de euros a escala nacional.
Una ayuda para la investigación del cáncer de pulmón de células pequeñas por un importe de 10 millones de euros y con una amplia representación geográfica; y una ayuda para la investigación del cáncer de hígado con una inversión de 8 millones de euros.
Researchers from the Hospital Universitario de Navarra (HUN) will coordinate a transversal, multicentre study of early-onset gastrointestinal cancer, considered to be that diagnosed in young patients (less than 50 years of age), in whom the incidence of this type of cancer has increased alarmingly over the past few decades.
Gastrointestinal cancer included, amongst others, colorectal, gastric and pancreatic tumours, which in Spain are the second, fourth and seventh leading causes of cancer-related death, respectively. In Navarra, colorectal cancer was the second most common tumour last year in both males and females, according to data released this week by the Cancer registry of the Institute for Public and Occupational Health of Navarra (ISPLN) on the world day for that disease, which is held next Sunday (4th February).
The project has been funded via the IdiSNA as part of the R&D&i 2023 call for proposals from the Instituto de Salud Carlos III aimed at healthcare research projects and is headed by the researcher Maria Alsina, a specialist in the Medical Oncology department at the HUN and head of the Translational Medical Oncology Unit at Navarrabiomed, where she is funded by the intensification program set up by the Fundación “la Caixa”, and member of the Oncobiona group at IdiSNA.
Researchers from Navarrabiomed and IdiSNA are also participating in the study, which is carried out in cooperation with the different departments at the HUN involved in the management of gastrointestinal cancer, namely Anatomical Pathology, Surgery, Digestive, Endocrinology and Nutrition, Radiation Oncology and Radiology. Three healthcare centres from neighbouring autonomous communities, namely the Hospital Universitario Donostia, Hospital Miguel Servet (Zaragoza) and Hospital San Pedro (Logroño), are also collaborating with the study.
The main objective of the study is to identify the differentiating characteristics of early-onset gastrointestinal cancer in comparison with the later-onset type, both overall, combining the three types of tumours, and for each one separately. To that end, a global approach that includes parameters concerning both the patient’s environment and the disease itself, will be applied. Thus, demographic and clinical variables and others related to their lifestyle, as well as histopathological data for the tumour, will be collected for each patient included in the study.
Sample of 240 patients in a limited geographical setting
It is expected that up to 240 patients (80 younger than 50 years and 160 who have developed this disease at an older age) will participate in the study. The geographical setting for the sample is the north of Spain, therefore the collaboration of the aforementioned hospitals is required. The heads of the research consider that the availability of real-life data for patients diagnosed in a limited setting may help to better understand this type of cancer in our environment and allow prevention strategies to be developed, especially as regards healthy lifestyle habits. In this sense, it should be noted that the majority of cases of early-onset gastrointestinal cancer occur due to environmental, lifestyle and behavioural, nutritional and biological factors rather than being hereditary.
In addition to the preventive approach, a more in-depth understanding of the onset of tumours in young patients may also help the diagnostic and therapeutic approach in this population group. The availability of data that allow an early diagnosis will increase the probability of effective curative treatments and reduce the impact of the disease on the life of these patients (educational or work activities, responsibilities for children or family members) and increase their potential longevity.
In addition, young patients with digestive tumours face unique challenges and needs, such as possible effects on their body image after aggressive surgery, or potential long-term side-effects of chemo- and radiotherapy treatments on their cardiovascular, sexual and reproductive health, in addition to the possible influence on the onset of new neoplasms.
Professionals from the Medical Oncology Service of the University Hospital of Navarra (HUN) and Navarrabiomed have received two fellowships and an award during the annual congress of the Spanish Society of Medical Oncology (SEOM) 2023, held in Barcelona from the 19th to the 22nd of September.
In particular, Maria Alsina Maqueda MD PhD has received the SEOM Fellowship for Research Projects for 'Predictive biomarkers of response to RAPID scheme neoadjuvance in locally advanced rectal cancer: impact of the intestinal microbiome and the presence of circulating tumour DNA (ctDNA)’, in which several HUN services are also involved. For his part, Hugo Arasanz Esteban MD PhD has been awarded the SEOM Fellowship for Translational Research Projects in Immuno-Oncology for the project 'Circulating low density neutrophils and their role in immunotherapy resistance in non-small cell lung cancer. Potential as a predictive biomarker’.
Both Medical Oncology specialists dedicate part of their time to research at the Oncobiona group of Navarrabiomed. Dr Alsina researches through the Navarrabiomed intensification program funded by La Caixa Foundation and Dr Arasanz thanks to the 2019 AECC Junior Clinical Fellowship, from the Spanish Association against Cancer.
The Department of Economic and Business Development has subsidized, through the call for Grants for Strategic R&D Projects for the period 2020-2022, the Linterna project, which seeks to advance immunotherapy techniques to fight cancer. Specifically, the project has managed to identify a biomarker that may be effective in stopping the progression of lung cancer. In addition, genomic analysis techniques have been used in subjects with tobacco-induced lung cancer under this project. This has allowed both to advance in the identification and to develop new therapeutic approaches.
The main objective of the Linterna project (Leadership and INnovation in Cancer immunoTHErapy from NAvarra) is to bring together the work of different institutions that are developing immunotherapy strategies to fight cancer. This technique is based on enhancing the body's own defences versus, for example, techniques that are based on supplying chemicals outside the body.
The whole development has been carried out by a consortium led by the Cima - University of Navarra and in which University Hospital of Navarra (Medical Oncology Service), the University of Navarra Clinic, Navarrabiomed (Units of Oncoimmunology and of Translational Medical Oncology), ADItech and the pharmaceutical company Medibiopharma have also participated.
During the development of the project, non-cellular markers have been searched for in plasma samples from patients. For this, high-performance analytical techniques have been used. Thanks to this work, fractalkine has been identified, which is a small protein that helps control the growth and activity of other cells, as a biomarker of response to immunotherapy. This discovery will make it possible to develop new, more effective treatments by combining this protein with current therapies.
The Hospital Universitario de Navarra (HUN) specialists Maria Alsina and Iñigo Les have been awarded funding as part of the second Navarrabiomed Intensification Program financed by the Fundación “la Caixa”. The aim of this initiative is to stimulate, promote and consolidate research activities at the Hospital Universitario de Navarra.
The funds provided by the Fundación “la Caixa” have allowed two new researchers to be incorporated into the oncology and internal medicine departments. During the next two years, these researchers will have access to support staff, installations and equipment that will allow them to conduct their own projects at the research centre.
Specifically, they will be able to dedicate half their working day at the HUN to research activities at Navarrabiomed. The intention is to provide professionals from various medical specialities with the time and resources needed to conduct translational research, in other words studies at the intersection between basic laboratory research and clinical practice.
Description of the research
As a result of the intensification program, Iñigo Les Bujanda has established the Immune-Mediated and Inflammatory Diseases Unit, where he will conduct a prospective study, observational, multicentre study to investigate the utility of a a battery of autoantibodies as a predictor for immune-mediated adverse events in cancer patients treated with immunotherapy. This study will also result in the creation of registries, in other words prospective databases that can be used in the short to medium term, and libraries of biological samples from these autoimmune and autoinflammatory diseases. These activities will strengthen the research activity of the Internal Medicine Department.
In the Translational Medical Oncology Department, Maria Alsina Maqueda will continue with projects and collaborations already under way in the Medical Oncology Department at the HUN. In addition, she will establish the hospital circuits required to expand the biological sample libraries for the population of Navarra with cancer, and will initiate new translational research projects in the field of gastrointestinal cancer, particularly in early-onset cancer (patients aged less than 59 years).
First edition of the program
The first call for proposals for this program was published in 2018 and allowed the incorporation of four medical specialists in different departments at the HUN: Eduardo Albéniz Arbizu (Digestive Department), Nicolás Martínez-Velilla (Geriatrics Department), Antonio Viúdez Berral (Medical Oncology Department) and Esozia Arroabarren Alemán (Allergology Department). The program also allowed the neurologist and researcher Maite Mendioroz Iriarte, who is currently head of Navarrabiomed – Fundación Miguel Servet, to consolidate her research activity.
Navarrabiomed-Centro de Investigación Biomédica
Hospital Universitario de Navarra, edificio de investigación.
C/ Irunlarrea 3. 31008 Pamplona, Navarra. España
Transversal and multidisciplinary profile group focused on clinical and translational research of inflammatory and immune-mediated diseases, including autoinflammatory and autoimmune diseases. It promotes its own studies and participates in multicenter projects, both national and international, with observational and intervention designs. It has been promoter of clinical trials both funded and independent.
Research lines:
C/ Irunlarrea 3
Navarrabiomed-Centro de Investigación Biomédica
Complejo Hospitalario de Navarra
31008 Pamplona, Navarra. España
The Geriatrics and Active Aging (INGEA) research unit focuses its research on aspects related to aging, especially the complexity of multimorbidity, polypharmacy and iatrogenesis. The unit also promotes innovative research areas in geriatrics such as the identification of aging and frailty biomarkers.
Research lines:
• Multimorbidity, polypharmacy and iatrogenesis
• Active aging
• New technologies for cognitive and functional stimulation
• Exercise, biomarkers, sarcopenia, aging and frailty
• Innovative strategies in the prevention of aging, frailty and disability
• Oncogeriatrics
• Olfactory precision medicine
• Care for hospitalized elderly people
• Care for community-dwelling and residential elderly people
• Optimization of elderly surgical patient
• Virtual reality
• Nutritional supplementation
The results of these projects, fronted in the Foral Community by Navarrabiomed in collaboration with the HUN, have been presented during the Scientific Conference “New horizons in aging and health”.
The teams of the Cross-border APTITUDE and OPTIMAGE projects have disclosed the results during the scientific conference “New horizons in aging and health”, held this morning in Pamplona. Both projects, 65% co-financed by the European Regional Development Fund (ERDF) through the Interreg V-A Spain-France-Andorra Program (POCTEFA 2014-2020), have made it possible to deploy, in the cross-border area of the Pyrenees, dependence prevention actions for the elderly, through the creation of a network of experts that promote care, training, research and innovation in gerontology.
Identifying fragility
The APTITUDE project is an initiative aimed at the creation of a cross-border structuring framework for cooperation in the care of the elderly. Dr. Nicolás Martinez Velilla, head of the Geriatrics Research Unit of Navarrabiomed and Head of the Geriatrics Service of the University Hospital of Navarra, leads these initiatives the challenge being “not to live longer but to live better by preventing dependence and improving the quality of life of our elders.” Martinez has stressed the importance of putting the focus on the elderly: "aging is an outdated concept that encompasses very heterogeneous and complex realities. Depending on the degree of dependence, there are several concepts of frailty that we have to address globally thinking about the affected person, not the disease.”
For this purpose, a network of experts that promotes gerontological care, training, research and innovation has been created. “It is essential to identify the fragile person so that, among all the different health professionals, we focus on them.” In this regard, with the aim of more accurately diagnosing the status of this sector of the population in our region and improving multidisciplinary cooperation between geriatricians and other health professionals, a screening of frailty exists in which 105 Navarreses with an average age of 78 years have participated.
As he explained by Fabricio Zambon Ferraresi, researcher of Navarrabiomed, “the actions undertaken within the framework of the projects have been developed in the midst of the COVID health crisis, a particularly difficult situation for the elderly, who needed us more than ever.” Proof of this are the online training sessions of the Vivifrail Promotion of Physical Exercise or videos with practical tips to face the negative effects derived from confinement, aimed at older people during the months of lockdown.
In addition, at the University Hospital of Navarra itself, an image tour of Navarra has been created to promote the physical and cognitive activity of hospitalized elderly people and work has also been done on the prevention of disability in rural areas.
Preventing pharmacological iatrogenesis
The objective of OPTIMAGE, which emerged as a result of APTITUDE, focuses on the optimization of pharmacotherapy in the elderly - stage in which some people are polymedicated taking up to 10 or 12 different drugs simultaneously - to avoid unintentional harm to the patient that leads to more hospital admissions and a poorer quality of life. These risks are technically called “pharmacological iatrogenesis".
Victoria Roncal, regional coordinator of the OPTIMAGE project in Navarrabiomed, reveals that the project has allowed a more intense collaboration between the Geriatrics and Pharmacy services of the University Hospital of Navarra, within a specific consultation formed by a multidisciplinary team that addresses the challenges of polypharmacy. The specific incorporation of a specialist pharmacist to the Geriatrics team has meant a greater monitoring of the patient's pharmacotherapy, in the context of comprehensive geriatric assessment in all its facets: clinical, cognitive, social and functional, with the aim of achieving pharmacological optimization of both outpatient and inpatient geriatric patients. Specifically, between December 2020 and April 2022, the treatment of 1,025 hospitalized patients has been evaluated and, between May 2021 and April 2022, the pharmacotherapy of 317 people who have made a first visit to this specific service has been reviewed.
Also within the framework of OPTIMAGE, good practices have been exchanged between health professionals from the different territories and a training cycle has been organized for community pharmacy professionals to transmit practical knowledge on the review of treatments in elderly people.
On the other hand, Optipharm has been developed, a “game” in which a clinical case on pharmacological optimization in elderly people is recreated virtually. This application offers a safe simulation environment to make decisions and put into practice help tools for the optimization of pharmacotherapy in elderly people.
Pharmacological iatrogenesis has been the focus of debate in a round table with the participation of María Javier Ramírez, Dean of the Faculty of Pharmacy and Nutrition - University of Navarra, Maite Sarobe, Head of the Pharmacy Service of the HUN- SNS-O and Javier Garjón, Head of the Drug Advisory and Information Service- SNS-O. All three have emphasized the safety of medicines and the tools or methodologies especially focused on the safety and prevention of this problem.
Globalization of public health research
Both cooperation projects are clear examples of Navarrabiomed - Miguel Servet Foundation's commitment to globalize research in the public health system. Coinciding with the program of events organized and coordinated by the General Directorate of External Action of the Government of Navarra on the occasion of the European Week in Navarra, Marisol Fragoso, management director of Navarrabiomed, has stressed the importance of participating in European projects for the internationalization of research in the public health system of Navarra: "In addition, being an important source of funding, it further qualifies our researchers by increasing their competitiveness and allows access to other agents of the research system such as companies and universities, developing collaborations that consolidate and remain over time”.
International meeting and workshops for the elderly.
During the conference, aging was also addressed by leading experts from the United Kingdom, Ireland and Chile. Felipe Prosper, specialist in Haematology and Cell Therapy of the Navarra University Clinic and deputy director of IdiSNA has concluded this first block entitled "From molecules to patients". The scientific conference was closed by María Pilar Gayoso, deputy director general of Research in Cell Therapy and Regenerative Medicine of the Carlos III Health Institute.
In parallel, in Rincón de la Aduana, workshops have been organized that encouraged citizens to "take care of themselves and be a healthy senior”. Those interested have participated in seven activities: dance with Lorea Esparza, olfactory stimulation techniques within the framework of the Innolfact project, the Vivifrail physical exercise program promoted by Navarrabiomed and the University Hospital of Navarra, healthy habits and nutrition, new technologies and cognitive stimulation managed by the Red Cross. In addition, the Official Association of Pharmacists of Navarra, COFNA, has made available an information point on therapeutic adherence.
The Navarrabiomed Biomedical Research Center, together with the Hospital Complex of Navarre (CHN), organized an online presentation yesterday to introduce the European OPTIMAGE network in Navarre. OPTIMAGE is being developed within the framework of the Interreg Program V-A Spain-France-Andorra (POCTEFA 2014-2020) under the leadership of the University Hospital Center of Toulouse. More than 150 people from hospital, community and social health settings participated in the event, as well as research and business professionals, not to mention representatives from patients’ associations and members of the public.
The goal of OPTIMAGE is to optimize drug therapy in the elderly (an age bracket in which polypharmacy can be common, with some patients taking 10 or 12 different drugs) to avoid adverse effects that can lead to extended hospital stays and worsening of the patient’s prognosis. This situation is technically known as drug iatrogenesis. The project’s aim is to prevent this phenomenon through better cooperation among healthcare professionals on using drugs appropriately. Pharmacists are therefore key members of the multidisciplinary team, which also includes healthcare professionals working to prevent drug iatrogenesis.
Leading the initiative is Nicolás Martínez Velilla, Head of the Navarrabiomed Geriatrics Research Unit and also Head of the CHN Geriatrics Service, who highlighted the network’s multicenter structure. “With OPTIMAGE, we want to join the forces of all agents at the Navarre Health Service by implementing pharmacological optimization, providing instruction, encouraging professionals to take part in internships in different regions in the Pyrenees, and sharing and standardizing protocols and good practices,” Martínez said.
Besides Nicolás Martínez, the following people spoke at the presentation: Marisol Fragoso Roanes, Managing Director of Navarrabiomed, Alfredo Martínez Larrea, Managing Director of the CHN, Antonio López Andrés, Assistant Director of Pharmacy and Care at the Navarre Health Service (SNS-O), and Maite Sarobe Carricas, Head of the CHN Pharmacy Service. They all showed their support for this network project, which calls for close management and coordination between the services and units involved.
Maite Sarobe said that OPTIMAGE would considerably improve patient care. She went on to say, “This project gives us the chance to improve care by means of specific polypharmacy screening at the Geriatrics Service, where the goal is to optimize therapeutics among the elderly.” She also stressed the importance of monitoring and supervising drug therapy in the elderly, detecting any interactions, confirming the suitability of the drug and its optimal dose in each case, and understanding that the patient’s suffering may be due to the drug prescribed, as well as the suitability of the drug to the patient’s lifestyle, caregivers and setting.
Other participants at the presentation were Daniel Villanueva Canabal and Victoria Roncal Belzunce, Navarrabiomed project manager and project coordinator, respectively; Ramón San Miguel Elcano, specialist in hospital pharmacy at the CHN; Javier Garjón Parra, Head of the Drug Advisory and Information Service at the SNS-O; and Cecilia Calvo Pita and Goizane Ros Bernaola, specialists in hospital pharmacy at the SNS-O.
Strategic axes
The OPTIMAGE network was created as part of the APTITUDE network for the prevention of dependence in the elderly. OPTIMAGE aims to bolster and complement APTITUDE by including community and hospital pharmacists. Consortium members besides Navarrabiomed include the University Hospital Center of Toulouse (project leader), the Health and Aging Foundation of the Universitat Autònoma de Barcelona and the Andorran Health Service.
The project will operate for 29 months along three main axes: the creation of a network against drug iatrogenesis made up of professionals, patients and family members; the training of different social groups; and the implementation of actions for the elderly to improve drug management, and helping develop the European gerontology excellence center begun by APTITUDE.
Cooperation between professionals is a key means of preventing drug iatrogenesis. The exchange of knowledge across the Pyrenees will therefore help provide a clearer view of the strengths and weaknesses of each territory in the areas of the optimization of drug therapy in geriatrics, the prevention of drug iatrogenesis, therapeutic education, teaching and innovation.
The project is co-funded (65%) by the European Regional Development Fund (ERDF) through the Interreg Program V-A Spain-France-Andorra (POCTEFA 2014-2020). The goal of the POCTEFA program is to strengthen the economic and social integration of the Spain-France-Andorra cross-border area. Its help is focused on developing cross-border economic, social and environmental projects through joint strategies in favor of sustainable regional development.
The European network APTITUDE - Acting for Trans-Pyrenees Prevention of Dependency in Seniors – is gathering in Pamplona on Wednesday, 3 July for a scientific seminar that is expected to draw more than 200 experts in active ageing and frailty. The seminar will take place at the Tres Reyes Hotel in Pamplona, starting at 8.15am. In addition, there will be side workshops organised with the Navarra Red Cross for the general public, at Rincón de la Aduana and Paseo del Doctor Arazuri, starting at 10am.
These events were introduced this morning at the biomedical research centre Navarrabiomed, the network’s leading institution in Navarra, along with the Public University of Navarre (UPNA), the Navarra Hospital Complex (CHN) and the Navarra Red Cross. At the press conference were Nicolás Martínez Velilla, APTITUDE Coordinator in Navarra and Head of the Geriatrics Unit at CHN, Juan José San Martín Baquedano, Coordinator of the Navarra Red Cross, and Jorge Marín Vidondo, Project Manager at Navarrabiomed.
Martínez Velilla said the seminar would be the third APTITUDE meeting – and the first to take place in Pamplona. It will gather primary health care professionals and representatives of hospitals and research centres, universities, nursing homes and businesses from Occitanie in France, Catalonia and Navarra in Spain, and Andorra.
At the seminar, experts will discuss the concept of intrinsic capacity in older individuals – that is, the set of physical and mental skills an individual can apply at any given moment, plus the functional capacity, which is the way in which an individual relates to and interacts with the environment – proposed by the World Health Organisation (WHO). Also, they will talk about the multi-component training offered by the project, targeted at health and social care practitioners working with frail seniors, so that they can prescribe the adequate physical activity routines, make cognitive stimulation interventions, give healthy diet guidelines, make psycho-social interventions, etc.
Keynote speakers include Norman Lazarus and Stephen Harridge, from King’s College London, who have broad experience in physical activity, anti-ageing and muscle deterioration in geriatric care and other sectors, like aerospace, where they have worked with NASA.
Open workshops
On Wednesday, between 10am and 2pm, there will be open workshops at Rincón de la Aduana and Paseo del Doctor Arazuri, Pamplona. Under the title ‘Active, healthy seniors/Tailerrak: Adineko aktibo eta osasuntsuak’, they are targeted at people over 65, but they can also be of interest to caretakers, relatives or volunteers. The workshops are free and no prior registration is required.
In addition, there will be APTITUDE-Red Cross Tents, hosting functional assessment, cognitive stimulation and adapted leisure activities for the elderly, giving information about support devices and healthy habits, and giving out supplementary material with workout routines.
Ageing and functional decline
According to INE data from 2018, the population of Navarra amounts to 647,219 people, 19.5 per cent are 65 or above. The region has one of the longest life expectancies in Europe: 86.6 years for women and 81 years for men. However, the quality of life varies: whereas women tend to live longer lives, they become more dependent than men after 65.
According to the World Health Organisation, the main causes of mild or severe disability in old age are sensory impairment, back or neck pain, chronic obstructive pulmonary disease (COPD), depression, falls, diabetes mellitus, dementia and osteoarthritis. Moreover, more than 50 per cent of the elderly suffer from a combination of illnesses and take three to five medicines together.
Initiatives like APTITUDE advocate a change of paradigm in elderly care. Caretakers should face the challenge of setting illness aside to focus on functional capacity and its maintenance or improvement. APTITUDE promotes healthy habits, physical activity and cross-generational, adapted leisure both in urban centres and rural environments, in an effort to combat loneliness, depopulation in rural areas and the stereotypes associated with ageing.
About APTITUDE
APTITUDE was established in 2018 as a three-year network to foster cross-border cooperation in four regions (Occitanie, Catalonia, Navarra and Andorra) by building its own local networks with a total budget of 2 million Euro.
The APTITUDE project, which includes the APTITUDE network in Navarra, gets 65 per cent of its funds from the European Regional Development Fund (ERDF), through the Interreg V-A Spain-France-Andorra (POCTEFA) cooperation programme, aimed at the development of cross-border economic, social and environmental action by means of joint strategies to promote sustainable territorial development.
APTITUDE partners:
Gérontopôle - Centre Hospitalier Universitaire (CHU) de Toulouse
Fundació Salut i Envelliment - Universitat Autònoma de Barcelona (UAB)
Servei Andorrà d’Atenció Sanitària
Complejo Hospitalario de Navarra (CHN) - Navarrabiomed
More information: www.aptitude-net.com
Photo: From left to right: Jorge Marín (Navarrabiomed), Nicolás Martínez (CHN-Navarrabiomed) and Juan José San Martín (Navarra Red Cross).
Professionals at the Navarra Hospital Complex (CHN) from the Public University of Navarra (UPNA) and Navarrabiomed are participating in the establishment of a European network for preventing old-age dependency and promoting active ageing. Hospitals and research centres from France, Spain (Navarra and Catalonia) and Andorra are part of this project, named APTITUDE (Acting for Trans-Pyrenees Prevention of Dependency in Seniors). As announced today, the network in Navarra is being coordinated by Navarrabiomed-Miguel Servet Foundation.
The three-year cross-border project will develop local networks in France, Navarra, Catalonia and Andorra. The project has been assigned a 2-million-Euro budget, with 1 million going to Spain (and 400,000 to Navarra). 65 per cent of the funds are being contributed by the European Regional Development Fund (ERDF) through the Interreg V-A Spain programme.
Through training programmes, awareness-raising activities and scientific evidence, the project is aimed at improving the quality of life of elderly people, encouraging the adoption of healthy habits and reducing the loss of functional autonomy, as explained by Antonio Merino Díaz de Cerio, CHN Managing Director, and Nicolás Martínez Velilla, Head of the Geriatrics Department, researcher at the Geriatrics Unit in Navarrabiomed and leader of APTITUDE in Navarra. In the words of Martínez Velilla, ‘the primary goal of the network is to prevent old-age dependency by trying to mitigate frailty in the elderly population.’
Antonio Merino stressed the importance of this type of European projects where protocols, good practices and procedures are shared for the benefit of all the participating institutions and society at large.
Specific actions by APTITUDE Navarra
Álvaro Casas Herrero, geriatrician at CHN and President of the Spanish Geriatrics Society, and Maite Soria Sarnago, Nursing Director at CHN, announced the actions to be undertaken in our community in the forthcoming months.
On Tuesday, 20 November, the project will be presented at a talk in the function room of the School of Medical Sciences, titled ‘Active and healthy seniors: Keys for adopting healthy habits’. The talk will start at 4pm and finish at 6.30pm. Admission is free, but there will be a limited number of seats available. It will also be streamed on the Navarrabiomed YouTube channel.
At the event, the leaders of the project will talk about healthy habits and good practices for improving the quality of life of old people. The President of Club Atlético Osasuna, Luis Sabalza Iriarte, will talk about ‘Working beyond retirement age’. He will share experiences from his career in the Club.
In addition, three strategic actions will take place in the upcoming months in Navarra. Firstly, a cross-border record will be established of people aged 65 and over who are interested in getting information or taking part in gerontechnology and clinical research programmes.
Simultaneously, Clinical and Innovation Research Travelling Teams will be established where professionals specialising in various medical fields will transfer clinical and research practice to urban and rural areas, thus ensuring broader penetration and larger participation for the population. The teams will be made of doctors, nurses, physiotherapists and occupational therapists.
Also, a database will be created with data provided voluntarily by frail old people and old adults with memory disorders, which will be used to design research projects involving all the centres participating in the project.
Lastly, the members of the project will participate in the validation of a new concept, ‘intrinsic capacity’, as defined by the World Health Organisation (WHO), which might be used in the clinical assessment of old people.
Recently published studies
The actions framed within the project are in line with the conclusions drawn in a study published recently in JAMA Internal Medicine, the peer-reviewed medical journal of the American Medical Association.
Professor Mikel Izquierdo Redín, Director of the Department of Medical Sciences at UPNA and senior researcher from the Physical Exercise and Frailty Research Unit at Navarrabiomed, presented a study that shows that a tailored physical activity plan for in-patients aged 75 or older reduces functional decline. The clinical trial consisted in a three-year follow-up of 370 patients in the Geriatrics Service of CHN.
The study reveals that preadmission health and functional status can indicate the risk of functional decline associated with hospitalisation. This clinical sign might be negatively affected by bed rest during hospitalisation.
Simultaneously, the team is participating in the DIABFRAIL LATAM European project, funded by the European Commission in the context of the Horizon 2020 European research project. DIABFRAIL LATAM focuses on pre-frail and frail old people with diabetes in Latin America. At present, 40 per cent of people aged 65 and older are affected by diabetes.
The project’s goal is to implement a treatment model in Colombia, Chile, Mexico, Peru and Argentina, consisting of physical exercise, education and a nutrition plan, plus blood sugar level and blood pressure goals adjusted to old adults with diabetes, who are particularly vulnerable as a result of their frailty. More than 1000 pre-frail and frail old people with type 2 diabetes are taking part in the clinical trial.
www.aptitude-net.com / aptitude@navarra.es
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.
The Protein Crystallography and Structural Immunology Unit investigates the molecular and structural bases that regulate the presentation and recognition of both foreign antigens( those originating from pathogens or tumors) and self-antigens, the latter being associated with autoimmune diseases.
To achieve this, the research team combines protein engineering and structural determination techniques, such as X-ray crystallography, among others.
The studies being conducted are focused on revealing previously deciphered mechanisms and pathways involved in antigen presentation related to the immune response in scenarios of susceptibility to self and foreign antigens. The team's goal is to ensure that the results of their studies contribute to the development of medicines for the treatment and cure of diseases.
Research lines and areas of interest:
• TCR-pMHC and antibody-antigen structure.
• In silico design of high-affinity peptides.
• Molecular Docking
• TCR-pMHC and Fab-antigen structure.
• Molecular mimicry.
• Structural bases of antigen recognition.
• Pathogen-host interaction.
• Vaccine development.
The Supera COVID-19 Fund launched by Banco Santander through Santander Universities, in collaboration with Crue Spanish Universities and the Spanish National Research Council (CSIC), has granted €160,000 in funding to a research project on COVID-19 designed by a consortium made up of Navarrabiomed researchers and four Catalan institutions coordinated by the Universidad Pública de Navarra (UPNA). This project seeks to develop molecules with SARS-CoV-2-neutralizing properties for the treatment of patients requiring hospitalization and clinical supervision due to the infection’s severity.
These molecules are based on peptides specific to the ACE2 receptor that can reduce or halt the ability of SARS-CoV-2 to cause infection. “These molecules reproduce the human receptor region the virus attaches to,” explained project leader Jacinto López Sagaseta, from the Protein Crystallography Unit at the Navarrabiomed Biomedical Research Center. “We are trying to create molecules from this region that have a greater capacity to bind to the viral particle, which would hinder the virus’s ability to attach to the natural receptor and thus slow down infection.” According to López, these molecules may “help chemists design drugs that can mitigate the process and speed of infection and thereby facilitate patients’ clinical recovery”.
In order to implement the 12-month project, a consortium was set up of researchers from different disciplines, including chemical synthesis, protein engineering, structural analysis and cell biology, as well as specialists in the conditions of biosafety level three (BSL3, for laboratories, on a scale of one to four), to test the potential of these molecules. Specifically, besides Navarrabiomed and the UPNA, four Barcelona research institutions are also participating in the project: IRB Barcelona (Institute for Research in Biomedicine), IQAC-CSIC (Institute for Advanced Chemistry of Catalonia), CIBER-BBN (Bioengineering, Biomaterials and Nanomedicine Subject Area of the CIBER Biomedical Research Center), and IRTA (Institute of Agrifood Research and Technology). Besides Jacinto López Sagaseta, other Navarrabiomed researchers taking part in this research project include Gilda Dichiara Rodríguez, Elena Erausquin Arrondo and Ane Ochoa Echevarría, who are members of the Protein Crystallography Unit.
The consortium members hope that “the availability of molecules with a strong inhibitory effect will significantly mitigate the socioeconomic impact of the pandemic due to the persistence of current and/or future SARS-CoV-2 outbreaks, as well as outbreaks of other potentially harmful coronaviruses with similar entry routes,” said López.
€8.5 million fund
The €8.5 million Supera COVID-19 Fund has been earmarked for projects of different organizations that are based on the fund’s three-pronged strategic approach against COVID-19: research on the virus and its prevention, research on its social impact, and strengthening universities’ technological capacity and reducing the digital divide. A total of 700 grant applications were submitted, of which 35 were selected and received funding to the tune of €5 million to carry out applied research against the virus. Nearly €1 million was also distributed to twelve projects on the social impact of the virus. Finally, €2.5 million will be allocated to supply young university students in unfavorable socioeconomic situations throughout Spain with nearly 5,000 computers and 15,000 Internet connectivity solutions and webcams.
María Chivite, the President of the Government of Navarre, recognized “the good work” being done at research centers and institutes in the Region of Navarre to find alternatives that help alleviate the effects of COVID-19. She spoke in the context of a meeting she attended this morning with ten researchers in charge of their own publicly funded studies on this disease, which has caused 515 deaths in Navarre and more than 27,000 in all of Spain.
The meeting was also attended by Santos Induráin, the Minister of Health, and Juan Cruz Cigudosa, the Minister of University, Innovation and Digital Transformation, and provided a firsthand opportunity to learn about the research purpose of the projects that have received grants from the Navarre COVI+D Fund. Created by the Government of Navarre to promote research on this topic, the fund paid out €1.1 million in May to eight projects that had received a favorable assessment from the Carlos III Health Institute. The Carlos III Health Institute has also provided direct funding of €232,000 for two other Navarre research projects.
Chivite took advantage of the forum to remind the participants of the Government of Navarre’s commitment to innovation and research “as a model of economic and social development,” not just through these grants, but also by means of the R&D&i Emergency Plan, presented last week, and the Reactivate Navarre Plan / Nafarroa Suspertu 2020-2023. The Government is also committed to improving technological infrastructure and promoting supra-regional cooperation. “We want Navarre to lead the way in biomedicine because we have the talent and skills to do just that. It’s one of the strategic areas we’re working on. We have to be able to transfer knowledge and research to favor industrial and technological development,” she said, before expressing her confidence that Navarre will become “a key stop on the R&D&i map.”
Chivite confirmed that the goal of the Government of Navarre is “to keep increasing investment and setting up strong pillars for the model of growth.” Navarre will thus be prepared for future challenges of the likes of COVID-19.
Chivite informed the researchers of the public support of their research work, though “people are aware of the pressure you’re under when you’re studying this coronavirus, because of the high expectations about finding a vaccine, treatments and other aspects that could alleviate the effects of a virus that has had a major impact on our society.” She asked for respect “for the time frames, rigor and meticulousness” of the researcher’s work, and also expressed hope that this work would promote “true and instructive information” that avoids fake news and disinformation in society as a whole.
Ten projects
In addition to President Chivite, the meeting was attended by Rosario Martínez, the Director General for Innovation. Also attending were the researchers from the ten projects that received public funding: Luis Martínez de Morentin, Fermín Mallor Giménez, Borja Sáez Ochoa, Natalia Ramírez Huerto, Jacinto López Sagaseta, Pablo Sarobe Ugarriza, Patricia Fanlo Mateo, David Escors Murugarren, Jesús Castilla Catalán and Leyre Ruete Ibarrola, who attended in representation of Beatriz Lacruz Escalada. They were joined by the heads of the different research centers where the projects are being carried out. This group included María Rosario Luquin, the Scientific Director of the Navarre Health Research Institute (IdiSNA), Claudio Fernández, the Director of the Lurederra Foundation, and Íñigo Lasa Uzcudun, the Director of Navarrabiomed.
The directors of the ten research projects presented their lines of research, which include the study of possible vaccines, the use of specific drugs, resource management, the development of preventive measures and products, and the analysis of incidence bearing in mind sociodemographic characteristics and other conditioning factors.
The Government of Navarre aims to promote Navarre innovation and national prominence through the COVI+D Fund grants. But the goal is also to attract scientific talent, given the fact that these grants include staff payroll expenses.
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.
The Genomic Medicine Unit aims to implement whole-genome sequencing (WGS) technology within the public healthcare network as a clinical, research, and development tool associated with precision medicine in Navarra. Originating from research projects funded by the Department of Industry of the Government of Navarra, this group consists of internal resources (Principal Investigators, postdoctoral researchers, genetic counselors, and research support technicians), clinical experts, as well as staff from other Units, Platforms, and project advisors. It currently maintains several main lines of research.
Research lines:
High-cholesterol levels, or hypercholesterolemia, affects nearly 1500-2500 people in Navarra, and less than 20 per cent of them are not aware that they suffer from this condition. Hypercholesterolemia is considered to cause 22 per cent of coronary events, most of which could be prevented with early diagnosis and treatment. The biomedical research centre Navarrabiomed has launched NAGENCOL, a project to address this issue using whole-genome sequencing as a diagnostic tool to offer personalised treatment to patients who suffer from hypercholesterolemia. The project is framed within NAGEN, a global strategy aimed at applying genomic medicine in the Navarra Health System-Osasunbidea (SNS-O).
Currently, hypercholesterolemia poses a real challenge to the public health system, because the life expectancy of untreated patients can decrease by 25 years, and 50 per cent of them are more likely to have a heart attack before the age of 55. NAGENCOL addresses this problem, offering a new model that uses genomic information, together with other clinical and demographic data, to bring precision medicine to individual patients.
This ambitious public health project has a budget of 2 million Euro, contributed by the Department of Economic Development at the Directorate-General for Industry, Energy and Innovation of the Government of Navarra, within the framework of the Genomics and Advanced Medicine project (GEMA) and the Intelligent Specialisation Strategy S3.
The NAGENCOL activities are managed by five strategic partners specialising in clinical practice, scientific and technical services, and research. They include the Navarra Hospital Complex (CHN), Nasertic, Tracasa Instrumental SL and Navarrabiomed as the leader of the study. The project is headed by Dr Ander Ernaga and Dr Juan Pablo Martínez from the Endocrinology Service at CHN.
NAGEN Strategy
Since 2016, Navarrabiomed has been leading the Genomic Medicine Strategy (NAGEN) of the Navarra Health System-Osasunbidea. With the support of the Government of Navarra, Navarrabiomed has since coordinated two strategic projects: NAGEN 1000 (best precision medicine project award winner in 2018) and Pharmanagen.
The two initiatives, along with NAGENCOL, are being used to set up, in the SNS-O patient care units, the infrastructure required for using genomic data as a powerful diagnostic tool and to determine the best personalised treatment for each patient.
Navarrabiomed has led the NAGEN: Navarra Genome 1000 project since 2016. The project focuses on whole genome sequencing for a new approach to rare genetic disorders in the Navarra Health System-Osasunbidea (SNS-O). So far, thanks to collaboration with doctors from 18 medical specialties at the Navarra Hospital Complex (CHN), the study includes data about 400 patients and their relatives, precise diagnoses for 25 per cent patients and identification of possible causes for another 25 per cent.
The patients that are part of the study had not been accurately diagnosed, despite having been treated by several specialists and having taken a large number of traditional tests. Angel Alonso, the coordinator of the project, highlighted the project’s relevance to healthcare services: ‘Making genomic analysis available to the public health system is revolutionary. It means a significant change in the clinical approach to patients with rare genetic disorders.’
Impact on the patient and their family
On the occasion of Rare Disease Day on the last day of February, it is worth mentioning that about 6 per cent of the global population are individuals with rare diseases. In Navarra, their number amounts to 38,000. At present, there are 7000 types of rare diseases, most of them of genetic origin.
In many cases, genetic testing enables the patient and their family to get a deeper knowledge of their condition and its progression, to understand how a genetic disease is inherited and to learn about the risks for other family members. The emotional significance of finding answers to the questions posed by the symptoms – which sometimes have remained unanswered for too long – means putting an end to uncertainty and isolation for most patients with rare diseases.
NAGEN 1000: a pioneering project in Spain
NAGEN 1000 is a ground-breaking project at the national level, placing Navarra at the forefront of genomic analysis and technology. The project was introduced last year at the Senate Presentation of Genomic Studies, whose conclusions were approved in 2019, thus green-lighting the development of a national strategy for personalised medicine.
Currently, the project’s methods, procedures and infrastructure are being transferred to daily clinical practice in SNS-O, to the benefit of the people of Navarra.
NAGEN 1000 is financed by the Economic Development Department at the Directorate-General for Industry, Energy and Innovation within the framework of the Intelligent Specialisation Strategy S3. It is being developed by a consortium made of CHN, Nasertic (a company run by the Government of Navarra), Avantia and Navarrabiomed, leader and coordinator of the project, with the support of the Directorate-General for Information Technology, Telecommunications and Public Information (DIGITIP), and the cooperation of the Centro Nacional de Análisis Genómico (CNAG-CRG) and the Clinical Bioinformatics Research Area into Rare Diseases (CIBERER) of Instituto de Salud Carlos III (ISCIII).
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.
The Research Unit in Oncoimmunology develops new treatments against cancer. The main research areas are:
1. Investigation of immune checkpoint signaling pathways, such as PD-1, PD-L1 and LAG-3
2. Study of the cellular and molecular biology of myeloid suppressor cells in cancer.
3. Development of new adjuvants and immunotherapies against cancer.
4. Identification of biomarkers of response to immunotherapy.
The research group develops these research lines in cancer of lung, colorectal cancer and lymphoma, among other models.
Navarrabiomed carried out a study in which the status of the immune system was evaluated in lung cancer patients before and during immunotherapy. The study showed that the quantities and diversity of immune cells (myeloid cells) in blood from patients who responded to immunotherapies was comparable to that of healthy individuals. Moreover, the researchers found that elevated concentrations of fractalkine were found in these patients. Fractalkine is a protein required for maintaining an active, functional immune system. These findings could lead to the development of new treatments and more efficacious immunotherapies by using this protein in conjunction with current therapies.
The results were published in the journal EMBO Reports. The project was coordinated by Dr. Ana Bocanegra and Dr. Grazyna Kochan, researchers at the Onco-Immunology Unit of Navarrabiomed headed by Dr. David Escors. The study was carried out in close collaboration with the department of Medical Oncology at Hospital Universitario de Navarra (HUN) led by Dr. Ruth Vera, and it was funded by grants from the Spanish Association Against Cancer, Carlos III Health Institute-ERDF and the Government of Navarra’s Ministry of Economic and Business Development.
Research development
The study identified fractalkine as a biomarker of response by associating elevated concentrations of the protein with a better response to immune checkpoint blockade therapies. This protein was also presented as a new therapeutic agent capable of increasing the efficacy of PD-1 immune checkpoint blockade therapies in animal models of lung cancer that were previously resistant to this therapy.
The authors reported that therapies that are more efficacious could be developed from these results in the medium/long term by using fractalkine to stimulate immunoreactivity and thus improve the response to immunotherapy.
“These results confirm the need for a functional immune system prior to the administration of immunotherapies and, most importantly, they open up a line of research in which the anti-tumor action of fractalkine can be enhanced. In the long term, fractalkine treatment in combination with immunotherapies could be assessed in clinical trials,” said Navarrabiomed researcher Grazyna Kochan.
Collaborative study
The research team from Navarrabiomed and HUN collaborated with multidisciplinary groups from Navarra, La Rioja and Madrid coordinated by professionals with a proven track record in cancer research and clinical care, including: Dr. Rubén Pío, Dr. Luis Montuenga and Dr. Juan José Lasarte from Cima Universidad de Navarra, Dr. Alejandra Roncero from Hospital Universitario San Pedro (Logroño, La Rioja), Dr. Carolina Gotera from Hospital Universitario Fundación Jiménez Díaz (Madrid), Dr. Alfonso Ventura from Centro de Salud Salazar-Ezcároz (Navarra) and Dr. José Pichel from Centro de Investigación Biomédica de La Rioja (CIBIR, Logroño). Patients and their family members at the HUN and residents in Centro de Salud Salazar-Ezcároz (Navarra) also participated in the study.
Caption > From left to right: Luis Montuenga (Cima), David Escors and Grazyna Kochan (Navarrabiomed), Ruth Vera (HUN) y Rubén Pío (Cima). Absent in the photo: Ana Bocanegra (Navarrabiomed).
The Oncoimmunology Unit of Navarrabiomed, headed by Drs. Grazyna Kochan and David Escors in collaboration with the Oncobiona Unit, headed by Drs Ruth Vera and María Alsina, have characterized the memory T-cell responses against SARS in solid-tumour patients with previous SARS-CoV-2 infection followed by mRNA vaccination.
The study demonstrates that patients with solid tumours vaccinated with Bnt162b2 exhibit proficient antibody, T-cell and myeloid responses against the S1 protein of SARS-CoV-2 virus. Furthermore, patients with previous COVID-19 generate a potent memory T-cell response against S1 and M viral proteins. This indicates that the incorporation of the M protein in vaccine formulations could increase the efficacy of vaccines in cancer patients.
In addition, vaccination followed by a previous infection was also reported to markedly increase the immune response to the S1 protein. The study also highlight the exacerbated Th17 response after infection and vaccination in solid tumour patients, who already have baseline inflammation due to the disease. This suggests the requirement of further research in novel mRNA vaccine adjuvants to avoid this inflammatory response.
These results are part of the thesis by Miriam Echaide, PhD student of the Oncoimmunology Unit, and are included in the scientific production of the Navarra Health Research Institute (IdiSNA), a public-private group for the promotion of biomedical research in Navarra, of which Navarrabiomed is a member.
The research is funded by the European Union's Horizon 2020 Science and Innovation programme. The Oncoimmunology group has the additional support of other institutions such as the Spanish Association Against Cancer (AECC), the Carlos III Health Institute, the Department of Health and the Department of University, Innovation and Digital Transformation of the Government of Navarra and the Ministry of Science and Innovation.
David Escors Murugarren, the principal investigator and head of the Navarrabiomed Oncoimmunology Research Unit and an expert on coronavirus, was the winner at the annual SER Radio Network Awards in Navarre of the innovation award, which is sponsored by the company Viscofan. The jury applauded his research work on SARS-CoV-2, given that he leads a project whose mission is to create a platform for speeding up vaccine production in cases of pandemics like the current COVID-19 pandemic.
In his acceptance speech, Escors highlighted the value of the work done at research centers on a daily basis. “Our lab works every day in the fight against cancer and also against autoimmune diseases, which should not be overlooked, even though we’re now in an emergency situation,” he said. He expressed his gratitude, but also his surprise at winning the award and said, “There are many other scientists working every day, just like us. It’s our work, our passion, and it’s what we studied for and trained to do.” He ended his speech by thanking his family and friends for their support throughout his professional career.
The ceremony of the fifth edition of the SER Radio Network Awards in Navarre was held at the Baluarte Auditorium and hosted by journalist Joaquim Torrents. This year, COVID-19 and its consequences were particularly relevant and the jury naturally took them into account when deciding on the award winners. In total, 10 people or groups were recognized for their work in different facets of Navarre society.
The Spanish Ministry of Science and Innovation, through the Carlos III Health Institute (ISCIII), has awarded €232,000 to develop two public research projects within the context of the Navarre Health Research Institute (IdiSNA). David Escors Murugarren, a researcher at Navarrabiomed, and Jesús Castilla Catalán, a researcher at the Institute of Public and Occupational Health of Navarre (ISPLN), have received 100% of the amounts they applied for from the COVID-19 Fund, a mechanism approved by Royal Decree-Law 8 of 17 March 2020 on urgent extraordinary measures for dealing with the economic and social impact of COVID-19.
David Escors, the principal investigator at the Navarrabiomed Oncoimmunology Research Unit, began his scientific career working on coronaviruses at the Spanish National Biotechnology Center (CNB-CSIC), along with researcher Luis Enjuanes. He then continued his work at University College London (UCL) by applying lentiviral vectors and gene therapy in immunotherapy. He is a coronavirus specialist and the positive evaluation received from the ISCIII will enable him to obtain the €115,000 he applied for to develop the project “Platforms for developing biosafe SARS-CoV-2 vaccines.”
The aim of the initiative is to develop a platform for engineering biosafe vaccines for the virus that causes COVID-19 disease. The focus will be on the expression of viral proteins that may activate immunity. This line of research was started up specifically for COVID-19, given the current health emergency, but is based on the European ISOLDA Project - Horizon 2020 for generating more effective and safer virus vaccines (yellow fever, influenza and coronavirus) for adults over 65. Navarrabiomed has worked on this project since 2019 in coordination with professionals from the Spanish National Research Council (CSIC) and with Dutch, German and Italian collaborators.
Institute of Public and Occupational Health of Navarre
At the Institute of Public and Occupational Health of Navarre’s Group of Infectious Diseases and Vaccines, Jesús Castilla will lead the study “Infection, Hospitalization, ICU Admissions and Deaths Caused by SARS-CoV-2 in a Population Cohort.” To carry out the study, he will also receive the total amount applied for from the ISCIII: €117,000.
His proposal focuses on estimating the effect of sociodemographic characteristics, chronic diseases and other conditioning health factors on the risk of infection, hospitalization and severe forms of COVID-19. This will involve calculating the incidence of suspected cases, infections confirmed using PCR, hospitalizations, ICU admissions, assisted ventilation and mortality. The mortality rate will also be calculated in confirmed cases and hospitalizations. Antibody seroprevalence will also be evaluated in a sample of patients from the sentinel physician network and/or donors.
This is the second SARS-CoV-2 initiative for Jesús Castilla, given the ISPLN’s participation in the European project I-MOVE-COVID-19, with the involvement of 11 countries and 20 organizations. It is one of the European projects funded through the fast-track call of Horizon 2020, the European Union’s research and innovation program to promote research of different aspects of the SARS-CoV-2 virus.
Both research projects financed by the ISCIII will form part of the scientific activity of the IdiSNA, a public-private partnership for promoting biomedical research in Navarre. Both the ISPLN and Navarrabiomed are partnership members.
El Dr. Hugo Arasanz, oncólogo del Complejo Hospitalario de Navarra e investigador de la Unidad de Inmunomodulación de Navarrabiomed - IdiSNA, recibió ayer en Madrid la Ayuda Clínico Junior de la Asociación Española Contra el Cáncer (AECC). La financiación recibida (120.000 €) se destinará al proyecto "Subpoblaciones linfocitarias como biomarcador predictivo de respuesta a inmunoterapia anti-PD1/PDL1 en carcinoma no-microcítico de pulmón avanzado en 1º línea de tratamiento". Este estudio se desarrollará durante los próximos cuatro años y contará con la dirección del Dr. David Escors.
El Museo Reina Sofía acogió ayer la entrega de las ayudas anuales de la AECC, dentro de los actos programados en el Día Mundial de la Investigación en Cáncer (WCRD en sus siglas en inglés), que se comemora cada año el 24 de septiembre. En total, la AECC ha entregado casi 21 millones de euros para financiar 171 proyectos que se suman a los 56M€ con los que hoy se están financiando 380 proyectos de investigación en desarrollo.
Asimismo, la asociación ha puesto de manifiesto la necesidad de elaborar un Plan Nacional de Investigación en Cáncer para alcanzar el 70% de supervivencia media a cinco años en el año 2030, en la actualidad se sitúa en un 53%.
Más información sobre el proyecto
La inmunoterapia antiPD1/PDL1 ha supuesto una revolución en el tratamiento del cáncer no-microcítico de pulmón, ya que ha mejorado los resultados de la quimioterapia, asociando además menor toxicidad. Por desgracia la proporción de pacientes que responden al tratamiento es reducida, son menos todavía los que mantienen la enfermedad controlada durante un periodo de tiempo prolongado, y no se dispone de biomarcadores predictivos que permitan identificar a estos pacientes con precisión.
El equipo del Dr. David Escors ha desarrollado un sistema de monitorización de poblaciones linfocitarias por citometría de flujo a partir de sangre periférica en pacientes en progresión a quimioterapia que permite predecir aquellos que van a responder a la inmunoterapia. Dada la reciente aprobación de la inmunoterapia en pacientes en primera línea, este proyecto pretende correlacionar los perfiles linfocitarios de los pacientes y su dinámica con la eficacia del tratamiento en este contexto, incorporando además el estudio de las citosinas proinmunogénicas en plasma y la posible influencia del daño genotóxico en las células inmunitarias producido por las diferentes terapias como causa de menor eficacia en segunda línea.
El proyecto del Dr. Hugo Arasanz se completará con estudios mecanísticos in vitro que permitan conocer los elementos que condicionan la respuesta al tratamiento y plantear combinaciones que puedan revertir la resistencia primaria a estas terapias.
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.
The Algebra and Applications Research Unit is a multidisciplinary group formed by mathematicians and engineers. Currently, its research lines focus on developing theoretical methods for extracting information from data coming from different sources. The techniques and algorithms that are developed are applied in fields such as biomedical data classification, medical decision-making.
Research lines:
• Development of machine learning methods for multimodal information extraction.
• Multimodal analysis of human movement. Applications for improving functional capacity and rehabilitation outcomes.
• Optimization techniques for extracting information from biological signals obtained with non-invasive techniques.
• Aggregation and implication functions: Applications in data classification problems and decision making under uncertainty
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.
The Unit is mainly dedicated to the research of sensing platforms and high-sensitivity techniques for the characterization of thin-film and biological substances using concepts of metamaterials, metasurfaces, and plasmonic structures. The research has a multispectral approach, covering the entire extended infrared spectrum from the terahertz band (also called far-infrared) to visible, including mid-infrared and
near-infrared.
Navarrabiomed - Centro de investigación biomédica
Complejo Hospitalario de Navarra, edificio de investigación.
Calle Irunlarrea, 3. 31008 Pamplona, Navarra, España.