¡No te pierdas nada!
Únete a la comunidad de wijobs y recibe por email las mejores ofertas de empleo
Nunca compartiremos tu email con nadie y no te vamos a enviar spam
Suscríbete AhoraAdminstración y Secretariado
3Informática e IT
3Educación y Formación
1Instalación y Mantenimiento
1Agricultura
0Ver más categorías
Alimentación
0Arte, Moda y Diseño
0Artes y Oficios
0Atención al cliente
0Banca
0Ciencia e Investigación
0Comercial y Ventas
0Comercio y Venta al Detalle
0Construcción
0Contabilidad y Finanzas
0Cuidados y Servicios Personales
0Deporte y Entrenamiento
0Derecho y Legal
0Desarrollo de Software
0Diseño y Usabilidad
0Editorial y Medios
0Energía y Minería
0Farmacéutica
0Hostelería
0Industria Manufacturera
0Ingeniería y Mecánica
0Inmobiliaria
0Marketing y Negocio
0Producto
0Publicidad y Comunicación
0Recursos Humanos
0Sanidad y Salud
0Seguridad
0Seguros
0Social y Voluntariado
0Telecomunicaciones
0Transporte y Logística
0Turismo y Entretenimiento
0Top Zonas
Pamplona/Iruña
8INGENIEROJOB
Pamplona/Iruña, ES
The “In vivo Organ Generation by Stem Cells” group, led by Dr. Xabier Aranguren at CIMA Universidad de Navarra is looking for a postdoctoral researcher to apply to the Sara Borrell call
INGENIEROJOB · Pamplona/Iruña, ES
.
Descripción de la oferta
The “In vivo Organ Generation by Stem Cells” group, led by Dr. Xabier Aranguren at CIMA Universidad de Navarra is looking for a postdoctoral researcher to apply to the Sara Borrell call
Organ transplantation is a very effective life-saving treatment for end-stage organ diseases. Nevertheless, the number of organs available for transplantations is limited, and the waiting lists are ever increasing, recently counting around 150.000 people Europe and 100.00 in USA, leading to a high rate of death for organ failure: only in the European continent, approximately 5.000 people die every year waiting for an organ, with a mortality rates for patients waiting for a heart, liver or lung ranging between 15 and 30%. The necessity to find additional source of organs for transplantation has boosted research on the generation of organs from pluripotent stem cells (PSCs).
We develop new therapeutic alternatives based on the generation of xeno-organs in vivo, by blastocyst complementation with pluripotent stem cells. This strategy is based on the microinjection of stem cells into genetically modified embryos, incapable of generating a certain organ/cell type. In this way the target organ is formed exclusively from the microinjected stem cells. The group works with mouse and rat embryonic stem cells and human iPS cells, as well as with genetically modified mouse and pig models.
Last Publications
- https://pubmed.ncbi.nlm.nih.gov/40551151/
- https://pubmed.ncbi.nlm.nih.gov/37967560/
- https://pubmed.ncbi.nlm.nih.gov/37660554/
- https://pubmed.ncbi.nlm.nih.gov/36563688/
- https://pubmed.ncbi.nlm.nih.gov/35883376/
The candidate must have a PhD degree in Sciences (Biology, Biochemistry, Pharmacy, Biotechnology…) with a strong track record of high quality biomedical research.
Note: CV and motivational letter required
Regístrate para ver la oferta completa
Comparte En Tus Redes Sociales
Tweet
Compartir