Ofertas de empleo
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AVISO: Esta oferta no se encuentra activa.
| Oferta de Trabajo |
Código: 37881
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Puesto: Effect of Hyperglycemia in Stroke |
| Empresa: Achucarro Basque Center for Neuroscience
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Nº de Plazas: 1 |
| Referencia: Contrato Predoctoral |
Publicada el 27/10/2020 |
Publicada hasta el 15/11/2020 |
| Tipo de Contrato: Contrato temporal |
Dedicación: Jornada completa |
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| Localidad: Leioa |
Provincia: Bizkaia |
Disponibilidad para viajar: Sin especificar |
| Fecha de Incorporación: Inmediata |
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| Titulación Académica |
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Biología (Titulación Universitaria)
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Bioquímica (Titulación Universitaria)
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Biotecnología (Titulación Universitaria)
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Ciencias Biomédicas (Titulación Universitaria)
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| Idiomas |
| Idioma: Inglés |
Nivel Lectura: Alto |
Nivel Escrito: Alto |
Nivel Conversación: Alto |
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| Experiencia |
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Graduate and master degree in Biomedical or Life sciences and related areas.
An academic record above 7.5 (scale 0-10) is desirable.
Solid communication skills in English.
We highly value motivation, creativity, imagination and abilities for team work and cooperation. The Achucarro center offers good conditions and an excellent research environment and facilities. For more information see: https://www.achucarro.org/home
Interested applicants should submit a motivation letter, a CV, the academic grades from a current/previous supervisors to José Luis Zugaza (joseluis.zugaza@ehu.es) and/or Abraham Martin (abraham.martin@achucarro.org) BEFORE 15th NOVEMBER 2020, indicating "Hyperglycemia_Stroke_PhD" in the email subject.
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| Otros |
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A pre-doctoral position in molecular neurosciences is offered to work on a collaborative and interdisciplinary project between the GTPases and Neurosignaling Lab led by Dr. José Luis Zugaza and the Neuroimaging and Biomarkers of inflammation led by Dr. Abraham Martín at Achucarro Basque Center for Neuroscience (https://www.achucarro.org/research-groups). The candidate will participate in a project aimed to investigate the detrimental effect of hyperglycemia in preclinical stroke and its therapeutic potential on HIF-1 signaling pathways. The project will use tools to mimic stroke in rats and a battery of in vivo (molecular imaging techniques; positron emission tomography (PET), Magnetic resonance imaging (MRI) together with ex vivo molecular biology, biochemistry and immunohistochemical techniques to decipher the effect of hyperglycemia after stroke at different molecular, cellular and tissue levels.
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