No et perdis res!
Uneix-te a la comunitat de wijobs i rep per email les millors ofertes d'ocupació
Mai no compartirem el teu email amb ningú i no t'enviarem correu brossa
Subscriu-te araAdministració i Secretariat
5Transport i Logística
3Comerç i Venda al Detall
2Desenvolupament de Programari
2Educació i Formació
2Veure més categories
Comercial i Vendes
1Enginyeria i Mecànica
1Indústria Manufacturera
1Informàtica i IT
1Instal·lació i Manteniment
1Màrqueting i Negoci
1Seguretat
1Agricultura
0Alimentació
0Art, Moda i Disseny
0Arts i Oficis
0Assegurances
0Atenció al client
0Banca
0Ciència i Investigació
0Comptabilitat i Finances
0Construcció
0Cures i Serveis Personals
0Disseny i Usabilitat
0Dret i Legal
0Editorial i Mitjans
0Energia i Mineria
0Esport i Entrenament
0Farmacèutica
0Hostaleria
0Immobiliària
0Producte
0Publicitat i Comunicació
0Recursos Humans
0Sanitat i Salut
0Social i Voluntariat
0Telecomunicacions
0Turisme i Entreteniment
0Top Zones
Nafarroa
17Cima Universidad de Navarra
Pamplona/Iruña, ES
3D Bioprinting of Tumor Organoids in Biomimetic Matrices
Cima Universidad de Navarra · Pamplona/Iruña, ES
.
Supervisor
Iván Cortés Domínguez and Carlos Ortiz de Solórzano
Research Group
Laboratory of Microphysiological Systems and Quantitative Biology (CIMA), Program in Biomedical Engineering.
Description Of The Project
This project focuses on the development of an advanced 3D Bioprinting platform designed to generate tumor organoids from single tumor cells or tumor spheroids cultured in suspension. The bioprinted organoids will work as biomimetic models for cancer research and personalized drug screening. This innovative system aims to bridge the gap between traditional cell culture and in vivo models, providing a robust tool for oncology and translational medicine.
Specific Functions Of The Candidate
- Optimize advanced printing protocols to leverage the use of a dual-head bioprinter for accurate, reproducible printing of bioinks and biocompatible thermoplastics on glass substrates.
- Optimize and characterize novel bioinks suitable for printing isolated tumor cells and spheroids within 3D biomimetic scaffolds.
- Investigate the formation and growth of breast and lung cancer-derived tumor organoids using 3D fluorescence microscopy. This includes imaging acquisition and the development of tailored image analysis tools.
- Evaluate the effect of conventional antitumoral drugs using high-throughput workflows enabled by the custom-built multi-head bioprinter and developed bioinks.
The minimum requirements that candidate must address are listed above:
- Master’s degree in biomedical engineering or a related field
- Experience using design software (AutoCAD, Inventor).
- Experience using Bioprinting techniques
- Experience in cell culture and immunostaining
- Experience in confocal microscopy
- Good level of English.
- Ability to present work to a specialized audience.
- Ability to work in a team and adapt to multidisciplinary groups.
- Knowledge of cancer and organoids
- A research contract in a cutting-edge biomedical engineering environment, with the opportunity to work on an interdisciplinary project with direct translational applications in oncology.
- A full-time position during 24 months to complete the project milestones
- Access to advanced facilities and collaboration with leading experts in biofabrication, cancer research, organoids and quantitative imaging.
- Salary 25.800€