Thesis Work, 60 Credits – Establishing In Vitro Models Of Mitochondrial Dysfunction In Acute Kidney Injury For Preclinical Drug Discovery
AstraZeneca
Gothenburg, Sweden
On-site
In vitro models of mitochondrial dysfunction
Acute kidney injury (aki) model
Seahorse xf analyzer
AstraZeneca is offering a master's thesis opportunity focused on developing in vitro models of mitochondrial dysfunction in acute kidney injury for drug discovery. The position is aimed at students enrolled in relevant biomedical programs and emphasizes hands-on research experience in a collaborative environment
Job Summary
Join AstraZeneca’s Renal Biosciences Team for your master’s thesis project, where you’ll develop and validate advanced vitro models of mitochondrial dysfunction in acute kidney injury (AKI).
This Master's thesis project will focus on developing and validating in vitro models of mitochondrial dysfunction in Acute kidney injury (AKI) using human renal proximal tubular epithelial cells.
Upon completion of this project, the student will have gained extensive hands-on experience in advanced mammalian cell culture techniques, proficiency in optimizing experimental conditions for mitochondrial functional assays, and expertise in various analytical techniques.
Matching Summary
Match Score: 85
AstraZeneca is offering a master's thesis opportunity focused on developing in vitro models of mitochondrial dysfunction in acute kidney injury for drug discovery. The position is aimed at students enrolled in relevant biomedical programs and emphasizes hands-on research experience in a collaborative environment.
Skills & Requirements
Must-have
In vitro models of mitochondrial dysfunction
Acute kidney injury (AKI) model
Seahorse XF analyzer
Fluorescence microscopy
Mammalian cell culture techniques
Molecular biology methods
Nice-to-have
Pioneering new models
Driving innovation
Entrepreneurial spirit
Meaningful projects
Critical thinking skills
Proactive problem solving
Key Requirements
Enrolled in a Swedish University
Master's program in biomedical sciences, molecular medicine, cell biology, or related fields
Written documentation and oral communication skills in English