Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Program
-
Field
-
for automation, ensuring robust and reproducible performance on standalone instruments and integrated platforms. Develop & Integrate Automation Workflows: Program liquid handling systems (e.g., Hamilton, Tecan
-
, and genotyping. Perform in vivo imaging and high-resolution microscopy to visualize vascular function and BBB dynamics. Analyze or support RNA sequencing experiments. Supervise undergraduate trainees
-
-programmes-health-sciences/doctoral-programme-integrative-life-science • a competitive salary depending on your qualifications and personal performance, 5-7 weeks of holiday, flexible working hours
-
records. Completes charges/credits in a timely and accurate manner. Maintains accountability records and performs routine audits. Performs dispensing functions in the intravenous program. Aseptically
-
ultrafast laser systems 24/7 at excellent availability. Our team focuses on the development and operation of novel ultrafast high-power laser systems covering the spectral range from ultraviolet to mid
-
single cell sequencing data and high-performance computing environment is highly preferred. A good understanding of cancer biology, immunology, cell biology, and molecular biology is also preferred. Proven
-
protocols for diverse model organisms, with general supervision. Perform hands-on bench research, including tissue preparation, sample processing, and microscopy imaging to generate high-quality datasets
-
/faculty/richard-palmiter-2/ About the Research Technician II role: We are looking for a highly motivated individual who will perform important experiments directed towards understanding the neural circuitry
-
and expertise in the Department of Computer Science, the successful candidate will: Develop and perform research in Computer Science and establish a research group Seek cooperation with researchers
-
combinatorial transcription factor effects on cell fate specification Track record of integrating experimental and computational approaches to cellular reprogramming with publications in high-impact journals and