97 image-processing positions at Harvard University

  • , microscopy, image analysis; Carry out multiplex cyclic immunofluorescence (CyCIF) and antibody validation; Carry out drug dose-response curves; Perform standard molecular biology techniques, e.g., cloning

  • : Required to wear a clean, neat uniform and maintain a professional image at all times. Must display and wear an ID badge at all times Additional Information The health of our workforce is a priority for

  • events; In a highly skilled manner, operates video and multimedia equipment, image capture and annotation presentation technology, live streaming, a range of portable media equipment, and video and audio

  • mitochondrial transport using a combination of techniques including functional genomics (CRISPR screens), metabolomics, imaging, and cell biology and biochemistry methods. Ultimately, the lab hopes to uncover how

  • Harvard University | United States | about 1 month ago

    they are sensitive. We are searching for a microfluidics engineer to produce novel microfluidic devices to accomplish these goals. This position will work closely with researchers who have developed prototype devices

  • installations (CGIs) through cataloguing, TMS data entry, planning, and shepherding through internal processes, liaising with curatorial, collections management, conservation, and others, ensuring that all

  • business processes and controls. Financial Planning and Analysis: Collaborate with multiple business units to develop and review budgets, forecasts, and financial plans. Develop complex and sophisticated

  • at single-cell resolution with the help of cutting edge technologies that generate large and complex sequencing and imaging data sets. The maps will shape our understanding of processes like aging and usher

  • as needed. May be required to work occasional overtime in support of busines needs. Required to wear a clean, neat uniform and maintain a professional image at all times. Must display and wear an ID

  • fluorescent biosensors of metabolism, and we study the dynamics of metabolism in mouse brain using both ex vivo and in vivo imaging methods. We also work to learn the role of altered metabolism in preventing

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