30 parallel-computing-numerical-methods research jobs at University of California, Los Angeles
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Skip to main content Recruit Home Open Recruitments UCLA Congenital Heart Defects Research Program - Assistant Project Scientist - Touma Lab (Neonatal/Congenital Heart Laboratory) (JPF10585) UCLA
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Skip to main content Recruit Home Open Recruitments 2027-29 Transfusion Medicine/Clinical Informatics Fellowship (JPF10523) 2027-29 Transfusion Medicine/Clinical Informatics Fellowship Apply now to
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Skip to main content Recruit Home Open Recruitments 2026-28 Transfusion Medicine/Clinical Informatics Fellowship (JPF10522) 2026-28 Transfusion Medicine/Clinical Informatics Fellowship Apply now to
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Skip to main content Recruit Home Open Recruitments 2026-2028 Surgical Pathology/Clinical Informatics Fellowship (JPF09555) 2026-2028 Surgical Pathology/Clinical Informatics Fellowship Apply now to
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. Ability to be flexible in handling work delegated by more than one individual. Typing and computer skill/ability including word-processing, use of spreadsheets, email, data entry. Ability to navigate
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. Position description The Department of Pathology offers a one-year fellowship program in hematopathology. The purpose of this fellowship is to provide advanced training in hematopathology using state
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and other standard office and lab equipment. Ability to answer incoming calls and take appropriate and detailed messages. Ability to file accurately in both alphabetical and numerical
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concerns related to gene expression in the brain. Familiarity with MDDS and laboratory chemical requirements. Broad theoretical and practical knowledge of standard chemical methods. Demonstrated proficiency
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of operations to meet mission and goals of the program / project assigned. Under supervision, your work will consist of: Working independently or in teams to assists with the planning, development, and execution
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in vitro maintenance of the HSPCs for further application in gene editing methods. To achieve this, an integrated analysis of the fundamental biology of HSCs and progenitor cells to understand (and