Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
programs and courses aligned with established criteria/mission of the IU LAB. In partnership with IU Indianapolis academic units. identify and develop undergraduate academic and experiential opportunities
-
business and leisure with Fort Wayne is commonly listed as one of the best small, mid-western cities to live and work. The growing residential base is supported by rich amenities and quality of life
-
collaboratively Skills Preferences Familiarity with neurodegeneration research and preclinical models of PD Experience with behavioral testing Experience generating bone marrow chimeras via non-lethal doses
-
freedom are hallmarks of our world-class contributions in research and the arts. The Eskenazi School actively creates a culture focused on how we work together, learn from each other, and acknowledge our
-
-accredited clinical laboratories which together make up the IU Genetic Testing Laboratories. These include: Molecular Genetics, Cytogenetics, Pharmacogenomics, Biochemical Genetics and Diagnostic Genomics
-
certified (or eligible) in Diagnostic Radiology by the American Board of Radiology or its equivalent and must have passed or be eligible for the CAQ examination in Pediatric Radiology. Willingness to join one
-
(100% FTE) is 12 credit hours (typically four courses) each fall and spring semester, with one course (25% FTE) reassigned time for scholarly and creative activities following university & campus
-
for possible future part-time course assignments. The ideal candidate will have experience teaching lecture and laboratory courses, as well as experience in utilizing the virtual environment, such as Canvas LMS
-
fall and spring semester course. The course is a graded, two-credit course each semester. Responsibilities include creating course materials; teaching class sessions; meeting with students in one-on-one
-
sequestration and sensing in polymer materials. This postdoctoral scholar position involves the synthesis of new and known chloride-binding macrocycles and proof-of-concept testing of their ability to extract and