-
Clinical Engineer II - Biomedical & Clinical Engineering - Days (008) - (T217191) Description Compensation : Pay Range: $77,640 - $126,170 / year - Benefits available for eligible positions include
-
Clinical Engineer I - Biomedical & Clinical Engineering - Days (020) - (T217142) Description Compensation : Pay Range: $57,940 - $94,150 / year - Benefits available for eligible positions include
-
, clinicaltrials.gov profiles; development and refinements to study protocols, manuals of procedures, and related study materials, participant tracking systems, maintaining records, and providing regular updates
-
teaching and learning at UAB through the effective use of technology, ensuring that UAB's students and faculty benefit from the latest innovations in academic technology. To participate in the management
-
, molecular biology, cell biology, and bioinformatics to perform both basic and translational research. General Responsibilities Working with a high degree of independence: To oversee projects within
-
biochemistry, genetics, molecular biology, cell biology, and bioinformatics to perform both basic and translational research. General Responsibilities As directed: To independently set up and perform experiments
-
RESEARCHER V - (T217362) Description The University of Alabama at Birmingham (UAB), Department of Cell, Developmental, & Integrative Biology is seeking a Researcher V. General Responsibilities To be
-
waste according to established procedures. Takes radiographs of patients as requested by doctor. Processes and mounts film, ensuring quality results. Breaks down and cleans equipment, replenishing
-
Clinical Research Coordinator I- Temporary Services - (T217087) Description UAB Temporary Services is searching for a Clinical Research Coordinator I position to perform the following duties: · Obtaining informed consent for research participants · Making and returning...
-
combination of microbial genetics, biochemistry, and structural biology approaches to study various aspects of bacteriophage host range, genetic mobilization and antibiotic resistance in staphylococci and