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appointments in an electronic system. Working knowledge of ophthalmic medical terminology. Familiarity with current billing practices including governmental plans such as Medicare and Medicaid. Computer skills
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manner at the direction of the Office Manager. Working knowledge of medical terminology and diseases, as it applies to the eye. Sufficient computer keyboard skills to perform appointment scheduling
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intravenous solutions using aseptic technique Ability to work independently and follow-through on assignments with minimal supervision Skill in computer order entry of medication orders as well as other related
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for this position is $124,600– $289,400annually. The University anticipates offering a salary between the minimum and midpoint of this range. JOB QUALIFICATIONS Qualifications Bachelor’s degree in computer science
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, self-motivated Respiratory professional with: Educational Requirements: * AA/AS Degree, Graduate of AMA Approved 2-Year Respiratory Therapy Program * Bachelor’s Degree in Respiratory Therapy
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to patient emergencies, providing leadership and training, and troubleshooting equipment issues in collaboration with Clinical Engineering and IT. This position upholds organizational goals while promoting
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University of California, Los Angeles | Santa Monica, California | United States | about 7 hours ago
associated programs including Word, Excel, and Email. Skill in demonstrating work experience with a database computer program. Knowledge of major medical insurance plans and types of coverage provided
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JOB DUTIES Description You bring more than skill, knowledge, and expertise to your role as an allied health professional. You bring a deep passion for improving the lives of everyone around you. At
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on assignments with minimal supervision Skill in computer order entry of medication orders as well as other related computer entry tasks and computer report generation Telephone and verbal skills required
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complement system, modulates the severity of bacterial pneumonia. The overarching goal of our research program is to determine how epithelial cell-derived proteins can be harnessed to mitigate the risk of