Showing: 12 course descriptions

• ENDT 1170 - Pattern Recognition Lab

  Introduction of the study and recognition of the rhythms, to include routine studies as well as advanced studies. Rhythms include the basic frequencies and how to identify them based on morphology and frequency. view syllabus

• ENDT 1260 - Clinical-Electroencephalography

  A health-related work-based learning experience that enables the student to apply specialized occupational theory, skills, and concepts. Direct supervision is provided by the clinical professional. view syllabus

• ENDT 1345 - Allied Electronics & Instrumentation

  Theory and application of electrical concepts, recording techniques, data analysis, and descriptions. Includes electronics and instrumentation associated with the conventional electroencephalograph such as the power supply, contribution of electrodes, differential amplifier concepts, filters (low frequency, high frequency and 60-Hz filters), the writer unit, electrical output, electrical safety, and standards for clinical electroencephalographs. Also covers ambulatory monitoring and digital electroencephalography. Semester Hours 3 (3 lec/1 lab) view syllabus

• ENDT 1350 - Electroencephalograhy

  The field of electroencephalography (EEG) and its use in medicine and surgery. Emphasizes patient hookup, taking histories, careful handling of the patient, and reviewing normal and abnormal brainwaves, identifying artifacts, EEG instrumentation, pattern recognition, and sleep recordings. Includes examination of EEG findings in neurological disease and introduces special EEG procedures. Semester Hours 3 (3 lec/ 1 lab) view syllabus

• ENDT 1360 - Clinical-Electroencephalography

  A health-related, work-based learning experience that enables the student to apply specialized occupational theory, skills, and concepts. Direct supervision is provided by the clinical professional. Semester Hours 3 (16 clinical hours/week) view syllabus

• ENDT 1362 - Clinical-Electroneurod Tech I

  A health-related, work-based learning experience that enables the student to apply specialized occupational theory, skills, and concepts. Direct supervision is provided by the clinical professional. Semester Hours 3 (16 clinical hours/week) view syllabus

• ENDT 2210 - Evoked Potentials

  Evoked potentials (EP) instrumentation, EP history, signal averaging, statistics, A/ D converter, amplifiers, filters and stimulators. Includes recording evoked potentials from volunteers and observing the effect of different variables. Emphasizes somatosensory, visual and brainstem auditory evoked responses and provides practical application and evaluation of EP data. Semester Hours 2 (2 lec) view syllabus

• ENDT 2215 - Nerve Conduction Studies

  Electrodiagnostics, principles of nerve conduction studies and methods designed to assess neuromuscular transmission. Includes conventional and single-fiber electromyography and methods designed for reaching less accessible regions of the nervous system. Semester Hours 2 (2 lec) view syllabus

• ENDT 2320 - Electroneurodiagnostic Technology I

  Electroneurodiagnostics and normal functional neuroanatomy and physiology. Explores abnormal functional neuroanatomy and physiological conditions and correlates. Includes an examination of electroencephalographic signs of cerebral disorders, specific neurological disease entities and the integration of electroencephalography patterns for cerebral disorders and diagnosis. Semester Hours 3 (3 lec/1 lab) view syllabus

• ENDT 2425 - Electroneurodiagnostic Tech II

  Electroneurodiagnostics normal and abnormal functional neuroanatomy and physiology. Semester Hours 4 (4 lec/1 lab) view syllabus

• PSGT 1310 - Neuroanatomy & Physiology

  Basic neuroanatomy and physiology. Includes the neurologic history, the neurologic exam, and diagnostic tools applied to the study of various neurologic disorders. Emphasizes the etiology, symptomatology, progression, and treatment of selected diseases. Semester Hours 3 (3 lec) view syllabus

• PSGT 1410 - Neuroanatomy & Physiology

  Baseic neuroanatomy and physiology. Includes the neurologic history, the neurologic exam, and diagnostic tools applied to the study of various neurologic disorders. view syllabus