Course Descriptions

Courses
Code Title Credit Hours Description
MLS437 Clinical Parasitology/Mycology/Vir 3 The course is a study of the theory, practical application, technical performance, and evaluation of procedures in parasitology, mycology and virology. Topics include various procedures and techniques for isolation, identification and testing for ova, parasites, fungi, and viral cultures. Prerequisites: Admission into the MLS program and successful completion of all MLS courses fall and spring trimesters. Co-requisite: Must enroll in all MLS courses offered in the trimester.
NDT101 Introduction to Neurodiagnostics 3 This course provides an overview of the different neurodiagnostic testing and monitoring modalities. The course introduces and identifies the responsibilities, knowledge, skills, and behaviors of technologists performing these modalities.
NDT201 Patient Prep and Instrumentation 3 This course provides instruction in electrode placement and basic neurodiagnostic instrumentation for EEG, EP and NCS. The emphasis is on the electrical signals and responses generated by the nervous system, as recorded using neurodiagnostic technology. One week of onsite laboratory instruction (40 hours).
NDT202 Application Neuroscience Concepts 3 This course provides instruction in neurophysiological science concepts as these apply to clinical neurodiagnostic testing. The course includes neurochemical basis of nerve function, overview of neuroanatomical structures and systems such as the visual, auditory, vestibular, olfactory, motor, limbic, and somatosensory.
NDT203 Normal Electroencephalography 3 This course begins with the distinctive changes in the neonatal brain as it develops both before and after birth and landmarks in development as the neonate matures. Pediatric stages of development and normal adult patterns are introduced. Normal sleep, waking, and normal variant patterns are also described.
NDT204 Seizures and Neurological Disorders 3 This course is a study of electroencephalographic abnormalities associated with epilepsy, cerebrovascular disorders, neoplasms, infections, neurological disorders, disease processes and syndromes.
NDT205 Basic Evoked Potentials 3 This course provides instruction in evoked potential testing including visual, brainstem auditory and somatosensory evoked potentials. Clinical utility is discussed and intraoperative uses of evoked potentials are introduced.
NDT206 Nerve Conduction Studies 3 This course describes basic nerve conduction procedures including standard peripheral nerve testing, late responses, blink reflex, repetitive stimulation, anomalous innervations, artifacts and normal control distributions. The clinical utility of NCS in neuropathy, motor neuron disease, radiculopathy, plexopathies and neuromuscular junction are described. One week of onsite laboratory instruction (40 hours).
NDT290 Clinical Practicum I 1 Introduction to the clinical setting in which students will participate in experiential learning activities in neurodiagnostic technology. Cognitive, psychomotor, and behavioral skills will be evaluated. Clinical schedules and hour distribution are determined by the clinical site in coordination with the program.
NDT292 Clinical Practicum II 3 During this clinical practicum, students will be exposed to the daily workings of a neurodiagnostic laboratory. Under preceptor supervision, students will measure and apply EEG electrodes and conduct EEG recordings. Students will observe the policies, procedures, and infection control protocol while participating in their clinical practicum and engage in credentialing board preparation practice exams and exercises. Clinical schedules and hour distribution are determined by the clinical site in coordination with the program.
NDT293 Cllinical Practicum III 3 During this clinical practicum, students will be exposed to the daily workings of a neurodiagnostic laboratory. Under preceptor supervision, students will measure and apply EEG electrodes and conduct EEG recordings. Students will observe the policies, procedures, and infection-control protocol during their clinical practicum. This course also includes review materials and practice exams to help students prepare for their R. EEG T. board exams. Clinical schedules and hour distribution are determined by the clinical site in coordination with the program.
NDT302 Long-term & Contin EEG Monitoring 3 This course provides instruction in long-term monitoring as it is performed in the Intensive Care Unit, Neurotelemetry Unit or the Epilepsy Monitoring Unit.
NDT308 Neuroanatomy for Neurodiagnostics I 3 This course uses clinical case-based learning to extend knowledge of the human nervous system and relate the impact of neurological disorders, diseases and injuries. Usefulness of neurological exam, investigative testing, and interventional treatments are illustrated in clinical case presentations.
NDT311 Neuroanatomy for Neurodiagn II 3 This course continues clinical case-based learning involving deeper brain structures extending knowledge of the human nervous system and relating the impact of neurological disorders, diseases and injuries. *Prerequisite NDT 308.
NDT401 Intro to Magnetoencephalography 3 This course provides a didactic overview of magnetoencephalography. The course will include, but is not limited to, basic concepts, the origin of signals, recording spontaneous activity, evoked magnetic fields and uses in investigations of epilepsy.
NDT402 Autonomic Disorders and Testing 3 This course provides didactic instruction in autonomic testing methods and an overview of autonomic disorders, their signs and symptoms.
NDT403 LTM in Epilepsy Surgery 3 This course provides instruction in the neurodiagnostic technologist’s role in preparing patients for epilepsy surgery including monitoring during the placement of grids, strips and depth electrodes by a neurosurgeon. The course includes phase II long-term monitoring and cortical stimulation during surgery. Prerequisite NDT 302.
NDT404 Case Studies in Neurodiagnostics 3 This course provides experiential learning through published case studies in which neurodiagnostics played an important role. Students will read case studies, participate in online discussion of the cases and compile a portfolio of case studies including, but not limited to, neurological disorders and epilepsy.
NDT405 Neuroimaging for NDT 3 This course is an overview of neuroimaging techniques including, but not limited to, computed axial tomography, magnetic resonance imaging, magnetoencephalography, functional magnetic resonance imaging, positron emission tomography, single-photon emission computed tomography and the integration of these imaging methods with neurodiagnostic testing. The course will also include case studies where neuroimaging is an integral part of the diagnosis.
NDT406 Neuropsychology and Assessments 3 This course introduces the use of neuropsychology in the assessment of patients and neuropsychological comorbidities of neurological disorders. This course will provide instruction for technologists to work in interprofessional collaboration with a neuropsychologist in a clinical setting, epilepsy monitoring or surgical cases.
NDT410 Capstone Scholarly Project 6 This course enhances the student’s clinical or administrative, analytical and problem-solving skills through the completion of a project under the supervision and guidance of a faculty member. Prerequisites either MAT/HSC/AHS Statistics or Research elective.
NMT311 Patient Care in Nuclear Medicine 2 Focus on the development of clinical skills necessary to safely and effectively care for Nuclear Medicine Patients. Emphasis placed on radiation safety, venipuncture, infection control, dose administration, patient support, and patient transport.
NMT314 Foundations Of Nuc-Med Tech 3 Introduction to the basic principles and practice of nuclear medicine technology. Course will also include an introduction to professional organizations, professional issues, and medical ethics/law. Successful completion of program pre-professional courses or permission of the program chair.
NMT322 Clinical Procedures I 2 Study of the clinical theory as it applies to routine nuclear medicine procedures. Includes development of skills in image analysis, data collection, and case presentations.
NMT331 Introduction to Radiation Physics 3 Review of necessary math and physics, the structure of matter including electron configurations and the nucleus, the x-ray circuit, interactions between ionizing radiation and matter, and the application of principles necessary for the production of x-rays and gamma rays. CROSS-LISTED with RAD331
NMT332 Nuclear Physics & Instrumentation 4 Study of nuclear physics including radionuclide production. Study of the components and performance characteristics of nuclear detectors including statistics of counting, energy spectrum analysis, and theory of processing images, and performance criteria including quality control procedures.
NMT333 Radiation Physics 2 Review of necessary math and physics, the structure of matter including electron configurations and the nucleus, the x-ray circuit, interactions between ionizing radiation and matter, and the application of principles necessary for the production of x-rays and gamma rays. Cross-listed with RAD 333.
NMT334 Nuclear Physics and Instrumentation 3 Study of nuclear physics including radionuclide production. Study of the components and performance characteristics of nuclear detectors including statistics of counting, energy spectrum analysis, and theory of processing images, and performance criteria including quality control procedures. Course includes two credit hours theory and one credit hour lab.
NMT334L Nuclear Phy & Instrumentation Lab 0 Lab
NMT352 Applied Pharmacology 1 Study of adjunct medications used in nuclear medicine procedures during an in-vitro, diagnostic imaging, or therapeutic procedure to include preparation, dosage, dose administration, mechanism of action, side effects and patient monitoring. Also included are the preparation and administration of oral and IV contrasts used in the performance of imaging studies.
NMT360 Journal Review 1 Review of medical journals with emphasis on the format of a scientific article, analytical reading, and reviewing and discussing published articles in nuclear medicine.
NMT393 Clinical Practicum I 4 Clinical experience obtained through assigned clinical rotations in routine and specialty areas. Twenty-four hours of clinical experience per week.
NMT394 Introduction to Clinical Practice 4 An introduction to the basic principles of clinical education. Course will include an overview of commonly performed nuclear medicine procedures, medical informatics, and radiation safety aspects including radiation monitoring and detection devices. Course includes two credit hours theory and two credit hours supervised clinical experience.
NMT395 Introduction to Clinical Practice 3 An introduction to the basic principles of clinical education. Course will include medical informatics and radiation safety aspects including radiation monitoring and detection devices. Course includes one credit hour theory and two credit hours supervised clinical experience.
NMT396 Introduction to Clinical Practice 4 An introduction to the basic principles of clinical education. Course will include medical informatics and radiation safety regulations aspects including radiation monitoring, detection devices, and adherence to ALARA. Also included is the development of skills in venipuncture and administration of radioactive and non-radioactive agents. Course includes one credit hour theory, one credit hour lab, and two credit hours supervised clinical experience.
NMT423 Nuclear Cardiology 2 Study of the cardiac system with emphasis on nuclear imaging, quantification, and functional analysis. This course provides further development of clinical skills with emphasis on tomographic imaging
NMT425 Clinical Procedures II 2 Continuation of the study of clinical theory as it applies to nuclear medicine procedures including development of skills in image analysis, data collection, and case presentations.
NMT426 Clinical Procedures III 3 Continuation of the study of clinical theory as it applies to nuclear medicine procedures including development of skills in image analysis, data collection, and case presentations.
NMT434 PET Instrumentation/Protocols 2 Study of radionuclides and instrumentation used in positron emission tomography (PET) imaging. The basic protocols for PET and PET/CT imaging will be discussed including biomarkers used in molecular imaging.
NMT435 Clinical Procedures II 4 Continuation of the study of clinical theory as it applies to nuclear medicine procedures including development of skills in image analysis, data collection, and case presentations.
NMT436 Advanced Cardiology 1 The course is an introduction to Advanced Cardiovascular Life Support (ACLS) and provides the basis for responding to a critical care event. Topics covered include patient assessment, airway management, ECG rhythm interpretation, treatment protocols, pharmacological agents, and critical care algorithms. ACLS certification is required at the conclusion of the course.
NMT437 Clinical Procedures II 3 Continuation of the study of clinical theory as it applies to nuclear medicine procedures including development of skills in image analysis, data collection, and case presentations.
NMT438 Rad Biology and Protection 3 An emphasis on radiation safety and radiobiology in the clinical area to include patient and occupational dose. CROSS-LISTED with RAD432
NMT439 Radiation Biology and Protection 2 An emphasis on radiation safety and radiobiology in the clinical area to include patient and occupational dose. Cross-listed with RAD 432.
NMT442 Clinical Procedures III 2 Continuation of the study of clinical theory as it applies to nuclear medicine procedures including development of skills in image analysis, data collection, and case presentations.
NMT451 Nuclear Cardiology 3 Study of the cardiac system with emphasis on nuclear imaging, quantification, and functional analysis. This course provides further development of clinical skills with emphasis on tomographic imaging.
NMT452 Advanced Cardiology 1 Study and application of nuclear cardiology with a focus on the cardiac stress test. Topics covered include patient assessment, stress testing techniques, ECG lead placement, ECG rhythm interpretation, emergency cardiac medications, and advanced life support.
NMT453 PET Instrumentation and Procedures 3 Study of radionuclides and instrumentation used in positron emission tomography (PET) imaging. The basic protocols for PET and PET/CT imaging will be discussed including biomarkers used in molecular imaging.
NMT454 Nuclear Pharmacy 2 Study of the chemical and biological aspects of radiopharmaceuticals with emphasis on production of radionuclides, preparation and quality control of radiopharmaceuticals, and dose calculations.
NMT455 Radionuclide Therapies 1 Study of clinical theory as it applies to therapeutic nuclear medicine procedures. Includes development of skills in therapeutic radiopharmaceutical administration and radiation safety standards.