NOVEL
 
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TitleCreatorDescriptionSubject
376 Magnetic Resonance Imaging (MRI)Devin D. Mackay, MDExplanation of using magnetic resonance imaging (MRI) in examinations.Magnetic Resonance Imaging (MRI)
377 OJS Reviewer TutorialA. RoylanceTutorial for testing new OJS system for reviews of NOVEL submissions.OJS Review System
378 OJS Author TutorialA. RoylanceTutorial for testing new OJS system for reviews of NOVEL submissions.OJS Review System
379 Video Introduction to the NExT Curriculum CollectionSachin Kedar, MD, Editor-in-ChiefIntroduction to the NANOS NExT ebook. Explains the purpose of the collection. Covers the sections of the outline, and describes the learning levels and objectives.NANOS Examination Techniques
380 Pupils Light Near DissociationKarl C. Golnik, MDThis narrated presentations describes light near dissociation.Pupil; Light Near Dissociation
381 Examination of Eye Movements and AlignmentJason H. Peragallo, MDIntroduction to the examination of eye movements and alignment.Eye Movements; Alignment
382 Orbit EvaluationAllison Crum, MDPresentation covering the evaluation of the orbit. This includes external examination of facial symmetry and skin. Also covered is the evaluation of the orbit.Orbit
383 Conjunctival ExaminationSovik De Sirkar, MSIII; Ore-ofe Adesina, MD,Description of the conjunctival examination.Conjunctival Examination
384 Corneal StainingSovik De Sirkar, MSIII; Ore-ofe Adesina, MDDescription of the corneal staining technique.Corneal Staining
385 Stereo Acuity Testing for Non-physiologic Visual LossWalsh and Hoyt Clinical Neuro-Ophthalmology, 6th Edition; Omar Ozgur, MD; Rudrani Banik, MD; François-Xavier BorruatDescription of stereo acuity for non-physiologic visual loss.Stereo Acuity Testing; Non-physiologic Visual Loss
386 Selective Saccadic Palsy After Cardiac SurgeryNilan D. Schnure, MD; Ali G. Hamedani, MD, MHS; Grant T. Liu, MDA unique gaze palsy selectively affecting saccades while sparing smooth pursuit, vergence, and vestibular reflex eye movements has been described following uncomplicated cardiac (and especially ascending aortic) surgery . This 69 year-old man reported persistent visual complaints immediately after a...Saccade; Saccadic Palsy; Cardiac Surgery
387 Cranial Nerves: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe approach is to learn to associate the cranial nerves with their brainstem level and blood supply. Emphasis is given to the midbrain (3, 4), pons (5, 6, 7, 8), medulla (9, 10, 11, 12) and their most important functions.Cranial Nerves; Brain; Dissection
388 Control of the Eye Movements: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDDisturbances in eye movements can provide important clues for localization of neurological damage. The role of the frontal eye fields in horizontal gaze is stressed. The need to coordinate cranial nerves on both sides of the brain stem introduces the medial longitudinal fasciculus and its role in co...Medial Longitudinal Fasciculus; Third Cranial Nerve; Sixth Cranial Nerve; Internuclear Ophthalmoplegia; Nystagmus; Brain; Dissection
389 Comparison of the Motor Systems: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDA comparison of the three major motor systems focuses on categorizing motor problems as corticospinal tract, cerebellar, or basal ganglia. It begins with 12 minutes of gross anatomical structures and pathway review followed by clinical video clips demonstrating clinical features of disease of each o...Corticospinal Tract; Cerebellar; Basal Ganglia; Motor Systems; Brain; Dissection
390 Basal Ganglia: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDStructures involved in involuntary movements are shown on models, in animations, and on gross coronal and axial sections. Diagrams show the cortex-to-cortex loop and the nigrostriatal pathway. The direct and indirect pathways are shown. The direct pathway facilitates movement while the indirect path...Basal Ganglia; Involuntary Movements; Brain; Dissection
391 Cortical Localization: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe lobes of the brain are defined together with their major functions. The visual field representation in the occipital lobe is explained with a diagram. Speech areas and the major types of aphasia are discussed in the dominant hemisphere and parietal lesions of neglect and spatial orientation are ...Cortical Localization; Brain; Dissections
392 Introduction: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe regions and lobes of the brain are identified along with some of the nerves and vessels. The basic functions of the cortex of each lobe are introduced along with principal sulci and gyri. The importance of the left hemisphere for language and the temporal lobe in memory are mentioned along with ...Brain; Dissections
393 Brain Stem & Reflexes: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe cranial nerves are reviewed again on a specimen with vessels. Next, landmarks on gross brain stem sections are shown. Stressed are the three reflexes associated with each of the three levels: pupillary, corneal and gag reflexes and their associated cranial nerves. Finally cross sections of myeli...Brain Stem; Reflexes
394 Cerebral Circulation: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe major vessels of the anterior and posterior circulation are demonstrated along with the Circle of Willis on both a model and in an animation. The distribution of the three major cerebral arteries is demonstrated along with the concept of a watershed zone. A gross specimen with good vessels is al...Cerebral Circulation; Brain; Dissections
395 Cerebellum: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe gross features of the cerebellum are shown. The three peduncles are demonstrated, noting their input and output to and from the cerebellum. Emphasis is given to symptoms of cerebellar disease appearing on the same side of the body. Special emphasis is given to cortical-cerebellar connections, st...Cerebellum; Cortical-Cerebellar Connection; Brain; Dissection
396 Control of the Pupil: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThrough diagrams, animations and gross specimens the constriction and dilation of the pupil by the autonomic nervous system are described. Both the parasympathetic and sympathetic control are traced and the importance of a constricted pupil, Horner's Syndrome, and temporal lobe (uncal) herniation (d...Brain; Dissections
397 Sensation from the Body: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDSensation consists of various modalities, which tend to travel in one of two pathways. The Anterolateral System also known as the Spinothalamic Tract carries pain and temperature. The Dorsal Column-Medical Lemniscus Pathway carries vibration, joint position, and fine 2-point discrimination. Light or...Spinothalamic Tract; Anterolateral System; Dorsal Column-Medical Lemniscus Pathway; Body Sensation' Brain' Dissection
398 Sensation from the Face: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDSensation from the face travels in one of two pathways both of which eventually converge to form the trigeminothalamic tract that reaches the thalamus. The tract that carries pain and temperature is confusing because it first descends before crossing while the equivalent of Dorsal Column-Medical Lem...Brain; Dissections
399 Vestibular System: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDDiagrams, models and skull preparations are used to describe the vestibular apparatus. The semicircular canals, saccule and utricle are described as well as transduction by the hair cells in the ampullae and maculae. Gross material emphasizes the nerve, vestibular nuclei and connections through the ...Vestibular; Brain; Dissection
400 Auditory System: Neuroanatomy Video Lab - Brain DissectionsSuzanne S. Stensaas, PhDThe anatomy of the middle ear and cochlea are shown using models and diagrams explaining the process of air-fluid transmission and finally transduction by hair cells. Gross specimens demonstrate the cochlear nerve and its brain stem relays and crossings all the way to auditory cortex. Wernicke's are...Middle Ear; Cochlea; Auditory Cortex; Brain; Dissection
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