Intraventricular hemorrhage secondary to arterial venous malformation
... restriction to outflow, and mass effect) and follow-up of any prior therapy.7 This information is used to plan therapy and predict response to treatment. Spetzler and Martin proposed a widely used grading system, which is based on AVM size, eloquence of adjacent brain, and pattern of venous drainage ...
... restriction to outflow, and mass effect) and follow-up of any prior therapy.7 This information is used to plan therapy and predict response to treatment. Spetzler and Martin proposed a widely used grading system, which is based on AVM size, eloquence of adjacent brain, and pattern of venous drainage ...
D21-1 UNIT 21. DISSECTION: CRANIAL CAVITY STRUCTURES TO
... downward. Carefully separate the cerebral hemispheres and study the falx cerebri (N. plate 103; G. plates 7.20A, 7.21A). Cut it from its attachment to the crista galli. 3. Carefully elevate the frontal lobes of the cerebral hemispheres enough to see the olfactory tracts and bulbs. The olfactory bul ...
... downward. Carefully separate the cerebral hemispheres and study the falx cerebri (N. plate 103; G. plates 7.20A, 7.21A). Cut it from its attachment to the crista galli. 3. Carefully elevate the frontal lobes of the cerebral hemispheres enough to see the olfactory tracts and bulbs. The olfactory bul ...
Region 4: Cranial Contents Calvaria: skull cap -
... *actual space b/w the arachnoid and pia mater *filled with CSF (CSF is formed by choroid plexus in the brain’s ventricles) *communicates with the fourth ventricle of the brain by the median foramen of Magendie and the 2 lateral foramina of Luschka --Pia Mater *clings to the surface of the brain and ...
... *actual space b/w the arachnoid and pia mater *filled with CSF (CSF is formed by choroid plexus in the brain’s ventricles) *communicates with the fourth ventricle of the brain by the median foramen of Magendie and the 2 lateral foramina of Luschka --Pia Mater *clings to the surface of the brain and ...
Axial MRI Atlas: Clinical Neuroanatomy Atlas
... At this level, the white matter lateral to the caudate and thalamus is called the corona radiata (labeled on the right side of brain). It contains thousands of axons that are traveling to or from the internal capsule. The name corona radiata (radiating crown) describes the trajectory of these axons ...
... At this level, the white matter lateral to the caudate and thalamus is called the corona radiata (labeled on the right side of brain). It contains thousands of axons that are traveling to or from the internal capsule. The name corona radiata (radiating crown) describes the trajectory of these axons ...
To Understand The Organization Of Cranial nerves
... 1. GSA (General Somatic Afferent) Nuclei: Represented by the sensory trigeminal complex which is located laterally in the brain stem. a) Nucleus of the spinal trigeminal tract (spinal trigeminal nucleus)located in the medulla-relays pain and temperature sensation from the face & mouth b) Pontine nuc ...
... 1. GSA (General Somatic Afferent) Nuclei: Represented by the sensory trigeminal complex which is located laterally in the brain stem. a) Nucleus of the spinal trigeminal tract (spinal trigeminal nucleus)located in the medulla-relays pain and temperature sensation from the face & mouth b) Pontine nuc ...
text - Systems Neuroscience Course, MEDS 371, Univ. Conn. Health
... 1. The spinal cord, which can be considered as having cervical, thoracic, lumbar, sacral and coccygeal levels. 2. The brain stem, made up of the medulla, pons, midbrain and cerebellum. 3. The thalamus 4. The forebrain, consisting of the cerebrum and the basal ganglia. ...
... 1. The spinal cord, which can be considered as having cervical, thoracic, lumbar, sacral and coccygeal levels. 2. The brain stem, made up of the medulla, pons, midbrain and cerebellum. 3. The thalamus 4. The forebrain, consisting of the cerebrum and the basal ganglia. ...
Meninges ventricles and CSF
... VENTRICULAR SYSTEM The forth ventricle is continuous up with the cerebral aqueduct, that opens in the third ventricle. The third ventricle is continuous with the lateral ventricle through the interventricular foramen (foramen of Monro). ...
... VENTRICULAR SYSTEM The forth ventricle is continuous up with the cerebral aqueduct, that opens in the third ventricle. The third ventricle is continuous with the lateral ventricle through the interventricular foramen (foramen of Monro). ...
LABORATORY
... callosum. Look for the lateral ventricles in each brain half, just below the corpus callosum. In the whole brain, they are separated from each other by the septum pellucidum. Depending on your cutting plane, the septum pellucidum may still be visible. Try to locate the choroid plexus which produces ...
... callosum. Look for the lateral ventricles in each brain half, just below the corpus callosum. In the whole brain, they are separated from each other by the septum pellucidum. Depending on your cutting plane, the septum pellucidum may still be visible. Try to locate the choroid plexus which produces ...
Interior of skull
... bone from the internal acoustic meatus to the stylomastoid foramen. In humans it is approximately 3 centimeters long, which makes it the longest human osseous canal of a nerve It is located within the middle ear region, according to its shape it is divided into three main segments: the labyrinthine, ...
... bone from the internal acoustic meatus to the stylomastoid foramen. In humans it is approximately 3 centimeters long, which makes it the longest human osseous canal of a nerve It is located within the middle ear region, according to its shape it is divided into three main segments: the labyrinthine, ...
23Meninges+CSF
... • Describe the spinal meninges & locate the level of the termination of each of them. • Describe the importance of the subarachnoid space. • List the Ventricular system of the CNS and locate the site of each of them. • Describe the formation, circulation, drainage, and functions of the CSF. • Know s ...
... • Describe the spinal meninges & locate the level of the termination of each of them. • Describe the importance of the subarachnoid space. • List the Ventricular system of the CNS and locate the site of each of them. • Describe the formation, circulation, drainage, and functions of the CSF. • Know s ...
meninges PowerPoint Presentation
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
L21-sann -essam meninges
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
Meninges ventricles and CSF
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
... cord is continuous upwards to the forth ventricle. On each side of the forth ventricle laterally, lateral recess extend to open into lateral aperture (foramen of Luscka),central defect in its roof (foramen of Magendie) ...
frontal lobe parietal lobe temporal lobe occipital lobe limbic lobe
... the spinal cord. This nerve provides some control of a throat muscle and saliva production. It carries a bit of sensory input from the tongue, surface of the head in the region of the ear and from some taste buds. ...
... the spinal cord. This nerve provides some control of a throat muscle and saliva production. It carries a bit of sensory input from the tongue, surface of the head in the region of the ear and from some taste buds. ...
Cranial nerves made ridiculously simple
... should be looking to. Aaron Berkowitz: Clinical Pathophysiology Made Ridiculously Simple (2007) Teaches pathophysiology, mechanisms of disease and clinical reasoning hand-in-hand in a. Visit http://www.brainwashedsoftware.com for more information. This is the corticospinal tract as seen in Axiom Neu ...
... should be looking to. Aaron Berkowitz: Clinical Pathophysiology Made Ridiculously Simple (2007) Teaches pathophysiology, mechanisms of disease and clinical reasoning hand-in-hand in a. Visit http://www.brainwashedsoftware.com for more information. This is the corticospinal tract as seen in Axiom Neu ...
study guide unit 3
... What area of the brain controls logical thought and conscious awareness of the environment? Cerebrum What fissure separates the right and left halves of the cerebrum? Longitudinal fissure What area of the brain interconnects the right and left cerebral hemispheres? Corpus callosum What area of the b ...
... What area of the brain controls logical thought and conscious awareness of the environment? Cerebrum What fissure separates the right and left halves of the cerebrum? Longitudinal fissure What area of the brain interconnects the right and left cerebral hemispheres? Corpus callosum What area of the b ...
Sensory Cranial Nerves
... The eyeball focuses light which stimulates the retina. These signals are transmitted via the optic nerve, chiasm and tract to the lateral geniculate nucleus in the thalamus. Nervous impulses then travel via the optic radiations to terminate in the primary visual (calcarine) cortex. ...
... The eyeball focuses light which stimulates the retina. These signals are transmitted via the optic nerve, chiasm and tract to the lateral geniculate nucleus in the thalamus. Nervous impulses then travel via the optic radiations to terminate in the primary visual (calcarine) cortex. ...
Ethmoid Bone The ethmoid bone is a bone in t
... superior part of the nasal septum, which divides the nasal cavity into the right and left sides, is called the p_____ p_____. The part of the ethmoid bone that holds the e_____ a____ c____ is the l_____, also known as the lateral mass. The s_____, m____, and i______ c_____ increase surface area in t ...
... superior part of the nasal septum, which divides the nasal cavity into the right and left sides, is called the p_____ p_____. The part of the ethmoid bone that holds the e_____ a____ c____ is the l_____, also known as the lateral mass. The s_____, m____, and i______ c_____ increase surface area in t ...
Cranial fossas
... Cranial cavity Surrounding meninges Brain Cranial nerves Arteries Veins Venous sinuses ...
... Cranial cavity Surrounding meninges Brain Cranial nerves Arteries Veins Venous sinuses ...
homework for the week of August 22, 2016
... 1. What is the difference between superficial and deep? 2. What cavities belong to the dorsal and ventral regions? 3. The cranial cavity holds what organs? 4. What is the difference between negative and posi ...
... 1. What is the difference between superficial and deep? 2. What cavities belong to the dorsal and ventral regions? 3. The cranial cavity holds what organs? 4. What is the difference between negative and posi ...
Anatomy of the Brain
... Seen from the outside, the most obvious component of the human brain is the intricately folded cerebral cortex that covers the pair of cerebral hemispheres, which conceal most of the rest of the brain. The convolutions, or gyri, of the cortex, and the fissures or sulci that separate them, vary enorm ...
... Seen from the outside, the most obvious component of the human brain is the intricately folded cerebral cortex that covers the pair of cerebral hemispheres, which conceal most of the rest of the brain. The convolutions, or gyri, of the cortex, and the fissures or sulci that separate them, vary enorm ...
Lab 19
... Regions of the Adult Brain • Telencephalon (cerebrum) – cortex, white matter, and basal nuclei ...
... Regions of the Adult Brain • Telencephalon (cerebrum) – cortex, white matter, and basal nuclei ...
MOTOR - WordPress.com
... • Twelve pairs of cranial nerves that originate from the forebrain, brainstem and rostral spinal cord. • Form part of the peripheral nervous system – similar properties to spinal nerves. • Responsible for sensory, motor and/or autonomic function in mainly* functional regions of head and neck. • Inte ...
... • Twelve pairs of cranial nerves that originate from the forebrain, brainstem and rostral spinal cord. • Form part of the peripheral nervous system – similar properties to spinal nerves. • Responsible for sensory, motor and/or autonomic function in mainly* functional regions of head and neck. • Inte ...