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Karteikarten

HNN Block 2

Rebecca Norton Medicine Bachelors Degree Englisch 39 Karten

HNN Block 2

Karten in diesem Stapel (39)

  1. 1—1 = BODY OF TONGUE
    2 = CAVITY OF RIGHT MAXILLARY AIR SINUS
    3 = VITREOUS BODY OF LEFT EYE
    4 = CROSS SECTION OF RT OPTIC NERVE
    5 = RT LAT RECTUS MM
    Black arrows = sub-arachnoid space
    1 = BODY OF TONGUE 2 = CAVITY OF RIGHT MAXILLARY AIR SINUS 3 = VITREOUS BODY OF LEFT EYE 4 = CROSS SECTION OF RT OPTIC NERVE 5 = RT LAT R...
  2. 2—Dura mater = outer sheath
    Arachnoid mater = intermed sheath
    Pia mater = inner sheath
    *Subarachnoid space*
    Optic neuritis / papilloedema
    Dura mater = outer sheath Arachnoid mater = intermed sheath Pia mater = inner sheath *Subarachnoid space* Optic neuritis / papilloedema
  3. 3—1= R optic nn.
    2 = L optic radiation
    3 = Free edge, ant part tentorium cerebelli
    4 = L ophthalmic division, Trigeminal nn. (CNV)
    5 = L oculomotor nn. (CNIII)
    6 = L eye, sup oblique mm.
    7 = L ophthalmic artery
    8 = R middle cerebral aa.
    1= R optic nn. 2 = L optic radiation 3 = Free edge, ant part tentorium cerebelli 4 = L ophthalmic division, Trigeminal nn. (CNV) 5 = L oc...
  4. 4—A = R pre-tectal nucleus
    B = Right Edinger-Westphal bit of oculomotor nucleus
    C = R oculomotor nerve exiting oculomotor nucleus
    Damage to A and/or B results in absent pupillary consensual response in R eye
    Damage to C results in failure to track a moving object - fixed dilated pupil.
    A = R pre-tectal nucleus B = Right Edinger-Westphal bit of oculomotor nucleus C = R oculomotor nerve exiting oculomotor nucleus Damage to...
  5. 5—Arrow = R oculomotor nn.
    Pressure at this site would result in ipsilateral fixed dilated pupil
    X = Choroid plexus in L lat ventricle. Produces CSF
    Arrow = R oculomotor nn. Pressure at this site would result in ipsilateral fixed dilated pupil X = Choroid plexus in L lat ventricle. Pro...
  6. 6—X = One superior colliculus
    R cerebral hemisphere
    X = One superior colliculus R cerebral hemisphere
  7. 7—Calcarine sulcus
    Primary visual cortex within sup and inf calcarine gyri
    Calcarine sulcus Primary visual cortex within sup and inf calcarine gyri
  8. 8—Left posterior cerebral artery
    Loss of right visual field - i.e. half of the visual field in each eye - L eye central R eye periph vision defects
    Left posterior cerebral artery Loss of right visual field - i.e. half of the visual field in each eye - L eye central R eye periph vision...
  9. 9—We are looking at a mirror image of the back of the eye within each visual field on a Goldmann perimeter plotWe are looking at a mirror image of the back of the eye within each visual field on a Goldmann perimeter plot
  10. 10—1. Limit of peripheral vision
    2. Lesion R primary visual cortex, upper calcarine gyrus affecting left visual field
    1. Limit of peripheral vision 2. Lesion R primary visual cortex, upper calcarine gyrus affecting left visual field
  11. 11—Represents the lateral sides of the noseRepresents the lateral sides of the nose
  12. 12—A = Cavity of frontal air sinus
    B = Nasal cavity
    C = Cavity of sphenoidal air sinus
    D = Cavity of ethmoidal air sinuses
    E = Pituitary gland
    A = Cavity of frontal air sinus B = Nasal cavity C = Cavity of sphenoidal air sinus D = Cavity of ethmoidal air sinuses E = Pituitary gland
  13. 13—Red dots = L and R internal carotid aa.
    Blue hatched area = Venous cavernous sinus
    Brown dot = Pituitary
    CNIII, IV, VI pass through the venous cavernous sinus
    Red dots = L and R internal carotid aa. Blue hatched area = Venous cavernous sinus Brown dot = Pituitary CNIII, IV, VI pass through the v...
  14. 14—X = R internal carotid aa.X = R internal carotid aa.
  15. 15—Dotted line = R optic radiation
    Green line = Position of tentorium cerebelli
    Dotted line = R optic radiation Green line = Position of tentorium cerebelli
  16. 16—
  17. 17—
  18. 18—
  19. 19—
  20. 20—1. a = R cerebellum
    1. b = Medulla oblongata
    1. c = Pons
    1. d = L temporal lobe
    2. a = Insular cortex, R brain
    2. b = Head of caudate nucleus, R brain
    1. a = R cerebellum 1. b = Medulla oblongata 1. c = Pons 1. d = L temporal lobe 2. a = Insular cortex, R brain 2. b = Head of caudate nuc...
  21. 21—3. a = R ant cerebral artery
    Cerebral aa lie in the subarachnoid space
    4. a = L thalamus
    4. b = Post limb R internal capsule
    3. a = R ant cerebral artery Cerebral aa lie in the subarachnoid space 4. a = L thalamus 4. b = Post limb R internal capsule
  22. 22—5. a = Midbrain
    5. b = Corpus callosum
    6. a = Third ventricle
    6. b = R Lateral ventricle
    CSF occupies ventricles. Produced by Choroid plexus (lat ventricles.)
    5. a = Midbrain 5. b = Corpus callosum 6. a = Third ventricle 6. b = R Lateral ventricle CSF occupies ventricles. Produced by Choroid ple...
  23. 23—A = cerebral aqueduct
    B = 4th ventricle
    A = cerebral aqueduct B = 4th ventricle
  24. 24—A = Shingles (herpes zoster)
    B = Rash occupies single dermatome as virus tyically infects single spinal nerve
    A = Shingles (herpes zoster) B = Rash occupies single dermatome as virus tyically infects single spinal nerve
  25. 25—A = myelin sheath
    B = The largest fibres include sensory AND motor axons. The former woould be proprioceptive group I afferents and the latter would be axons of alpha motor neurons
    A = myelin sheath B = The largest fibres include sensory AND motor axons. The former woould be proprioceptive group I afferents and the l...
  26. 26—A - unmyelinated axons
    Either sensory (nociceptive or thermoreceptive) or autonomic axons
    A - unmyelinated axons Either sensory (nociceptive or thermoreceptive) or autonomic axons
  27. 27—A - Motor neuron cell bodies
    B - Exit ventral horn roots, join dorsal fibres from DRG to becomes spinal nerves
    A - Motor neuron cell bodies B - Exit ventral horn roots, join dorsal fibres from DRG to becomes spinal nerves
  28. 28—A = Lat corticospinal tract
    B = Spinothalamic tract
    A = Lat corticospinal tract B = Spinothalamic tract
  29. 29—13. A = IV disc L1/L2
    B = Cauda equina
    14. A = Right vertebral aa
    B = Basilar aa
    13. A = IV disc L1/L2 B = Cauda equina 14. A = Right vertebral aa B = Basilar aa
  30. 30—15. A = Falx cerebri
    B = Sup sagittal sinus
    16. A = Dura mater
    B = Dorsal root ganglion
    15. A = Falx cerebri B = Sup sagittal sinus 16. A = Dura mater B = Dorsal root ganglion
  31. 31—17. A = Symp trunk
    B = Intercostal nn
    18. A = Brachial plexus
    B = Median nn
    17. A = Symp trunk B = Intercostal nn 18. A = Brachial plexus B = Median nn
  32. 32—19. A = Sciatic nn L4/L5, S1/2/3
    20. A = Vagus. Preganglionic paras. Slows heart rate
    19. A = Sciatic nn L4/L5, S1/2/3 20. A = Vagus. Preganglionic paras. Slows heart rate
  33. 33—Left eye central and peripheral vision loss. Left optic nerve lesionLeft eye central and peripheral vision loss. Left optic nerve lesion
  34. 34—Left and right peripheral vision loss. Compression of optic chiasm i.e. pituitary tumour 'bitemporal hemianopia'Left and right peripheral vision loss. Compression of optic chiasm i.e. pituitary tumour 'bitemporal hemianopia'
  35. 35—Right visual field loss aka right homonymous hemianopia. Left side lesion of the optic tract.Right visual field loss aka right homonymous hemianopia. Left side lesion of the optic tract.
  36. 36—Right VF deficits - Right upper quadrantic hemianopia from lesion of lower fibres of optic radiation in left temporal lobe.Right VF deficits - Right upper quadrantic hemianopia from lesion of lower fibres of optic radiation in left temporal lobe.
  37. 37—Right VF deficits, Lower right quadrantic hemianopia. Lesion in upper fibres of optic radiation in anterior part of parietal lobe. Left side.Right VF deficits, Lower right quadrantic hemianopia. Lesion in upper fibres of optic radiation in anterior part of parietal lobe. Left s...
  38. 38—Right visual field defects sparing the macula. Right homonymous hemianopia with sparing of macula due to lesion of optic radiation in occipital lobe.Right visual field defects sparing the macula. Right homonymous hemianopia with sparing of macula due to lesion of optic radiation in occ...
  39. 39—A - optic tracts
    B - R ant cerebral artery
    C - R oculommotor n
    D - R trochlear n
    E - R trigeminal (oph div)
    F - R trigeminal (max div)
    G - Dura mater
    H - R abducens n
    I - R internal carotid artery
    J - Sphenoidal air sinuses
    K - L cavernous venous sinus
    L - Arachnoid mater
    M - Subarachnoid space
    N - Pituitary gland
    O - Third ventricle (CSF)
    A - optic tracts B - R ant cerebral artery C - R oculommotor n D - R trochlear n E - R trigeminal (oph div) F - R trigeminal (max div) G ...

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Beschreibung
Bachelors Degree Medicine (Neurology) Karteikarten am HNN Block 2, erstellt von Rebecca Norton am 13/04/2016.
Erstellt von
Rebecca Norton · Apr 2016
Aktualisiert
16 Mai 2016
Aufrufe
0
Verlauf
  • Erstellt von Rebecca Norton · 13 Apr 2016
  • Kopiert von Rebecca Norton · 13 Apr 2016
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