Presentation is loading. Please wait.

Presentation is loading. Please wait.

Sensory neuronopathy caused by dorsal root ganglionitis showing a hypercellular cluster of lymphocytes (nodule of Nageotte) indicating active neuronophagia.

Published byLanny Chandra Modified over 6 years ago

Similar presentations

Presentation on theme: "Sensory neuronopathy caused by dorsal root ganglionitis showing a hypercellular cluster of lymphocytes (nodule of Nageotte) indicating active neuronophagia."— Presentation transcript:

1 Sensory neuronopathy caused by dorsal root ganglionitis showing a hypercellular cluster of lymphocytes (nodule of Nageotte) indicating active neuronophagia and ganglion cell degeneration (black arrow). Sensory neuronopathy caused by dorsal root ganglionitis showing a hypercellular cluster of lymphocytes (nodule of Nageotte) indicating active neuronophagia and ganglion cell degeneration (black arrow). White arrows indicate surviving ganglion cells. J H Rees J Neurol Neurosurg Psychiatry 2004;75:ii43-ii50 ©2004 by BMJ Publishing Group Ltd

Download ppt "Sensory neuronopathy caused by dorsal root ganglionitis showing a hypercellular cluster of lymphocytes (nodule of Nageotte) indicating active neuronophagia."

Similar presentations

(A) Immunohistochemistry of rat brainstem neurones reacting with anti-Hu antibodies showing strong nuclear staining and weaker cytoplasmic staining (counterstained.

(A) Immunohistochemistry of rat brainstem neurones reacting with anti-Hu antibodies showing strong nuclear staining and weaker cytoplasmic staining (counterstained.
REFLEX and REFLEXION study design.

REFLEX and REFLEXION study design.
What number is the arrow pointing at?

What number is the arrow pointing at?
 (A, B).  (A, B). Median motor nerve conduction study. Active recording electrode is over the APB muscle, with stimulation at the wrist, elbow, axilla,

 (A, B).  (A, B). Median motor nerve conduction study. Active recording electrode is over the APB muscle, with stimulation at the wrist, elbow, axilla,
 These traces show typical electrophysiological features of a pre-synaptic neuromuscular transmission disorder in a patient with LEMS. The traces on the.

 These traces show typical electrophysiological features of a pre-synaptic neuromuscular transmission disorder in a patient with LEMS. The traces on the.
(A) Confocal image of a skin biopsy taken from the finger of a healthy subject illustrating different subtypes of sensory fibre: PGP 9.5 is used as an.

(A) Confocal image of a skin biopsy taken from the finger of a healthy subject illustrating different subtypes of sensory fibre: PGP 9.5 is used as an.
(A) EEG of a 75 year old woman with adult onset myoclonic epilepsy (see text, case 1), showing generalised spike and wave and polyspike and wave discharges.

(A) EEG of a 75 year old woman with adult onset myoclonic epilepsy (see text, case 1), showing generalised spike and wave and polyspike and wave discharges.
(A) Confocal image of a skin biopsy taken from the finger of a healthy subject illustrating different subtypes of sensory fibre: PGP 9.5 is used as an.

(A) Confocal image of a skin biopsy taken from the finger of a healthy subject illustrating different subtypes of sensory fibre: PGP 9.5 is used as an.
 Pseudoptosis.  Pseudoptosis. This man presented with photophobia and difficulty elevating the right side of his forehead. The photograph shows his normal.

 Pseudoptosis.  Pseudoptosis. This man presented with photophobia and difficulty elevating the right side of his forehead. The photograph shows his normal.
(A) Moderately well differentiated adenocarcinoma in subarachnoid space (H&E). (A) Moderately well differentiated adenocarcinoma in subarachnoid space.

(A) Moderately well differentiated adenocarcinoma in subarachnoid space (H&E). (A) Moderately well differentiated adenocarcinoma in subarachnoid space.
(A) 7-Deaza-2`-deoxyguanosine (deaza-dGTP) allows PCR of the human p16INK4A promoter because the specific 140 bp product (black arrow, 140) is clearly.

(A) 7-Deaza-2`-deoxyguanosine (deaza-dGTP) allows PCR of the human p16INK4A promoter because the specific 140 bp product (black arrow, 140) is clearly.
Cortical right hemisphere brain regions that have been associated with neglect include the angular (ang) and supramarginal (smg) gyri of the inferior parietal.

Cortical right hemisphere brain regions that have been associated with neglect include the angular (ang) and supramarginal (smg) gyri of the inferior parietal.
Goldmann machine. Goldmann machine. The patient's eye is positioned at the centre of a white hemispheric bowl, with the examiner looking through an eyepiece.

Goldmann machine. Goldmann machine. The patient's eye is positioned at the centre of a white hemispheric bowl, with the examiner looking through an eyepiece.
An example from a carotid surgery trial showing how an intention to treat analysis is less biased than an on-treatment analysis. An example from a carotid.

An example from a carotid surgery trial showing how an intention to treat analysis is less biased than an on-treatment analysis. An example from a carotid.
 Schematic representation of the early M response from the distally propagated action potential and the later F wave from the proximally propagated action.

 Schematic representation of the early M response from the distally propagated action potential and the later F wave from the proximally propagated action.
Figure 1 Peripheral blood lymphocyte counts during dose titrationB-lymphocyte (CD19+; A) and total lymphocyte (CD45+; B) counts (cells/µL) in peripheral.

Figure 1 Peripheral blood lymphocyte counts during dose titrationB-lymphocyte (CD19+; A) and total lymphocyte (CD45+; B) counts (cells/µL) in peripheral.
 (A) Normal repetitive nerve stimulation from abductor digiti minimi muscle in the hand.  (A) Normal repetitive nerve stimulation from abductor digiti.

 (A) Normal repetitive nerve stimulation from abductor digiti minimi muscle in the hand.  (A) Normal repetitive nerve stimulation from abductor digiti.
Autofluorescence left eye (case 3)

Autofluorescence left eye (case 3)
 Schematic representation of phase cancellation and temporal dispersion in demyelination.  Schematic representation of phase cancellation and temporal.

 Schematic representation of phase cancellation and temporal dispersion in demyelination.  Schematic representation of phase cancellation and temporal.
T2 weighted sagittal MRI scans of the cervical spine.

T2 weighted sagittal MRI scans of the cervical spine.

Similar presentations

Ads by Google