SlideShare a Scribd company logo
1 of 53
CLINICAL CASE DISCUSSION
UNIT 6
GUIDES: Dr.A.Pauranik
Dr.P.Shivde
Dr.A.Verma
Candidate: Dr.Amith R
Case 1:
Purpose of presentation.
 Rarity of the case
 Peculiar clinical picture.
Case Scenario
 24 year male, laundry business.
Involuntary jerky movements of extremities and
trunk - 8 months.
Difficulty while walking.
Interruption while speaking.
 Involuntary movements are not suppressible voluntarily & are
absent during sleep
 No stiffness of limbs, weakness or sensory symptoms.
 No c/o forgetfulness, abnormal behaviour.
 No visual disturbances, dysphagia.
 No bowel, bladder incontinence.
Examination
 General examination : normal
 Nervous system :
Conscious oriented to TPP.
Higher mental functions: memory, intelligence is
normal
Speech: fluency is affected by pauses during the
jerks
Cranial Nerves: Normal
Contd..
 Motor system:
Nutrition – normal
Tone – Normal
Power – Normal.
 Involuntary movements:
- present at rest
- involves limb and axial musculature,
- abrupt , brief & arrhythmic
- repetitive with frequency of 15-16/min,
- large amplitude with dystonic posturing of
upper limbs
- not stimulus sensitive
 Sensory system : Within normal limits
 Cerebellar signs – absent.
 Gait – normal except for pauses during the episodes of
jerks.
MRI
Bilateral & near symmetrical T2 hyperintense signal in posterior putamen,
Slightly larger on the right. Both reveal restriction of diffusion & are hypo on T1.
No cortical or white matter changes seen.
EEG
Stereotyped periodic complexes with normal background
Strongly suggestive of SSPE.
CSF Analysis
 Routine: Glucose-64 mg/dl
Protein- 68 mg/dl
Cells- 2/cu.mm
 Measles IgG antibodies by EIA
Serum IgG 3764 U/ml
CSF IgG 16205 U/ml
CSF/Serum Quotient 2.62 (N- <1.3
E- 1.3-1.5
P- >1.5)
CLINICALCHEMISTRY, Vol.37, No.7, 1991
Subacute Sclerosing Pan Encephalitis
(SSPE)
 Fatal neurodegenerative disorder- sequel to early
childhood measles.
 Prevalence in India is 6-8/million population.
 Virus remains dormant intracellularly & manifests as
SSPE a decade later.
 Avg interval between measles & SSPE is 8-11 yrs.
 Increasing age of onset, more aggressive is the course.
Diagnostic Criteria
 Definitive: 3 out of 5 should be positive
 Clinically progressive, subacute cognitive deterioration
or typical signs like myoclonus.
 EEG -Periodic, stereotyped, high voltage discharges.
 Cerebrospinal fluid raised gammaglobulin or
oligoclonal pattern
 Measles antibodies raised titre in serum and/or
cerebrospinal fluid.
 Brain biopsy suggestive of panencephalitis
. Subacute sclerosing panencephalitis. Neurol Clinical (31) 79–95
What’s atypical in our patient?
 Age of onset.
 Absence of other symptoms.
 MRI abnormality.
Neurology India Sept-Oct 2012/Vol 60/Issue 5
Am J Neuroradiol 17:761–772, April 1996
Treatment
 No curative therapy.
 Disease modifying agents
- Isoprinosine
- Levamisole
- Amantidine
- Interferan alpha
- IVIg
Postgrad Med J 2002. 7863–70.70.
Case 2
Purpose of presentation
Management issues in a common disease
 18 yr old female student.
 3 months h/o drooping of eyelid, difficulty in chewing,
swallowing & change of voice associated with
generalised weakness.
 Symptoms worsen as the day progress and improve on
resting.
 No limb weakness or sensory symptoms.
 Examination reveals ptosis on Lt side, reduced
elevation of soft palate b’l with preserved gag reflex.
 Fatigability of limbs on sustained contraction
Diagnostic tests
 Edrophonium (Prostigmin)test.
 Anti- AchR antibodies.
 Electrodiagnostic testing.
 Ocular cooling.
Bradley's Neurology in Clinical Practice- 6th Ed
Prostigmin test
 Anti Ach receptor antibodies –
Positive
0.65 nmol/L(< 0.25nmol/L)
 Thyroid functions are normal
Myasthenia Gravis
 Incidence of 3-5/1,00,000 in India.
 More common in females but in India
M>F.
 Females in 1-2 decade but in males
in 5-6 decade.
Neurology India Jul-Aug 2009/Vol 57/Issue 4
Treatment
 Pyridostigmine
 Prednisolone.
 Azathioprine.
 Thymectomy…
Bradley's Neurology in Clinical Practice- 6th Ed
Thymectomy in myasthenia
 Absolutely indicated in cases of thymoma
regardless of age.
 Nonthymomatous generalised MG : Early
onset Anti Ach receptor positive cases.
 Less effective in seronegative Anti Musk
Ab positive patients.
 Preferred approach is transthoracic
sternal splitting procedure
Bradley's Neurology in Clinical Practice- 6th Ed
Neurology India Jul-Aug 2009/Vol 57/Issue 4
Case 3
Purpose of presentation
 Clinical syndrome of transverse myelitis is
common.
 This can occur due to LETM.(post MRI era)
 List of causes for LETM is long and
requires exhaustive workup.
 Even after exhaustive workup cause may
not be known.
Case Scenario
 55 yr old male . Building contractor
Tingling & numbness of both lower limbs 8 months
Progressive weakness of both lower limbs (L>R).
Hesitancy & dribbling micturition,
No retention or incontinence.
 Involuntary movements of both lower limbs (L>R).
 Band like sensation around the waist,
No backache or weakness of upper limbs.
 No h/o diminution of vision, breathing difficulty
Examination
 Vitals : normal
 Nervous System:
- Conscious oriented to TPP.
- Higher mental functions : normal
- Findings are confined to motor & sensory
system.
contd….
 Motor system examination:
 Beevors sign: positive
 Neck muscles: power 5/5
RUL LUL RLL LLL
Nutrition N N N N
Tone N N ↑↑ ↑↑
Power 5/5 5/5 4-/5 3/5
Coordination Normal Normal Impaired Impaired
Involuntary
movements
Absent Absent Clonus Clonus
 Reflexes : Upper limb DTR were brisk,
Hoffman's & Wartenberg negative
Lower limb reflexes exaggerated with
ankle & patellar clonus.
 Abdominal and cremastric reflexes absent.
 Plantars are extensor bilaterally.
 No cerebellar signs.
 Romberg's: positive.
 Sensory system examination:
Pain, temperature, vibration & joint position
sense absent till level of ASIS.
Diagnosis
 Anatomical:
Myelopathy
Lower Dorsal (D11- 12)
Pyramidal, Posterior column, Spinothalamic
± Autonomic involvement
Diagnosis
 Pathological:
- Inflammation = Transverse myelitis.
- Nutritional = Vit B12 deficiency
- Ischemic = Spinal cord infarction.
- Dural AVM
- Tumour & other causes of compression
Investigations
X RAY L-S SPINE
MRI SPINE
MRI Spine
 Evidence of a long segment intramedullary T2
hyperintense signal seen in dorsal cord
extending from D7 upto D11/12 segments. Both
half of cord appear involved and involved cord
appears edematous.
 The possibility of inflammatory demyelinating
disease like LETM is more likely.
Longitudinally Extensive Transverse
Myelitis(LETM)
 Spinal cord inflammation extending 3 or
more vertebral segments in length.
 Can involve entire length of spinal cord,
are much rarer.
 Associated with greater morbidity than
typical transverse myelitis.
European Neurological Journal 2011; 3:(1)
Neuromyelitis Optica(Devic’s disease)
 Well recognised cause of LETM.
 Demyelination of spinal cord and optic nerve.
 Can have monophasic or relapsing course
 Diagnosis is by clinical, radiological & serological
criteria.
 Poorer prognosis than MS
European Neurological Journal 2011; 3:(1)
Diagnostic Criteria for NMO
1: Optic Neuritis
AND
2: Myelitis
AND
3: Atleast two of the following
(a) Contiguous spinal cord MRI lesion extending 3 or
more segments
(b) Brain MRI not meeting criteria for MS
(c) NMO IgG seropositive status
European Neurological Journal 2011; 3:(1)
In our patient
 Optic neuritis - Visual evoked potential is
normal
 Myelitis - Satisfies the criteria.
 Anti NMO antibody - negative
Multiple Sclerosis
 Commonly associated with partial
transverse myelitis spanning 2 or less
spinal segments.
 LETM common in Indians with the optico-
spinal variant.
 Have coexistent brain lesions.
Bradley's Neurology in Clinical Practice- 6th Ed
In our patient
 CSF Analysis:
- Opening pressure: 10 cm of H2O.
- Pandy’s : Negative.
- Glucose : 63 mg%(40-70)
- Protein : 101 mg%(15-40)
- Total cells: 2 (100% lymphocytes)
- Oligoclonal bands: No band seen.
- ADA : 5
MRI Brain : No abnormality detected
Systemic Lupus
Erythematosis(SLE)
 Most severe and rare complication of SLE
seen in 1-3% patients.
 Majority occurs shortly after SLE is
diagnosed
 Recurrence is frequent
 Preceded usually by non specific
prodromal symptoms
Myelitis in the course of SLE- POLSKIE ARCHIWUM 2009,119
Diagnostic Criteria for
myelitis in SLE by ACR
Rapid onset of one or more of the following
Bilateral weakness of legs with or without arms, may be asymmetrical
Sensory impairment with cord level similar to that of motor weakness
www.rheumatology.org/publications/1999/499ap10
Exclusion Criteria
Mass lesion causing compression of or within spinal cord
Cauda equina lesion
In our patient
 CBC : Normal
 Urinanalysis : Normal
 ESR : 10 mm/hr.
 CRP : 0.6 (N-0.6)
 ANA -0.649 (positive >1.4)
 Anti dsDNA – Negative
 aPTT – 35 sec
HIV
 Myelopathy seen in 5-10%
 Most common being vacuolar myelopathy.
 Seen mostly in advanced stages
 Rare after introduction of cART.
 In our patient- HIV 1 & 2 both were
negative.
 VDRL -Nonreactive
Intern Med 50: 1615-1617, 2011
Sarcoidosis
 Mainly subacute or chronic in
presentation.
 Most common in males in their early 40s
 Lesions most often located in cervical or
upper thoracic region.
 Associated commonly with respiratory
symptoms.
European Neurological Journal 2011; 3:(1)
In our patient
 Serum ACE – 26mcg/L (N < 40mcg/L)
 CRP – normal.
 S. Calcium – 9.7
Other investigations
 Serum B12 – 931.7 (211-911).
 USG abdomen & pelvis: enlarged
prostate.
 LFT : Normal.
 TSH: 1.56
CAUSES OF LETM
Inflammatory
Neuromyelitis Optica
Multiple Sclerosis
SLE
Behcet’s syndrome
Sarcoidosis
Sjogren’s syndrome
Infectious
HIV
HTLV I & II
Neurosyphilis
CMV
Herpes simplex
Varicella zoster
European Neurological Journal 2011; 3:(1)
Vascular
Dural AVM
Spinal cord infarction
Intramedullary spinal neoplasms
Ependymoma
Astrocytoma
Radiation myelitis
European Neurological Journal 2011; 3:(1)
THANK YOU

More Related Content

What's hot

PROGRESSIVE MYOCLONIC EPILEPSY
PROGRESSIVE MYOCLONIC EPILEPSYPROGRESSIVE MYOCLONIC EPILEPSY
PROGRESSIVE MYOCLONIC EPILEPSYSrirama Anjaneyulu
 
Acute Disseminated Encephalomyelitis
Acute Disseminated Encephalomyelitis Acute Disseminated Encephalomyelitis
Acute Disseminated Encephalomyelitis Ade Wijaya
 
Neuromyelitis optica spectrum disorders
Neuromyelitis optica spectrum disordersNeuromyelitis optica spectrum disorders
Neuromyelitis optica spectrum disordersNeurologyKota
 
GBS Acute Polyneuropathies (GBS)
GBS Acute Polyneuropathies (GBS)GBS Acute Polyneuropathies (GBS)
GBS Acute Polyneuropathies (GBS)Murtaza Syed
 
Approach to demyelinating diseases
Approach to demyelinating diseasesApproach to demyelinating diseases
Approach to demyelinating diseasesNeurologyKota
 
neuromyelitis optica spectrum disorder Dr. Musa Atarzadeh
neuromyelitis optica spectrum disorder   Dr. Musa Atarzadehneuromyelitis optica spectrum disorder   Dr. Musa Atarzadeh
neuromyelitis optica spectrum disorder Dr. Musa AtarzadehMusa Atazadeh
 
Multiple sclerosis
Multiple sclerosisMultiple sclerosis
Multiple sclerosisAmr Hassan
 
Guillain barre syndrome (gbs)
Guillain barre syndrome (gbs) Guillain barre syndrome (gbs)
Guillain barre syndrome (gbs) Mohamed Abunada
 
Acute disseminated encephalomyelitis (ADEM) .Case Report.
Acute disseminated encephalomyelitis (ADEM) .Case Report.Acute disseminated encephalomyelitis (ADEM) .Case Report.
Acute disseminated encephalomyelitis (ADEM) .Case Report.Azad Haleem
 
Neuromyelitis Optica Spectrum Disorders - Dr. K. Geens
Neuromyelitis Optica Spectrum Disorders - Dr. K. GeensNeuromyelitis Optica Spectrum Disorders - Dr. K. Geens
Neuromyelitis Optica Spectrum Disorders - Dr. K. GeensEric Tack
 
Nmo ppt
Nmo pptNmo ppt
Nmo pptDR.
 
Guillain barre syndrome
Guillain barre syndromeGuillain barre syndrome
Guillain barre syndromeHIRENGEHLOTH
 
Creutzfeldt jakob disease
Creutzfeldt jakob diseaseCreutzfeldt jakob disease
Creutzfeldt jakob diseaseMadison Marion
 
Chronic inflammatory demyelinating Polyradiculoneuropathy
Chronic inflammatory demyelinating Polyradiculoneuropathy Chronic inflammatory demyelinating Polyradiculoneuropathy
Chronic inflammatory demyelinating Polyradiculoneuropathy Ajay Kumar
 
Guillein Barre Syndrome
Guillein Barre SyndromeGuillein Barre Syndrome
Guillein Barre SyndromeMahesh Chand
 

What's hot (20)

PROGRESSIVE MYOCLONIC EPILEPSY
PROGRESSIVE MYOCLONIC EPILEPSYPROGRESSIVE MYOCLONIC EPILEPSY
PROGRESSIVE MYOCLONIC EPILEPSY
 
Acute Disseminated Encephalomyelitis
Acute Disseminated Encephalomyelitis Acute Disseminated Encephalomyelitis
Acute Disseminated Encephalomyelitis
 
Neuromyelitis optica spectrum disorders
Neuromyelitis optica spectrum disordersNeuromyelitis optica spectrum disorders
Neuromyelitis optica spectrum disorders
 
Sma ppt
Sma pptSma ppt
Sma ppt
 
GBS Acute Polyneuropathies (GBS)
GBS Acute Polyneuropathies (GBS)GBS Acute Polyneuropathies (GBS)
GBS Acute Polyneuropathies (GBS)
 
Autoimmune encephalitis
Autoimmune encephalitisAutoimmune encephalitis
Autoimmune encephalitis
 
Approach to demyelinating diseases
Approach to demyelinating diseasesApproach to demyelinating diseases
Approach to demyelinating diseases
 
CASO 4
CASO 4CASO 4
CASO 4
 
neuromyelitis optica spectrum disorder Dr. Musa Atarzadeh
neuromyelitis optica spectrum disorder   Dr. Musa Atarzadehneuromyelitis optica spectrum disorder   Dr. Musa Atarzadeh
neuromyelitis optica spectrum disorder Dr. Musa Atarzadeh
 
Multiple sclerosis
Multiple sclerosisMultiple sclerosis
Multiple sclerosis
 
Guillain barre syndrome (gbs)
Guillain barre syndrome (gbs) Guillain barre syndrome (gbs)
Guillain barre syndrome (gbs)
 
Acute disseminated encephalomyelitis (ADEM) .Case Report.
Acute disseminated encephalomyelitis (ADEM) .Case Report.Acute disseminated encephalomyelitis (ADEM) .Case Report.
Acute disseminated encephalomyelitis (ADEM) .Case Report.
 
Neuromyelitis Optica Spectrum Disorders - Dr. K. Geens
Neuromyelitis Optica Spectrum Disorders - Dr. K. GeensNeuromyelitis Optica Spectrum Disorders - Dr. K. Geens
Neuromyelitis Optica Spectrum Disorders - Dr. K. Geens
 
Nmo ppt
Nmo pptNmo ppt
Nmo ppt
 
Guillain barre syndrome
Guillain barre syndromeGuillain barre syndrome
Guillain barre syndrome
 
Nmosd & mog
Nmosd & mogNmosd & mog
Nmosd & mog
 
Creutzfeldt jakob disease
Creutzfeldt jakob diseaseCreutzfeldt jakob disease
Creutzfeldt jakob disease
 
Chronic inflammatory demyelinating Polyradiculoneuropathy
Chronic inflammatory demyelinating Polyradiculoneuropathy Chronic inflammatory demyelinating Polyradiculoneuropathy
Chronic inflammatory demyelinating Polyradiculoneuropathy
 
Guillein Barre Syndrome
Guillein Barre SyndromeGuillein Barre Syndrome
Guillein Barre Syndrome
 
Prion disease
Prion diseasePrion disease
Prion disease
 

Similar to SSPE, myasthenia n LETM

myasthenia gravis final (1).ppt
myasthenia gravis final (1).pptmyasthenia gravis final (1).ppt
myasthenia gravis final (1).pptVarshaPatel72
 
Lab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrLab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrashokvardhan reddy
 
Lab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrLab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrashokvardhan reddy
 
Approach to the_patient_with_myopathy
Approach to the_patient_with_myopathyApproach to the_patient_with_myopathy
Approach to the_patient_with_myopathyMohit Aggarwal
 
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...Apollo Hospitals
 
A case of unsteadiness and limb weakness
A case of unsteadiness and limb weaknessA case of unsteadiness and limb weakness
A case of unsteadiness and limb weaknessRichard McCrory
 
Frontal syndrome and mid-brain lesion
Frontal syndrome and mid-brain lesionFrontal syndrome and mid-brain lesion
Frontal syndrome and mid-brain lesionRichard Brown
 
anti NMDA receptor encephalitis - Copy.pptx
 anti NMDA receptor encephalitis - Copy.pptx anti NMDA receptor encephalitis - Copy.pptx
anti NMDA receptor encephalitis - Copy.pptxsumeetsingh837653
 
Neurology 8th multiple sclerosis
Neurology 8th multiple sclerosisNeurology 8th multiple sclerosis
Neurology 8th multiple sclerosisRamiAboali
 
CIDP recent advances
CIDP recent advances  CIDP recent advances
CIDP recent advances NeurologyKota
 
Myasthenia gravis guest_lecture[1]
Myasthenia gravis guest_lecture[1]Myasthenia gravis guest_lecture[1]
Myasthenia gravis guest_lecture[1]Gainuta
 
Neromyelitis Optica Spectrum Disorder.pptx
Neromyelitis Optica Spectrum Disorder.pptxNeromyelitis Optica Spectrum Disorder.pptx
Neromyelitis Optica Spectrum Disorder.pptxmaulida47
 

Similar to SSPE, myasthenia n LETM (20)

A Case of CIDP
A Case of CIDPA Case of CIDP
A Case of CIDP
 
myasthenia gravis final (1).ppt
myasthenia gravis final (1).pptmyasthenia gravis final (1).ppt
myasthenia gravis final (1).ppt
 
A Case of Leukaemic Meningitis
A Case of Leukaemic MeningitisA Case of Leukaemic Meningitis
A Case of Leukaemic Meningitis
 
Lab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrLab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavr
 
Lab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavrLab diagnosis of chronic meningitis. tavr
Lab diagnosis of chronic meningitis. tavr
 
Approach to the_patient_with_myopathy
Approach to the_patient_with_myopathyApproach to the_patient_with_myopathy
Approach to the_patient_with_myopathy
 
A Case of Chorea following ASV
A Case of Chorea following ASVA Case of Chorea following ASV
A Case of Chorea following ASV
 
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...
A case of Neuromyelitis optica as a presenting manifestation of Systemic Lupu...
 
A case of unsteadiness and limb weakness
A case of unsteadiness and limb weaknessA case of unsteadiness and limb weakness
A case of unsteadiness and limb weakness
 
Frontal syndrome and mid-brain lesion
Frontal syndrome and mid-brain lesionFrontal syndrome and mid-brain lesion
Frontal syndrome and mid-brain lesion
 
anti NMDA receptor encephalitis - Copy.pptx
 anti NMDA receptor encephalitis - Copy.pptx anti NMDA receptor encephalitis - Copy.pptx
anti NMDA receptor encephalitis - Copy.pptx
 
Neurology 8th multiple sclerosis
Neurology 8th multiple sclerosisNeurology 8th multiple sclerosis
Neurology 8th multiple sclerosis
 
CIDP recent advances
CIDP recent advances  CIDP recent advances
CIDP recent advances
 
A Case of Oro-Facio-Bulbar weakness
A Case of Oro-Facio-Bulbar weaknessA Case of Oro-Facio-Bulbar weakness
A Case of Oro-Facio-Bulbar weakness
 
Myasthenia gravis guest_lecture[1]
Myasthenia gravis guest_lecture[1]Myasthenia gravis guest_lecture[1]
Myasthenia gravis guest_lecture[1]
 
Myasthenia gravis
Myasthenia gravisMyasthenia gravis
Myasthenia gravis
 
Myasthenia gravis
Myasthenia gravisMyasthenia gravis
Myasthenia gravis
 
Paraneoplastic syndromes CNS manifestations
Paraneoplastic syndromes   CNS manifestationsParaneoplastic syndromes   CNS manifestations
Paraneoplastic syndromes CNS manifestations
 
Neromyelitis Optica Spectrum Disorder.pptx
Neromyelitis Optica Spectrum Disorder.pptxNeromyelitis Optica Spectrum Disorder.pptx
Neromyelitis Optica Spectrum Disorder.pptx
 
Lecture section...Myasthenia Gravis
Lecture section...Myasthenia GravisLecture section...Myasthenia Gravis
Lecture section...Myasthenia Gravis
 

SSPE, myasthenia n LETM

  • 1. CLINICAL CASE DISCUSSION UNIT 6 GUIDES: Dr.A.Pauranik Dr.P.Shivde Dr.A.Verma Candidate: Dr.Amith R
  • 2. Case 1: Purpose of presentation.  Rarity of the case  Peculiar clinical picture.
  • 3. Case Scenario  24 year male, laundry business. Involuntary jerky movements of extremities and trunk - 8 months. Difficulty while walking. Interruption while speaking.  Involuntary movements are not suppressible voluntarily & are absent during sleep  No stiffness of limbs, weakness or sensory symptoms.  No c/o forgetfulness, abnormal behaviour.  No visual disturbances, dysphagia.  No bowel, bladder incontinence.
  • 4. Examination  General examination : normal  Nervous system : Conscious oriented to TPP. Higher mental functions: memory, intelligence is normal Speech: fluency is affected by pauses during the jerks Cranial Nerves: Normal
  • 5. Contd..  Motor system: Nutrition – normal Tone – Normal Power – Normal.  Involuntary movements: - present at rest - involves limb and axial musculature, - abrupt , brief & arrhythmic - repetitive with frequency of 15-16/min, - large amplitude with dystonic posturing of upper limbs - not stimulus sensitive
  • 6.  Sensory system : Within normal limits  Cerebellar signs – absent.  Gait – normal except for pauses during the episodes of jerks.
  • 7.
  • 8. MRI
  • 9. Bilateral & near symmetrical T2 hyperintense signal in posterior putamen, Slightly larger on the right. Both reveal restriction of diffusion & are hypo on T1. No cortical or white matter changes seen.
  • 10. EEG Stereotyped periodic complexes with normal background Strongly suggestive of SSPE.
  • 11. CSF Analysis  Routine: Glucose-64 mg/dl Protein- 68 mg/dl Cells- 2/cu.mm  Measles IgG antibodies by EIA Serum IgG 3764 U/ml CSF IgG 16205 U/ml CSF/Serum Quotient 2.62 (N- <1.3 E- 1.3-1.5 P- >1.5) CLINICALCHEMISTRY, Vol.37, No.7, 1991
  • 12. Subacute Sclerosing Pan Encephalitis (SSPE)  Fatal neurodegenerative disorder- sequel to early childhood measles.  Prevalence in India is 6-8/million population.  Virus remains dormant intracellularly & manifests as SSPE a decade later.  Avg interval between measles & SSPE is 8-11 yrs.  Increasing age of onset, more aggressive is the course.
  • 13. Diagnostic Criteria  Definitive: 3 out of 5 should be positive  Clinically progressive, subacute cognitive deterioration or typical signs like myoclonus.  EEG -Periodic, stereotyped, high voltage discharges.  Cerebrospinal fluid raised gammaglobulin or oligoclonal pattern  Measles antibodies raised titre in serum and/or cerebrospinal fluid.  Brain biopsy suggestive of panencephalitis . Subacute sclerosing panencephalitis. Neurol Clinical (31) 79–95
  • 14. What’s atypical in our patient?  Age of onset.  Absence of other symptoms.  MRI abnormality. Neurology India Sept-Oct 2012/Vol 60/Issue 5 Am J Neuroradiol 17:761–772, April 1996
  • 15. Treatment  No curative therapy.  Disease modifying agents - Isoprinosine - Levamisole - Amantidine - Interferan alpha - IVIg Postgrad Med J 2002. 7863–70.70.
  • 16. Case 2 Purpose of presentation Management issues in a common disease  18 yr old female student.  3 months h/o drooping of eyelid, difficulty in chewing, swallowing & change of voice associated with generalised weakness.  Symptoms worsen as the day progress and improve on resting.  No limb weakness or sensory symptoms.  Examination reveals ptosis on Lt side, reduced elevation of soft palate b’l with preserved gag reflex.  Fatigability of limbs on sustained contraction
  • 17. Diagnostic tests  Edrophonium (Prostigmin)test.  Anti- AchR antibodies.  Electrodiagnostic testing.  Ocular cooling. Bradley's Neurology in Clinical Practice- 6th Ed
  • 19.  Anti Ach receptor antibodies – Positive 0.65 nmol/L(< 0.25nmol/L)  Thyroid functions are normal
  • 20. Myasthenia Gravis  Incidence of 3-5/1,00,000 in India.  More common in females but in India M>F.  Females in 1-2 decade but in males in 5-6 decade. Neurology India Jul-Aug 2009/Vol 57/Issue 4
  • 21. Treatment  Pyridostigmine  Prednisolone.  Azathioprine.  Thymectomy… Bradley's Neurology in Clinical Practice- 6th Ed
  • 22.
  • 23. Thymectomy in myasthenia  Absolutely indicated in cases of thymoma regardless of age.  Nonthymomatous generalised MG : Early onset Anti Ach receptor positive cases.  Less effective in seronegative Anti Musk Ab positive patients.  Preferred approach is transthoracic sternal splitting procedure Bradley's Neurology in Clinical Practice- 6th Ed Neurology India Jul-Aug 2009/Vol 57/Issue 4
  • 24. Case 3 Purpose of presentation  Clinical syndrome of transverse myelitis is common.  This can occur due to LETM.(post MRI era)  List of causes for LETM is long and requires exhaustive workup.  Even after exhaustive workup cause may not be known.
  • 25. Case Scenario  55 yr old male . Building contractor Tingling & numbness of both lower limbs 8 months Progressive weakness of both lower limbs (L>R). Hesitancy & dribbling micturition, No retention or incontinence.  Involuntary movements of both lower limbs (L>R).  Band like sensation around the waist, No backache or weakness of upper limbs.  No h/o diminution of vision, breathing difficulty
  • 26. Examination  Vitals : normal  Nervous System: - Conscious oriented to TPP. - Higher mental functions : normal - Findings are confined to motor & sensory system.
  • 27. contd….  Motor system examination:  Beevors sign: positive  Neck muscles: power 5/5 RUL LUL RLL LLL Nutrition N N N N Tone N N ↑↑ ↑↑ Power 5/5 5/5 4-/5 3/5 Coordination Normal Normal Impaired Impaired Involuntary movements Absent Absent Clonus Clonus
  • 28.  Reflexes : Upper limb DTR were brisk, Hoffman's & Wartenberg negative Lower limb reflexes exaggerated with ankle & patellar clonus.  Abdominal and cremastric reflexes absent.  Plantars are extensor bilaterally.  No cerebellar signs.  Romberg's: positive.  Sensory system examination: Pain, temperature, vibration & joint position sense absent till level of ASIS.
  • 29. Diagnosis  Anatomical: Myelopathy Lower Dorsal (D11- 12) Pyramidal, Posterior column, Spinothalamic ± Autonomic involvement
  • 30. Diagnosis  Pathological: - Inflammation = Transverse myelitis. - Nutritional = Vit B12 deficiency - Ischemic = Spinal cord infarction. - Dural AVM - Tumour & other causes of compression
  • 33.
  • 34.
  • 35.
  • 36. MRI Spine  Evidence of a long segment intramedullary T2 hyperintense signal seen in dorsal cord extending from D7 upto D11/12 segments. Both half of cord appear involved and involved cord appears edematous.  The possibility of inflammatory demyelinating disease like LETM is more likely.
  • 37. Longitudinally Extensive Transverse Myelitis(LETM)  Spinal cord inflammation extending 3 or more vertebral segments in length.  Can involve entire length of spinal cord, are much rarer.  Associated with greater morbidity than typical transverse myelitis. European Neurological Journal 2011; 3:(1)
  • 38. Neuromyelitis Optica(Devic’s disease)  Well recognised cause of LETM.  Demyelination of spinal cord and optic nerve.  Can have monophasic or relapsing course  Diagnosis is by clinical, radiological & serological criteria.  Poorer prognosis than MS European Neurological Journal 2011; 3:(1)
  • 39. Diagnostic Criteria for NMO 1: Optic Neuritis AND 2: Myelitis AND 3: Atleast two of the following (a) Contiguous spinal cord MRI lesion extending 3 or more segments (b) Brain MRI not meeting criteria for MS (c) NMO IgG seropositive status European Neurological Journal 2011; 3:(1)
  • 40. In our patient  Optic neuritis - Visual evoked potential is normal  Myelitis - Satisfies the criteria.  Anti NMO antibody - negative
  • 41. Multiple Sclerosis  Commonly associated with partial transverse myelitis spanning 2 or less spinal segments.  LETM common in Indians with the optico- spinal variant.  Have coexistent brain lesions. Bradley's Neurology in Clinical Practice- 6th Ed
  • 42. In our patient  CSF Analysis: - Opening pressure: 10 cm of H2O. - Pandy’s : Negative. - Glucose : 63 mg%(40-70) - Protein : 101 mg%(15-40) - Total cells: 2 (100% lymphocytes) - Oligoclonal bands: No band seen. - ADA : 5
  • 43. MRI Brain : No abnormality detected
  • 44. Systemic Lupus Erythematosis(SLE)  Most severe and rare complication of SLE seen in 1-3% patients.  Majority occurs shortly after SLE is diagnosed  Recurrence is frequent  Preceded usually by non specific prodromal symptoms Myelitis in the course of SLE- POLSKIE ARCHIWUM 2009,119
  • 45. Diagnostic Criteria for myelitis in SLE by ACR Rapid onset of one or more of the following Bilateral weakness of legs with or without arms, may be asymmetrical Sensory impairment with cord level similar to that of motor weakness www.rheumatology.org/publications/1999/499ap10 Exclusion Criteria Mass lesion causing compression of or within spinal cord Cauda equina lesion
  • 46. In our patient  CBC : Normal  Urinanalysis : Normal  ESR : 10 mm/hr.  CRP : 0.6 (N-0.6)  ANA -0.649 (positive >1.4)  Anti dsDNA – Negative  aPTT – 35 sec
  • 47. HIV  Myelopathy seen in 5-10%  Most common being vacuolar myelopathy.  Seen mostly in advanced stages  Rare after introduction of cART.  In our patient- HIV 1 & 2 both were negative.  VDRL -Nonreactive Intern Med 50: 1615-1617, 2011
  • 48. Sarcoidosis  Mainly subacute or chronic in presentation.  Most common in males in their early 40s  Lesions most often located in cervical or upper thoracic region.  Associated commonly with respiratory symptoms. European Neurological Journal 2011; 3:(1)
  • 49. In our patient  Serum ACE – 26mcg/L (N < 40mcg/L)  CRP – normal.  S. Calcium – 9.7
  • 50. Other investigations  Serum B12 – 931.7 (211-911).  USG abdomen & pelvis: enlarged prostate.  LFT : Normal.  TSH: 1.56
  • 51. CAUSES OF LETM Inflammatory Neuromyelitis Optica Multiple Sclerosis SLE Behcet’s syndrome Sarcoidosis Sjogren’s syndrome Infectious HIV HTLV I & II Neurosyphilis CMV Herpes simplex Varicella zoster European Neurological Journal 2011; 3:(1)
  • 52. Vascular Dural AVM Spinal cord infarction Intramedullary spinal neoplasms Ependymoma Astrocytoma Radiation myelitis European Neurological Journal 2011; 3:(1)