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Starry Sky Intracranial Granulomas with Spinal Granulomas
Starry Sky Intracranial Granulomas with Spinal Granulomas 23/01/2019 https://www.pediatriconcall.com/Journal/images/journal_cover.jpg
Tsering Yangchen1, Ira Shah2.
1Seth G S Medical College, Mumbai, India and Pediatric Infectious Diseases, Levioza Health Care, Mumbai, India, 2.

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Yangchen T, Shah I. Starry Sky Intracranial Granulomas with Spinal Granulomas. Pediatr Oncall J. 2020;17. doi: 10.7199/ped.oncall.2020.1

Address for Correspondence
Tsering Yangchen, Seth G S Medical College, Mumbai, India.

Email
mbbs160172@kem.edu

Clinical Problem :
An 8 years old female, presented in Feb 2015 with fever and headache for 15 days. She was admitted in a hospital a week ago after she developed right lateral rectus palsy. There was no contact with a patient having TB. CT brain showed nodular area with surrounding hypodensity in left anterior gangliocapsular region. MRI brain showed granulomas in cerebral, cerebellar hemispheres and brain stem along with moderate obstructive hydrocephalus with meningeal enhancement like a starry sky appearance (Figure 1). The lesions were hyperintense on T1 and hypointense on T2 and Flair. There were also spinal granulomas. (Figure 2) X-Ray chest was normal, Mantoux test was negative and Dengue IgM positive. Cerebrospinal fluid (CSF) was cloudy with 800 cells (95% polymorphs and 5% lymphocytes), proteins 42 mg/dl glucose 27mg/dl with corresponding blood sugar of 135mg/dl. CSF geneXpert was negative for Mycobacterium tuberculosis (MTB). HIV Elisa was negative. On examination, weight was 16.5 kg, she had meningeal signs and right lateral rectus palsy.


 
Question :
What is the likely diagnosis?
 
Expert Opinion :
The patient was started on anti-tuberculosis treatment (ATT) along with prednisolone. After one week, her fever subsided and lateral rectus palsy also improved. She was advised to continue her ATT. Her CSF TB culture at the end of 6 weeks grew MTB that was sensitive to the first line ATT.
There are multiple infectious, neoplastic, inflammatory, demyelinating and vascular causes of multiple ring-enhancing lesions.1 In tropical India, the most common causes of multiple ring-enhancing lesions are neurocysticercosis and tuberculosis (TB), both of which often present with similar biochemical and radiological findings, thus causing a diagnostic dilemma.2 Starry-sky in the brain has been observed in neurocysticercosis in children3,4, however, its atypical presentation in CNS TB in children is rare, with only a few cases reported.5,6,7
TB, caused by Mycobacterium tuberculosis (MTB) is acquired by inhalation of droplet nuclei containing the bacilli that lodge in the alveoli.8 In a healthy immunocompetent host, the TH1 immune response tries to contain the bacilli by forming a tuberculoma. Before this happens, the bacilli drain into the lymph node and cause low-level bacteremia and get disseminated in the body, mainly to the organs receiving rich blood supply such as the brain (cerebral and cerebellar hemispheres and the basal ganglia that are highly oxygenated). A further event in the disseminated organ depends upon the balance between the host immune response and the virulence of the organism.9 For central nervous system (CNS) TB, the bacilli seeds to the brain, spinal cord or the meninges forming small subependymal or subpial focus known as the Rich focus.9 Location and control of these lesions ultimately determine the form of CNS TB that results. Rupture of these lesions most commonly presents as tuberculous meningitis (TBM). Tuberculous encephalitis, intracranial tuberculoma, and brain abscess are the less likely consequences.10 Intracranial tuberculomas are very rare and account for 10-30% of all intracranial masses in the developing world.11 Its incidence is highest in the pediatric population. TB lesions are commonly located at corticomedullary junction and periventricular region (rich blood supplies) and are mainly supratentorial in adults. In children, the cerebellum is more commonly involved than the cerebrum.9 Multiple lesions are less common than single lesions and when present, give the characteristic ‘starry sky appearance’ which, in a country like India, raises diagnostic dilemma with neurocysticercosis. Differentiation can be established by growing bacteriological isolation of MTB as was seen in our patient. The reason for the development of multiple tuberculomas is still not clear. Treatment consists of antituberculous therapy and steroids.
 
Funding:  None  
 
Conflict of Interest: None

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DOI No. :  https://doi.org/10.7199/ped.oncall.2020.1
 
Cite this article as :
Yangchen T, Shah I. Starry Sky Intracranial Granulomas with Spinal Granulomas. Pediatr Oncall J. 2020;17. doi: 10.7199/ped.oncall.2020.1
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