Clinical characteristics and outcomes in leptomeningeal disease with or without brain metastasis: insights from an explorative data analysis of the Charité LMD registry - Scorecard - MDSpire

Clinical characteristics and outcomes in leptomeningeal disease with or without brain metastasis: insights from an explorative data analysis of the Charité LMD registry

  • By

  • David Wasilewski

  • Chiara Eitner

  • Rober Ates

  • Selin Murad

  • Zoe Shaked

  • Julia Alexandra Steinle

  • Andreas Wetzel-Yalelis

  • Tarik Alp Sargut

  • Judith Rösler

  • Majd Abdulhamid Samman

  • Peter Truckenmüller

  • Robert Mertens

  • Daniel Kroneberg

  • Alexander Kowski

  • Helena Radbruch

  • David Capper

  • Felix Ehret

  • Siyer Roohani

  • Nikolaj Frost

  • Jawed Nawabi

  • Julia Onken

  • Maximilian Schlaak

  • Jens-Uwe Blohmer

  • Uwe Pelzer

  • Ulrich Keller

  • Jalid Sehouli

  • Peter Vajkoczy

  • Ulrich Keilholz

  • Martin Misch

  • February 11, 2025

  • 0 min

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Clinical Scorecard: Clinical Features and Outcomes of Leptomeningeal Disease With and Without Accompanying Brain Metastases: Findings from an Exploratory Analysis of the Charité LMD Database

At a Glance

CategoryDetail
ConditionLeptomeningeal disease (LMD), also known as leptomeningeal metastasis (LMM), involving spread of cancer cells into leptomeninges and/or cerebrospinal fluid
Key MechanismsCancer cell dissemination into leptomeninges and CSF, often late-stage complication of metastatic malignancies with neurological deficits and hydrocephalus
Target PopulationPatients with solid tumor malignancies (breast cancer, NSCLC, melanoma, gastrointestinal tumors) with LMD, with or without brain metastases
Care SettingTertiary care center managing metastatic CNS disease with multidisciplinary approaches including neurosurgery, radiotherapy, and systemic therapies

Key Highlights

  • LMD occurs in 2–12% of metastatic cancer cases and up to 37% of patients with brain metastases at later disease stages
  • Diagnosis involves cranial/spinal MRI, CSF cytology, and biopsy in unclear cases; classification includes classic linear and nodular LMD
  • Prognostic factors include tumor type, Karnofsky performance score, CSF cytology positivity, LMD pattern, targeted therapies, and primary tumor control

Guideline-Based Recommendations

Diagnosis

  • Use cranial and spinal MRI to detect leptomeningeal involvement
  • Perform CSF sampling for cytology to confirm tumor cell presence
  • Consider biopsy in unclear diagnostic cases

Management

  • Local interventions such as neurosurgical resection of brain metastases and VP shunt or reservoir implantation for hydrocephalus
  • Radiotherapy including whole brain radiation therapy (WBRT) or craniospinal irradiation (CSI)
  • Systemic therapies including targeted therapy or receptor tyrosine kinase inhibitors after LMD diagnosis

Monitoring & Follow-up

  • Radiologic tumor assessment via MRI and CT staging to evaluate intracranial and extracranial disease burden
  • Classification of tumor response as complete response, partial response, stable disease, or progressive disease
  • Regular clinical and radiological follow-up to assess disease progression and treatment response

Risks

  • High morbidity associated with neurological deficits and hydrocephalus
  • Poor prognosis with late-stage metastatic CNS involvement
  • Increased risk of LMD relapse with longer overall survival due to improved systemic and local therapies

Patient & Prescribing Data

Patients with solid tumors and confirmed leptomeningeal disease, with or without brain metastases

Treatment includes multimodal approaches combining neurosurgery, radiotherapy, and systemic targeted therapies; prognostic factors influence treatment decisions and outcomes

Clinical Best Practices

  • Early and accurate diagnosis using combined MRI and CSF cytology to guide treatment
  • Stratify LMD patients by pattern (classic linear vs nodular) for prognostic assessment
  • Incorporate performance status and primary tumor control status in prognostic evaluation
  • Use multidisciplinary treatment approaches tailored to intracranial and extracranial disease burden
  • Apply standardized radiologic criteria (RANO, RECIST) for tumor response assessment
  • Consider molecular pathology data to guide targeted systemic therapies

References

Original Source(s)

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