Brain and CNS Cancer Abstracting Boot Camp

Categories: brain and CNS

About Course

Start with the normal brain, spinal cord, meninges and pituitary. Learn how primary CNS tumors arise, why location causes symptoms, common risk factors, incidence and the diagnostic path from examination and imaging to integrated neuropathology. Learn where cerebrospinal fluid and the neuraxis fit, and why a conventional regional lymph-node chain is usually not assigned for these CNS schemas. No registry codes are needed in the foundation lessons.

Then build an abstract in clinical order: reportability and primary site; separate 2026 malignant and nonmalignant CNS multiple-primary and histology rules; laterality and lifetime sequence; grade and molecular findings; EOD and Summary Stage; surgery, radiation and systemic treatment. The radiation lessons compare consultation, simulation, delivered fractions, target, planning and dose.

Five fictional 2026 patient chart packets include dated physician, imaging, operative, pathology and treatment records. The revised interactive lab lets learners choose site, histology, laterality, sequence, behavior, grade, extent and first-course treatment, then write registry text and check radiation examples. A course summary, comprehensive final exam and feedback questionnaire close the boot camp. Use diagnosis-year SEER, SEER*RSA, Grade and STORE manuals for final coding decisions.

Course Content

Start Here: Brain and CNS Foundations
Meet the brain, spinal cord, meninges, and their normal functions. Learn how tumors arise, why location affects symptoms, how they can spread, and how clinicians investigate a new lesion before any registry coding.

Brain and Spinal Cord: What They Normally Do
What a CNS Tumor Is and How It Affects the Patient
From First Symptom to a CNS Diagnosis and Treatment Plan
Foundation Summary and Clinical Check

Module 1: Brain and CNS Anatomy, Reportability, and Diagnostic Sources
Map primary brain, meninges, spinal cord, nerve root, and intracranial gland sites; follow imaging, neurosurgery, pathology, and integrated diagnosis. Decide whether the tumor enters malignant or nonmalignant CNS rules. Includes source decisions, recap, review, and feedback.

Module 2: Malignant Brain and CNS Solid Tumor Rules
Apply the 2026 Malignant CNS and Peripheral Nerves multiple-primary and histology rules to /3 primary tumors. Work rule order, timing, paired and multifocal findings, recurrent disease, integrated molecular diagnosis, and behavior-specific examples. Includes interactive decisions, recap, review, and feedback.

Module 3: Benign and Borderline CNS Solid Tumor Rules
Apply the separate 2026 Non-Malignant CNS rules to reportable /0 and /1 tumors of eligible intracranial and CNS sites. Practice meningiomas, pituitary and nerve-root examples, multiple primaries, histology, behavior, and site boundaries. Includes interactive decisions, recap, review, and feedback.

Module 4: CNS Grade and Molecular Data Items
Code clinical and pathological WHO grade for brain, CNS Other, and intracranial gland schemas; interpret integrated diagnoses and select applicable molecular SSDIs using the 2026 Grade Manual and SEER*RSA. Includes case decisions, recap, scored review, and feedback.

Module 5: CNS Extent of Disease and Summary Stage
Use the 2026 Brain, CNS Other, and Intracranial Gland SEER*RSA schemas to code primary tumor extent, nodes, metastases, and Summary Stage. Distinguish direct extension, midline shift, CSF/drop metastasis, and the nonmalignant codes. Includes interactive source decisions, recap, review, and feedback.

Module 6: CNS Surgery, Radiation, and Systemic Therapy
Abstract first-course CNS treatment from operative, radiation, and oncology records. Apply 2026 site-specific surgery codes, distinguish stereotactic biopsy from radiosurgery, capture radiation phases and systemic agents, and document treatment timing. Includes interactive decisions, recap, review, and feedback.

Module 7: Brain and CNS Practice Abstracting Lab
Work five fictional 2026 patient charts: glioblastoma, oligodendroglioma, benign meningioma, spinal ependymoma, and pituitary adenoma. Read complete dated source records, enter case-based codes, check field-by-field explanations, and review a QC workpaper and module feedback.

Case 1: Frontal glioblastoma, subtotal resection and chemoradiation
Case 2: Temporal oligodendroglioma, gross total resection
Case 3: Benign cerebral meningioma, resection
Case 4: Spinal cord ependymoma with postoperative radiation
Case 5: Pituitary adenoma under active surveillance
Module 7 Summary: CNS Abstract Quality Check
Module 7 Review: Five CNS Chart Decisions
Module 7 Feedback: Practice Charts
Interactive Practice Software: Five Brain and CNS Cases
Registry Text: Build a Traceable Brain and CNS Abstract

Module 8: Brain and CNS Boot Camp Closing
Pull the whole abstract together with a concise course summary, a 20-question comprehensive final exam, and a separate ungraded course review. Revisit malignant and benign rules, site and reportability, grade and molecular data, extent, first-course treatment, and case quality checks.

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About Course

Course Content

Start Here: Brain and CNS Foundations Meet the brain, spinal cord, meninges, and their normal functions. Learn how tumors arise, why location affects symptoms, how they can spread, and how clinicians investigate a new lesion before any registry coding.

Brain and Spinal Cord: What They Normally Do

What a CNS Tumor Is and How It Affects the Patient

From First Symptom to a CNS Diagnosis and Treatment Plan

Foundation Summary and Clinical Check

Brain and CNS Map: Site, Behavior, and Source Trail

Reportability Gate: Malignant, Benign, and Borderline CNS

Module 1 Summary: Find the Primary and Select the Rule Set

Module 1 Review: CNS Site and Reportability

Module 1 Feedback: CNS Diagnostic Sources

Malignant CNS: Choose the Rules and Build the Abstract

Malignant CNS Multiple Primaries: One Tumor or More?

Malignant CNS Histology: Read the Integrated Diagnosis

Module 2 Summary: Malignant CNS Rule Workpaper

Module 2 Review: Malignant CNS Primaries and Histology

Module 2 Feedback: Malignant CNS Rules

Nonmalignant CNS: Behavior, Site, Histology, and Rule Selection

Nonmalignant CNS Multiple Primaries: Apply M Rules in Order

Nonmalignant CNS Histology: Diagnosis, Subtype, and Behavior

Module 3 Summary: Benign and Borderline CNS Workpaper

Module 3 Review: Benign and Borderline CNS Rules

Module 3 Feedback: Nonmalignant CNS Rules

CNS Grade: Clinical, Pathological, and Behavior

Brain Molecular Markers: Use the Integrated Diagnosis

CNS SSDIs: 1p, 19q, MGMT, and Brain Stem Location

Module 4 Summary: Grade and Molecular Workpaper

Module 4 Review: CNS Grade and Molecular Items

Module 4 Feedback: CNS Grade and Markers

CNS EOD Primary Tumor: Choose the Schema and Extension

CNS EOD Nodes and Mets: Direct Spread or Drop Metastasis?

CNS Summary Stage and Text-Staging: Tell the Extent Story

Module 5 Summary: CNS Extent Workpaper

Module 5 Review: CNS EOD and Summary Stage

Module 5 Feedback: CNS Staging and Extent

First-Course CNS Treatment: Build the Timeline

CNS Surgery: What the Operation Actually Did

CNS Radiation: Target, Course, and Phases

CNS Systemic Therapy: Agent, Evidence, and Timing

Module 6 Summary: CNS Treatment Workpaper

Module 6 Review: CNS Treatment Decisions

Module 6 Feedback: CNS Treatment

Case 1: Frontal glioblastoma, subtotal resection and chemoradiation

Case 2: Temporal oligodendroglioma, gross total resection

Case 3: Benign cerebral meningioma, resection

Case 4: Spinal cord ependymoma with postoperative radiation

Case 5: Pituitary adenoma under active surveillance

Module 7 Summary: CNS Abstract Quality Check

Module 7 Review: Five CNS Chart Decisions

Module 7 Feedback: Practice Charts

Interactive Practice Software: Five Brain and CNS Cases

Registry Text: Build a Traceable Brain and CNS Abstract

Course Summary: The Brain and CNS Abstracting Workflow

Brain and CNS Boot Camp Comprehensive Final Exam

Brain and CNS Boot Camp Course Review

Student Ratings & Reviews

Start Here: Brain and CNS Foundations
Meet the brain, spinal cord, meninges, and their normal functions. Learn how tumors arise, why location affects symptoms, how they can spread, and how clinicians investigate a new lesion before any registry coding.