The Cerebral Haemorrhage, secondary to Acute Myeloid Leukaemia is a clinical-grade 3D printed anatomical model designed for medical educators and healthcare professionals. It vividly demonstrates multiple cerebral haemorrhages due to AML, helping users understand the neurological impacts of blood disorders. This model allows realistic, hands-on teaching of disease complications and acute patient presentations.

Enhance Pathology Training with a Realistic AML Brain Haemorrhage Model

This highly detailed 3D printed model offers a superior educational experience by recreating a true-to-life horizontal brain slice. The Cerebral Haemorrhage, secondary to Acute Myeloid Leukaemia model displays two prominent 5 cm intraparenchymal bleeds in the right frontal and parietal lobes, along with several smaller haemorrhages. Instructors use this model to clearly illustrate the relationship between myeloid leukemia, thrombocytopaenia, and intracranial bleeding. Medical students and clinicians gain critical insights into the acute clinical consequences of AML, improving diagnostic and management skills for life-threatening emergencies.

Features and Benefits

• Clinical-grade 3D printed brain model based on actual pathology
• Demonstrates multiple intraparenchymal cerebral haemorrhages including two large (5 cm) bleeds
• Showcases white matter haemorrhages bilaterally
• Crafted for medical education and training
• Durable and accurate anatomical representation
• Assists in explaining AML complications and cerebral haemorrhage
• Ideal for lectures, demonstrations, simulation training, and exams
• Australian dispatch with tracked, reliable shipping

Indications for Use

• Medical, nursing, and allied health education focused on haematological emergencies
• Pathology and anatomy courses requiring realistic cerebral haemorrhage models
• Simulation training for acute myeloid leukaemia complications
• Patient, student, and public education on AML-related brain haemorrhages

Size Guide

• Full horizontal anatomical brain slice with superior cut surface
• Displays two large (5 cm diameter) intraparenchymal haemorrhages
• Includes multiple small white matter haemorrhages across both hemispheres