Name: Žmogaus Smegenų 3D Modelis Erler-Zimmer Human Brain 3D Printed Model - Labostera
Price: 1.00 EUR
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Erler-Zimmer GmbH & Co. KG 3D model of the human brain:

Model MP1100: This 3D model preserves several deep cerebellar and diencephalon structures up to the proximal medulla oblongata and adds another isolated brainstem.
Model MP1101: This 3D model provides an isolated view of the brainstem anatomy from the midbrain to the medulla oblongata and complements the other diencephalon/brainstem 3D model.
Model MP1102: This 3D model is a midsagittal half-slice through the brain, preserving the right-sided anatomy and deep brain structures.
Model MP1103: This 3D model provides a unique view of the anatomy of the cerebrum in relation to the meninges.
Model MP1104: This 3D model provides a combination of a midsagittal section through the head and upper neck, along with a deep dissection into the infratemporal foramen and a superficial scalp dissection.
Model MP1105: This 3D model combines a midsagittal section of the head with an anatomical view of the brain and cranial cavity.
Model MP1106: This 3D model presents a midsagittal to parasagittal head segment on the right side to demonstrate the relationship of the communication pathways of the paranasal sinuses to the nasal cavity.
Model MP1107: This 3D model of the head and neck depicts a specimen cut near the midsagittal plane to preserve some of the central anatomical structures.
Model MP1108: This 3D model presents a superficial dissection of the left side of the face in front of the ear, along with false staining highlighting the uneven neurovascular structures.
Model MP1109: This 3D model presents the superficial anatomy of the face and head and complements the superficial facial anatomy of our HW 44 model with extended dissections through the occipital skin and dorsal parts of the head.
Model MP1110: This 3D model preserves a break through the cranial cavity with partial brain dissection and touches the roof of the left orbit, along with deep dissection into the face and temporomandibular joint region.
Model MP1111: This 3D model presents a perspective of the endocranial cavity without the brain, and a lateral dissection along with the neck anatomy.
Model MP1112: This 3D model provides superficial dissection capability into the lateral face to demonstrate the anatomy of the parotid gland relative to superficial features and neurovascular structures.