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Innovative, Simple Models for Teaching Neuroanatomy Using the Elnady Technique

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Plastination is a valuable tool for the teaching of neuroanatomy. However, the high cost of the process and the complexity of sheet plastination for brain slices remains a challenge. This article describes an innovative, simple, and inexpensive method, called the Elnady Technique, to develop brain slices of various domestic animals. The slices are either enveloped in lamination sheets using an electric iron, or enveloped in transparent plastic using an impulse sealer. This fast, effortless process results in realistic, durable, odorless, soft, flexible slices. The models provide accurate three-dimensional (3D) reference guides for demonstration of neuroanatomical structures that show soft tissue contrast between the gray and white matter. This makes them invaluable for interpretation of clinical imaging modalities, such as computed tomography (CT) and magnetic resonance imaging (MRI). These ethically sourced models can provide a replacement for the killing of animals for practical classes.
University of Toronto Press Inc. (UTPress)
Title: Innovative, Simple Models for Teaching Neuroanatomy Using the Elnady Technique
Description:
Plastination is a valuable tool for the teaching of neuroanatomy.
However, the high cost of the process and the complexity of sheet plastination for brain slices remains a challenge.
This article describes an innovative, simple, and inexpensive method, called the Elnady Technique, to develop brain slices of various domestic animals.
The slices are either enveloped in lamination sheets using an electric iron, or enveloped in transparent plastic using an impulse sealer.
This fast, effortless process results in realistic, durable, odorless, soft, flexible slices.
The models provide accurate three-dimensional (3D) reference guides for demonstration of neuroanatomical structures that show soft tissue contrast between the gray and white matter.
This makes them invaluable for interpretation of clinical imaging modalities, such as computed tomography (CT) and magnetic resonance imaging (MRI).
These ethically sourced models can provide a replacement for the killing of animals for practical classes.

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