A technique of manufacturing anatomical preparations of the human brain based on injecting vessels with colored silicone (a technical note)

Ma, Shkarubo; Gf, Dobrovol'skiy; Ga, Polev; An, Shkarubo; Gs, Tarkhnishvili; Li, Spitsyna; Vv, Karnaukhov; Ae, Bykanov

doi:10.17116/oftalma201882259-64

Cited by 5 publications

(2 citation statements)

References 4 publications

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“…Training focuses on safely navigating and dissecting around major blood vessels. This includes learning to identify and isolate vessels, understanding the layers of brain tissue, and the use of microdissection tools to gently separate vessels from the surrounding neural structures (41). Preserving the integrity of vessels during dissection is crucial.…”

Section: Vascular Dissection and Preservation In Neurosurgical Trainingmentioning

confidence: 99%

Latex vascular injection as method for enhanced neurosurgical training and skills

Pérez-Cruz,

Macías-Duvignau,

Reyes-Soto

et al. 2024

Front. Surg.

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BackgroundTridimensional medical knowledge of human anatomy is a key step in the undergraduate and postgraduate medical education, especially in surgical fields. Training simulation before real surgical procedures is necessary to develop clinical competences and to minimize surgical complications.MethodsLatex injection of vascular system in brain and in head-neck segment is made after washing out of the vascular system and fixation of the specimen before and after latex injection.ResultsUsing this latex injection technique, the vascular system of 90% of brains and 80% of head-neck segments are well-perfused. Latex-injected vessels maintain real appearance compared to silicone, and more flexible vessels compared to resins. Besides, latex makes possible a better perfusion of small vessels.ConclusionsLatex vascular injection technique of the brain and head-neck segment is a simulation model for neurosurgical training based on real experiencing to improve surgical skills and surgical results.

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Section: Vascular Dissection and Preservation In Neurosurgical Trainingmentioning

confidence: 99%

Latex vascular injection as method for enhanced neurosurgical training and skills

Pérez-Cruz,

Macías-Duvignau,

Reyes-Soto

et al. 2024

Front. Surg.

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“…Для обучения и развития микрохирургических навыков у резидентов и практикующих нейрохирургов Шкарубо и соавт. (2018) предлагают изготовление наглядных анатомических препаратов с инъекцией внутренней сонной артерии и внутренней яремной вены цветным силиконом [7]. Выбор узконаправленного коррозионного метода напрямую влияет на качество получаемого образца.…”

Section: Article Received 29 December 2022 Article Accepted 4 August ...unclassified

Modern Methods of the Producing of Corrosive Anatomical Preparations

Romanova,

Aktemirov,

Burgomistrova

et al. 2023

MorphoLetter

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One of the pressing modern problems of teaching morphology is to make the development and teaching of human anatomy as visual as possible. The organs demonstrated during the study of this discipline must retain their natural shape and size. The quality of the resulting preparations depends on the development of technologies for influencing biomaterial, its preservation and embalming. An accurate and visual preparation is the most important tool for demonstrating normal and pathologically altered organs and tissues. The purpose of this review is to analyze the literature data on modern methods for manufacturing corrosive anatomical preparations. The materials for the review were sources of anatomical literature devoted to the issues of anatomical technology, conservation and production of anatomical preparations for teaching students and museum affairs. The work highlights the history of the development of methods for manufacturing anatomical preparations for use in educational demonstration purposes. A detailed analysis of data on currently used methods for producing corrosive preparations was carried out. The advantages of corrosive preparations and polymerizing compositions in comparison with preparations made using wet fixation and plastination methods are shown. A comparative analysis of the characteristics of known polymerizing compositions is presented. The prospects for the development of the corrosion method and its use for the clarity of teaching in educational institutions of medical and biological profiles, as well as the study of three-dimensional configurations of organs and vessels when planning surgical interventions, are determined. The main promising directions for improving the corrosion method are the selection of polymerizing compositions that are rational in their properties, the development of technical devices to facilitate the filling of vascular beds with solutions, as well as other tubular and hollow organs and structures with a polymer solution. Taking into account the development of clinical anatomy and the growing interest in the individual characteristics of organs and their typical anatomy, this method can be used to visually study the variant anatomy and blood supply of complex parenchymal organs.

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Anatomy of the extratemporal part of the facial nerve

Sufianov¹,

Yachkurinskikh²,

Mahanbetkhan³

et al. 2021

Oper. khir.

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A technique of manufacturing anatomical preparations of the human brain based on injecting vessels with colored silicone (a technical note)

Abstract: The proposed simple and inexpensive technique of manufacturing anatomical preparations improves the quality of training and mastering of microsurgical skills in residents and practicing neurosurgeons.

Cited by 5 publications

References 4 publications

Latex vascular injection as method for enhanced neurosurgical training and skills

Latex vascular injection as method for enhanced neurosurgical training and skills

Modern Methods of the Producing of Corrosive Anatomical Preparations

Anatomy of the extratemporal part of the facial nerve

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