EnglishPortugueseSpanish

Method of diagnostic non-contrasts fragments in the human body

Resumo do projeto

In the war with Ukraine, the Russian Federation very widely uses prohibited ammunition, in particular cluster shells, tries to destroy the infrastructure, as a result of which our soldiers and the civilian population receive serious shrapnel and bullet injuries to the body and limbs. This necessitates an increase in the volume of military field surgery aimed at primary and restorative care for victims of the specified injuries. Since the injury often occurs not only with radiopaque fragments and bullets, the diagnosis of the position of foreign bodies in the wound channel or in the patient’s cavity is complicated. At the same time, the ability of glass to shatter in the body requires the opening of wounds for treatment and removal of these foreign objects, which increases the trauma and prolongs the rehabilitation period of the patient. Therefore, the search for simple and reliable means of diagnosing foreign objects in the patient’s body in the battlefield is an urgent and extremely important task today, the solution of which can save the life and health of thousands of wounded. Research scientific work was devoted to the search and development of a new method of diagnosing the presence of non-contrast foreign objects (fragments) in a patient’s wound by means of direct contact. Experiments were carried out for the research – extraction of a fragment from the simulator and study of the characteristics of the obtained noise diagrams. During the experiment, a surgical simulator was used and a copy of the fragment was reproduced by the method of 3D printing. A study of controlled signals depending on the type of foreign object in the wound channel was conducted. As a result, the functional conditioning of the controlled signals from the shape and type of the foreign object was revealed. The scientific novelty is that the functional conditioning of controlled signals from the shape and type of a foreign object in the wound canal has been revealed. The practical significance lies in the development of a fundamentally new tool for inspecting wound canals, consisting of a flexible probe for individual use and a handle of a holder with a microphone capsule, the membrane of which is directly connected to the probe and reacts to mechanical contact with an obstacle, and the capsule itself through a signal amplifier directly from connected to an oscilloscope that has spectral signal processing chains. P.S. Real human tissues and fragments were NOT used in the scientific work. The experiment was conducted using simulators.

Alunos

Bohdan Salenko
- - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - - - - - -

Orientadores

Yana Cheishvili

Instituição

National center “Junior Academy of Sciences of Ukraine” under the auspices of UNESCO
Kyiv /
  Kyiv –  
  Kyiv –
  Ukraine

Deixe seu comentário

O que você achou deste projeto? Participe deixando seu comentário a seguir:

Subscribe
Notify of
guest
1 Comentário
Oldest
Newest Most Voted
Inline Feedbacks
View all comments
E.M.A.
E.M.A.
7 meses atrás

Congratulations about your project!
Technologies like this could be usefull in Brazil once we have lived in a true war for many decades. Please, go ahead with your project!

0

Alunos

Bohdan Salenko
- - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - - - - - -

Orientadores

Yana Cheishvili

Instituição

National center “Junior Academy of Sciences of Ukraine” under the auspices of UNESCO
  Kyiv –  
  Kyiv –
  Ukraine

Prêmios e Incentivos Educacionais Oferecidos

Áreas de pesquisa

Conheça os projetos que estão concorrendo em todas as áreas de pesquisa da Mostratec Virtual:

Biologia Celular e Molecular e Microbiologia
Bioquímica e Química
Ciências Ambientais
Ciências Animais e de Plantas
Ciências da Computação
Ciências Planetárias e Terrestres e Matemática e Física
Ciências da Saúde
Educação e Humanidades
Engenharia Ambiental e Sanitária
Engenharia e Materiais
Engenharia Elétrica
Engenharia Eletrônica
Engenharia Mecânica
História e Ciências Sociais

REALIZAÇÃO

PATROCÍNIO

APOIO

MOSTRATEC Virtual

Mostra Internacional de Ciência e Tecnologia
Mostra Brasileira de Ciência e Tecnologia

Desenvolvido por SiriusPrime
1
0
Clique para deixar seu comentário e participar!x
()
x

Premiação Júri Popular

Para a premiação do Júri Popular, só serão considerados válidos os votos únicos (um por usuário) e que forem realizados entre 0:00 de 25/10 às 23:59 de 28/10.

Teste do Perfil Empreendedor

Preencha os seus dados a seguir para realizar o seu teste: