GeneralSmart

Surgery Emulation Machine is designed for surgeon practitioners and medical students. The main purpose is to simulate an upcoming invasive surgery in a test environment. The system is equipped with a module that is able to generate different kinds of operation complications based on the data received from sources like client history of illness, MRI and CT scans, etc.¶
The product is intended to provide the similarity to surgical procedure on a body of alive human, which cannot be always achieved with using a dead body.

There is an idea, the market was monitored, a presentation was made, a simulator apparatus was created.

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SEM has all the chances to become the major training base for practitioning surgeons to help them be prepared for numeros non-predictable cases during even simple medical procedures. Constant improving and updating the module of emergency cases will allow the doctors be well trained and confident to perform a real operation.¶
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The system improves diagnosis abilities and practical possibilities of doctors by tracking and verifying of a surgeon’s sequence of actions and their correctness during the virtual operation, trains making critical medical decisions in real time. In such a way we are developing a new level of learning bases.¶

The International Federation of Associations of Anatomists (IFAA) recommended in 2012 that only donated bodies be used for anatomy teaching and research. However, in many countries around the world, anatomists still depend on bodies that do not stem from voluntary donations by the deceased but, rather, are “unclaimed.”

The sources of human tissue used for medical education and research depend on local legislation, the awareness and willingness of the population to contribute to anatomy education, cultural and religious customs, and socioeconomic factors. Today, the most common sources are body donation programs and “unclaimed” bodies—that is, bodies of individuals who die without relatives or friends to claim them for burial or without the means to afford burial. Some countries import cadavers from abroad. The heterogeneous geographical distribution of body sources cannot easily be accounted for, but religion, culture, and folk beliefs about what should happen to bodies after death play a role. Implementation of the IFAA recommendations still has a long way to go, but it is encouraging that functioning body donation programs exist on all continents and that there are examples of recent rises in donations and of anatomists initiating new donation programs.

SEM intentions are to make all surgery clinics and schools independent and resistant to lack of bodies for anatomy education and practice. Along with the main idea, the project allows people to keep their traditions, religion, and willingness untouchable.

Medical surgery and education with this application reaches a new level of learning and practicing. The product can be used in upcoming operation training cases and in learning purposes for human and veterinary surgeries.

There are no direct competitors.

The main advantage is that it will be possible to minimize risks, to make all the necessary examinations of the patient.

I sell the idea, the first stages of development. In order to complete the project and put up the full sale of the simulator.

Our client is medical students, as well as practicing surgeons.

Risks:
- it will be allowed to use dead bodies for training, then the simulator will not be needed
- robots will replace doctors

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