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Презентация на тему Imitation of biological processes. Medical simulations and analysis

London, 11 May 2002Imitator - Medical Simulations and AnalysisImitator - IntroductionHuman body simulation software, developed in the Vinnitsa State Medical University (Ukraine)Modeling of all the internal biological processesFrom internal parts (organs) down to a cell levelCustomizable
London, 11 May 2002Imitator - Medical Simulations and AnalysisImitation ofBiological ProcessesMedical Simulations London, 11 May 2002Imitator - Medical Simulations and AnalysisImitator - IntroductionHuman body London, 11 May 2002Imitator - Medical Simulations and AnalysisThe concept of simulationStep-by-step London, 11 May 2002Imitator - Medical Simulations and AnalysisScope (internal processes)Interlocking model London, 11 May 2002Imitator - Medical Simulations and AnalysisScope (external factors)Environmenttemperature, partial London, 11 May 2002Imitator - Medical Simulations and AnalysisImplementationAdvanced graphics user interface London, 11 May 2002Imitator - Medical Simulations and AnalysisHow it worksLunch the London, 11 May 2002Imitator - Medical Simulations and AnalysisApplicationsModeling biological processesModeling human London, 11 May 2002Imitator - Medical Simulations and AnalysisAvailabilityWorking system is available London, 11 May 2002Imitator - Medical Simulations and AnalysisMore InformationImitator web sitehttp://www.simanest.org/medsim/ContactsEugene London, 11 May 2002Imitator - Medical Simulations and AnalysisContact InformationIntellisoft Ltd.33, prosp.
Слайды презентации

Слайд 2 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisImitator - IntroductionHuman

Analysis
Imitator - Introduction
Human body simulation software, developed in the Vinnitsa

State Medical University (Ukraine)
Modeling of all the internal biological processes
From internal parts (organs) down to a cell level
Customizable biochemical model of each organ
Interrelation between organs
Influence of the environment and other initial conditions

Слайд 3 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisThe concept of

Analysis
The concept of simulation
Step-by-step simulation of each organ.
Mathematical model

of organs are based on biochemical and fermentative equations.
Initial conditions and parameters of organs allow simulating of a given case (disease).
Average values of parameters are provided in the application database.
Parameters are updated either by a user, or by the simulation engine.
A change of any parameter (direct or indirect) cause the “chain updates” of other parameters.

Слайд 4 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisScope (internal processes)Interlocking

Analysis
Scope (internal processes)
Interlocking model of main organs, providing a

simulations of core processes:
metabolism (e.g. biochemical transformations of food, hormones; synthesis of all proteins)
blood circulation
breathing
Drug influence on each organ


Слайд 5 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisScope (external factors)Environmenttemperature,

Analysis
Scope (external factors)
Environment
temperature, partial pressure, oxygen pressure, carbon dioxide

pressure, nitrogen pressure, air humidity, sun UV, regions time zones
Nourishment
food products and ingredients (proteins, fats, carbohydrates, electrolytes, aminoacids, fatty acids, cellulose, collagen, casein etc.), diets, sugar substitutes used in diabetes etc
Energy expenditures
manual labor


Слайд 6 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisImplementationAdvanced graphics user

Analysis
Implementation
Advanced graphics user interface (GUI) based on visual models.
Customizable

mathematical models.
Database-driven system.


Слайд 7 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisHow it worksLunch

Analysis
How it works
Lunch the software
Create (or load) a profile
set

up the environment (temperature, weather etc)
edit individual properties (weight, sex, age etc)
define a pathology or disease (optional)
select food or drugs (optional)
Run simulation
24 hour simulation takes few seconds
Observe the result (new values of parameters)

Слайд 8 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisApplicationsModeling biological processesModeling

Analysis
Applications
Modeling biological processes
Modeling human diseases
Modeling the effect of drugs

and the environment on an organism
Modeling medical equipments (e.g. anaesthesia machine is included)
built-in medical hardware and software

Industries:
Education
Health care
Research and Development


Слайд 9 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisAvailabilityWorking system is

Analysis
Availability

Working system is available for
Windows platform
Web-based access
English and Russian

versions
Commercial product can be developed in a matter of a month to meet the specific customer requirements

Слайд 10 London, 11 May 2002
Imitator - Medical Simulations and

London, 11 May 2002Imitator - Medical Simulations and AnalysisMore InformationImitator web

Analysis
More Information
Imitator web site
http://www.simanest.org/medsim/

Contacts
Eugene Bondarshuk (Technical enquiries) email: geny@rp.km.ua
Nikolai Ptitsyn

(Sales enquiries) email: np@intellisoft.ru cellular: +7 902 1594229

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