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Hello, and welcome to a new training video

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Today we are talking about the
virtual model.

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And I'd like to show you what it has 
in store for us.

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I started here on the cerebral cortex and 
went down a few cross-sectional images.

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And the neurocytes show most of the 
disease tendencies in this scan.

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We'll take a look at the different 
pathologies.

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We have an overreaction of

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the immune system, lupus.

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Then we have suspected Alzheimer's disease,

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neurasthenia, Lyme disease and also

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further away from the spectral similarity

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neuralgias, headaches, radiculopathies

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scleroderma, epilepsy and even herpes zoster

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that may be dormant there.

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So, we have an overall statement.

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Of these diseases, it is incredibly difficult

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to find out which is now the easiest,

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the best and the most important to treat.

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That's what the virtual model is for.

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Because the virtual model makes a 
weighting for us,

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which disease now seems to be

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image-determining for the patient's condition

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in the respective organ.

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So we have these diseases to choose from.

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And it may well be that if, for example,

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Lyme borreliosis appears at 0.363

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and the Borrelia bacteria with a higher

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coefficient are in the list,

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that they are still important and
worthy of attention.

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So here we have a statement about 
disease tendencies.

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But if we go to the "Analysis Module" tab

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and click on the "Virtual Model" button there,

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it shows us a very clear weighting.

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Here in this case of one disease and
that is dyslupus.

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With different buttons and functions

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we have already found out that Lyme disease

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was the original problem that triggered
the lupus.

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In medicine there are always several

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variations of a treatment.

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Causative, symptomatic or both in parallel.

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Here you wouldn't know directly without the

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virtual model whether you should treat

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causally or symptomatically.

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And then, since we have a wide range of

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pathologies here, which disease is 
in the foreground.

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So here the virtual model shows us

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that we should first get the overreaction

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of the immune system under control,

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and then just treat further.

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And then to be able to make a new selection.

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If we now want to use the virtual model

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in the recommendation module,

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we can tick a few things.

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And when we have ticked these things,

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the virtual model shows us which mixture
fits best.

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That means that a weighting is clearly 
given here,

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but it shows us which mixture of remedies,

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which can then be taken together,

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would give a better yield for our therapy 
than the individual remedies.

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So, we click on several things,

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I have now taken registers at random.

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Click on the button "Virtual Model".

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And here it shows us that quadruple lutein,

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quadruple rutin, double the grapevine as a

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gemmo therapy the silver fir would be important.

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The individual registers may show

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individual things and which of the

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Spectral Similarity fit best.

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But with this variant, we have a pre-selection

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of the best combination for our problem 
without reworking.

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That is, our device has preselected which

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disease has the absolute relevance

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in purely mathematical terms.

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And by clicking on the recommendation

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module tabs, we have then worked out .

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a special combination.

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If we now go to a single register,

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this is also possible,

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so that we don't do several in parallel,

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but go to a single register.

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The amino acids, for example.

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Or the allopathy.

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Then we can apply the virtual model 
to that register as well.

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The amino acids are not quite so important.

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They are marked in yellow

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and a little higher are the coefficients.

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But still for demonstration purposes

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it is suitable to show how different

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the combinations can turn out.

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And so, with your favourite registers

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you can find out a perfect mixture

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aon the disease nd play these remedies

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and then prescribe them.

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Yes, that was actually it from the virtual model.

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It is really great that we can work out

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a prioritisation with the virtual model

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and that we can produce very special means.

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And maybe once again for the production,

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if we want to play up the amino acids

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that we just had as an example,

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then it is of course possible to test

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and play up the virtual model.

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And we can then use the expert module to test

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the whole virtual model on our neurocytes.

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It shows a 19 percent improvement here.

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And if we are satisfied with the improvement

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- 20 per cent is really really good with the HUMAN TS -

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then we can upload the whole thing 
with the internal reprinter.

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That's it from my side on the virtual model.

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Have fun and success trying it out.