Part B - The different type of results
Four different types of outputs are available for the results:
- short results, with only the sequence and the prediction in terms of Protein Blocks.
- normal results, with the sequence, the prediction in terms of Protein Blocks and an index
derived from the entropy-based index Neq to evaluate the results of prediction.
- complete results, with amino acid sequence, the local structure prediction
in terms of Protein Blocks
and the whole Protein Blocks with their associated probabilities.
- color visualisation of the prediction scores.

- sequence
- the sequence in amino acids.
- prediction
- the prediction in terms of Protein Blocks with only the most probable Protein Blocks.
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- sequence
- the sequence in amino acids.
- prediction
- the prediction in terms of Protein Blocks with only the most probable Protein Blocks.
- normalised Neq
- the entropy-based index Neq varies between 1 (sequence of high informativity)
and 16 (sequence without informativity). Warning: the scale has been
normalized - for clarity purpose - in the range [0:9] instead of the classical [1:16].
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- sequence
- the sequence in amino acids.
- prediction
- the prediction in terms of Protein Blocks with only the most probable Protein Blocks.
- complete prediction
- the prediction with all the information, with (from left to right) the position of the residue in the sequence,
the local Neq (in the range [1:16]) and then by decreasing order the 16 Protein Blocks with
their associated probability (the sum of all probability is 1, the symbol --- is for probability
less than 0.01).
- complete prediction and the new Sequence families
- With the new sequence families complete prediction is given too the expected prediction rate. This value is obtained from a linear regression which uses the average Neq of the prediction. The standard deviation equals only 5%.
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Color visualization of the prediction scores

- colors
- The colors are directly related to the score prediction and goes from red (probability = 1.0) to dark blue (probability < 0.01).
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Last modif : 11 April 2004