The table to the left shows the res

The table to the left shows the results of your query. The first row shows how many sequences you submitted. The second tells you how many sequences had to be rejected because they were too short. The third row shows how many sequences have a C-terminal GPI-anchor signal sequence. You can click there to access the GPI-SOM logfile. Fourth, is the number of sequences that were not classified because they could belong to either classes. You can view these sequences by clicking on them. The fifth row shows how many sequences will be GPI anchored, because they have both C- and N-terminal signal sequences. Click there to view a list of these sequences. The N-terminal signal sequence was determined by SignalP, whose output can also be seen by clicking the link. Below this table there is the a graphical representation of the Kohonen Self-Organizing Map. Each square symbolizes a unit or simulated neuron. Green units are activated by GPI signal sequences. Blue units mean no GPI signal and red ones cannot decide. The squares with crosses were activated by one or more of your input sequences. The darker the colour of a square is, the more sequences have activated it. Click on a unit to see what sequences activated it. This will open a table to the right of the image, showing sequence descriptions and predicted cleavage sites. Predicted GPI-anchored proteins (i.e. those with both a N- and C-terminal signal sequence) are labeled with a green GPI.

The table to the left shows the results of your query. The first row shows how many sequences you submitted. The second tells you how many sequences had to be rejected because they were too short. The third row shows how many sequences have a C-terminal GPI-anchor signal sequence. You can click there to access the GPI-SOM logfile. Fourth, is the number of sequences that were not classified because they could belong to either classes. You can view these sequences by clicking on them. The fifth row shows how many sequences will be GPI anchored, because they have both C- and N-terminal signal sequences. Click there to view a list of these sequences. The N-terminal signal sequence was determined by SignalP, whose output can also be seen by clicking the link.
Below this table there is the a graphical representation of the Kohonen Self-Organizing Map. Each square symbolizes a unit or simulated neuron. Green units are activated by GPI signal sequences. Blue units mean no GPI signal and red ones can not decide. The squares with crosses were activated by one or more of your input sequences. The darker the colour of a square is, the more sequences have activated it. Click on a unit to see what sequences activated it. This will open a table to the right of the image, showing sequence descriptions and predicted cleavage sites. Predicted GPI-anchored proteins (ie those with both a N- and C-terminal signal sequence) are labeled with a green GPI.

The table to the left shows the results of your query. The first row shows how many sequences you submitted. The second. Tells you how many sequences had to be rejected because they were too short. The third row shows how many sequences have. A C-terminal GPI-anchor signal sequence. You can click there to access the GPI-SOM logfile. Fourth is the, number of sequences. That were not classified because they could belong to either classes. You can view these sequences by clicking on, them. The fifth row shows how many sequences will be GPI anchored because they, have both C - and N-terminal signal, sequences. Click there to view a list of these sequences. The N-terminal signal sequence was determined by SignalP whose output, can. Also be seen by clicking the link.Below this table there is the a graphical representation of the Kohonen Self-Organizing Map. Each square symbolizes a unit. Or simulated neuron. Green units are activated by GPI signal sequences. Blue units mean no GPI signal and red ones cannot. Decide. The squares with crosses were activated by one or more of your input sequences. The darker the colour of a square. Is the more, sequences have activated it. Click on a unit to see what sequences activated it. This will open a table to. The right of, the image showing sequence descriptions and predicted cleavage sites. Predicted GPI-anchored proteins (i.e.? Those with both a N - and C-terminal signal sequence) are labeled with a green GPI.