Difference between revisions of "Team:Evry/Software/Predictions"
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// Please let us add the active class of the current item on the menu, plus sub-item | // Please let us add the active class of the current item on the menu, plus sub-item | ||
$('.side-menu .navbar-nav li').filter(function() { return $.text([this]).indexOf('Antigen prediction') > -1; }).addClass('active'); | $('.side-menu .navbar-nav li').filter(function() { return $.text([this]).indexOf('Antigen prediction') > -1; }).addClass('active'); | ||
− | $('.side-menu .navbar-nav li').filter(function() { return $.text([this]).indexOf(' | + | $('.side-menu .navbar-nav li').filter(function() { return $.text([this]).indexOf('Prediction') > -1; }).addClass('active'); |
</script> | </script> | ||
</html> | </html> | ||
{{:Team:Evry/Template:Footer}} | {{:Team:Evry/Template:Footer}} |
Revision as of 01:23, 21 November 2015
Prediction
We used NetChop and NetMHCpan, two machine learning tools, to predict proteasome cleavage probability and MHC-I affinity. We sorted the potential antigens by a score that combines the two types of predictions. We created a web application that allows users to run this last step of prediction. You can reach it at here.
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