Phyre

Using Phyre2 to predict protein structure on the web

Tuesday May 21st 2013



Pre-calculated results

Summary table for targets <1000 residues

Summary for very long sequences (14036,14037,14044,14045,14046,14051)

The batch summary table (above) is a good way to get a quick visual overview of which sequences were easy and hard to model, and what kind of coverage you've got. Direct links to individual results below:

Individual links

OPTIC13552 OPTIC13563 OPTIC14023 OPTIC14024 OPTIC14025
OPTIC14026 OPTIC14027 OPTIC14028 OPTIC14029 OPTIC14030
OPTIC14031 OPTIC14032 OPTIC14033 OPTIC14034 OPTIC14035
OPTIC14036 OPTIC14037 OPTIC14038 OPTIC14039 OPTIC14040
OPTIC14041 OPTIC14042 OPTIC14043 OPTIC14044 OPTIC14045
OPTIC14046 OPTIC14047 OPTIC14048 OPTIC14049 OPTIC14050
OPTIC14051 OPTIC14052 OPTIC14053 OPTIC14054 OPTIC14055
OPTIC14056 OPTIC14057 OPTIC14058 OPTIC14059 OPTIC14060
OPTIC14061 OPTIC14062 OPTIC14063 OPTIC14066 OPTIC14070
OPTIC14078 OPTIC14079


Further examples
Normal mode example
Intensive mode example
BackPhyre example
One to One Threading example
Common issues
Example_1 This illustrates what happens when Phyre2 can't find anything at all.
Example_2Only 1 out of 2 domains could be modelled, but notice all the predicted disorder? The missing domain is probably not meaningfully modellable, even if there was a template detected
Example_3 This is a good candidate for intensive mode - confident hits covering practically all the sequence - look at the domain analysis table and scroll down. Intensive results here