Difference between revisions of "Talk:Task 4: Homology-based structure prediction"

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I must say i am rather surprised about your results, in addition to what Jonathan already told you above i have some other issues:
 
I must say i am rather surprised about your results, in addition to what Jonathan already told you above i have some other issues:
 
* if you couldnt find anything with Coma and HHPred, why dont you use another searchtool?
 
* if you couldnt find anything with Coma and HHPred, why dont you use another searchtool?
* why do you exclude the 99% identity candidate? If we assume the "I dont't know my proteins tructure"-case and you find a hit with 99% identity you would use it wouldnt't you? So why exclude a structure of a slightly changed protein especially if you dont have any other?
+
* why do you exclude the 99% identity candidate? If we assume the "I dont't know my proteins structure"-case and you find a hit with 99% identity you would use it wouldnt't you? So why exclude a structure of a slightly changed protein especially if you dont have any other?
 
*why do you assume that it is a problem that your 1qs0 hit is from bacteria? I thought this Task is about finding conserved regions, because we assume they have the same structural conformation. And that would include cross-organism-hits as well from bacteria as from mammals or anything else
 
*why do you assume that it is a problem that your 1qs0 hit is from bacteria? I thought this Task is about finding conserved regions, because we assume they have the same structural conformation. And that would include cross-organism-hits as well from bacteria as from mammals or anything else
*why do you have doubts which model to choose for the 30% identity part? isn't the choice just simpel using the hit with the best e-Value?
+
*why do you have doubts which model to choose for the 30% identity part? isn't the choice just simple using the hit with the best e-Value?
 
*with your I-Tasser result i am quite surprised, because if i have a look at the models they seem to be very conserved and even the scores (apart from your tm-score) suggest a very good model. Especially the tm-score calculated by I-Tasser (0.69+-0.12) is very good
 
*with your I-Tasser result i am quite surprised, because if i have a look at the models they seem to be very conserved and even the scores (apart from your tm-score) suggest a very good model. Especially the tm-score calculated by I-Tasser (0.69+-0.12) is very good
 
--[[User:Hollizeck|Hollizeck]] 21:27, 4 June 2012 (UTC)
 
--[[User:Hollizeck|Hollizeck]] 21:27, 4 June 2012 (UTC)

Revision as of 22:29, 4 June 2012

Well, I can see you have some bad luck with your protein, but still some comments so far:

  • You could have tried, what i-tasser does, if you exclude homologous templates (option II, cut-off).
  • Pictures of the models and maybe a table collecting the scores of different methods for the same template would give a better impression

Boidolj 17:03, 4 June 2012 (UTC)

I must say i am rather surprised about your results, in addition to what Jonathan already told you above i have some other issues:

  • if you couldnt find anything with Coma and HHPred, why dont you use another searchtool?
  • why do you exclude the 99% identity candidate? If we assume the "I dont't know my proteins structure"-case and you find a hit with 99% identity you would use it wouldnt't you? So why exclude a structure of a slightly changed protein especially if you dont have any other?
  • why do you assume that it is a problem that your 1qs0 hit is from bacteria? I thought this Task is about finding conserved regions, because we assume they have the same structural conformation. And that would include cross-organism-hits as well from bacteria as from mammals or anything else
  • why do you have doubts which model to choose for the 30% identity part? isn't the choice just simple using the hit with the best e-Value?
  • with your I-Tasser result i am quite surprised, because if i have a look at the models they seem to be very conserved and even the scores (apart from your tm-score) suggest a very good model. Especially the tm-score calculated by I-Tasser (0.69+-0.12) is very good

--Hollizeck 21:27, 4 June 2012 (UTC)