Thank you for your reply. There are conserved sequences. I'm analysing the kinase domain of 10 plant receptors. They are 70% similar, more or less. They are grouped in two major clades. I wish to know a way/program that would give me the main region of the kinase domain responsible for the separtion of these two groups. A more objective analysis than me going through the sequence trying to find it. The site that you reccomended to me is out. But thank you anyway.
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andre.arrudalima •
What I want is basically to be able to see the regions that the alignment algorithms use to group proteins/DNA regions.
Not sure exactly what you are looking for. The regions that are homologous are going to be different for each alignment. These regions would become apparent once you do the MSA. One needs to make sure that the sequences one is trying to align share some homology to get meaningful results. Idea here is the clades you see shared a common ancestor in past and over time have changed to the extant alignment you see now.
Thank you for your reply. There are conserved sequences, and they share homology, having more or less 70% of similarity. I'm analysing the kinase domain of 10 plant receptors. They are grouped in two major clades. I wish to know a way/program that would give me the main region of the kinase domain responsible for the separtion of these two groups. A more objective analysis than me going through the sequence trying to find it. Do you have any idea?