User:Anat Levit/Sandbox 2: Difference between revisions

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# In <scene name='User:Anat_Levit/Sandbox_2/Type_ii_variants/1' target='Phospho'>type II</scene> the variation is not in the same location as the phosphorylation site, and can either create a new phosphorylation site (Type II+) or eliminate an existing site (Type II-) (<font color='blue'>'''colored blue'''</font>).
# In <scene name='User:Anat_Levit/Sandbox_2/Type_ii_variants/1' target='Phospho'>type II</scene> the variation is not in the same location as the phosphorylation site, and can either create a new phosphorylation site (Type II+) or eliminate an existing site (Type II-) (<font color='blue'>'''colored blue'''</font>).
# <scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/1' target='Phospho'>Type III</scene> are variations that change only the type of kinase involved, without affecting the phosphorylation site itself (<font color='red'>'''colored red'''</font>).
# <scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/1' target='Phospho'>Type III</scene> are variations that change only the type of kinase involved, without affecting the phosphorylation site itself (<font color='red'>'''colored red'''</font>).
<scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/2' target='Phospho'>Identical</scene> phosphor-acceptor residues predicted to be phosphorylated by the same kinases are <font color='yellow'>'''colored yellow'''</font> (<scene name='User:Anat_Levit/Sandbox_1/All_phosphosites/1' target='Phospho'>view all predictions</scene>).
<scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/2' target='Phospho'>Identical</scene> phosphor-acceptor residues predicted to be phosphorylated by the same kinases are <font color='yellow'>'''colored yellow'''</font> (<scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/3' target='Phospho'>view all predictions</scene>).
 
<scene name='User:Anat_Levit/Sandbox_2/Type_iii_variants/3' target='Phospho'>view all predictions</scene>


As seen from the results, homologues residues in the receptors are predicted to be phosphorylated by different kinases, and some of the predicted phospho-sites are receptor unique.
As seen from the results, homologues residues in the receptors are predicted to be phosphorylated by different kinases, and some of the predicted phospho-sites are receptor unique.