Search by protein name, UniProt number, IPI number, or 15 AA P-site sequence.

Updated: 2017 Aug. 1

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Note - Blast analyses are based on comparisons of the phosphosites and the bordering four amino acids on each side of these phosphosites.
Phosphosite
Human Protein:CTA-126B4.3
Human P-Site:T51
P-Site Sequence:AHGVRQGTKSTWPQK
UniProt:Q9Y3A4
Intern. Prot. ID:IPI00032799
Protein Phosphosite
Match		Human Protein
Short Name		Human
UniProt. ID		Phosphosite
Number		Sequence% Identity / # AATarget Size kDa
Phosphosite 0:CTA-126B4.3Q9Y3A4T51AHGVRQGTKSTWPQK100 / 9 AA32
Phosphosite 1:CTA-126B4.3Q9Y3A4S53GVRQGTKSTWPQKRT100 / 7 AA32
Phosphosite 2:PRODH2Q9UF12T445EESVRQATKRMWELG66 / 9 AA59
Phosphosite 3:CYP17A1P05093T70IYSVRMGTKTTVIVG75 / 8 AA57
Phosphosite 4:HERV-K_19q12 provirus ancestral Gag polyproteinQ9YNA8S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 5:ERVK6Q7LDI9S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 6:HERV-K_5q33.3 provirus ancestral Gag polyproteinP87889S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 7:HERV-K_22q11.21 provirus ancestral Gag polyproteinP63145S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 8:HERV-K_1q22 provirus ancestral Gag polyproteinP63130S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 9:HERV-K_6q14.1 provirus ancestral Gag-Pol polyproteinP63128S447FNTVRQGSKEPYPDF55 / 9 AA124
Phosphosite 10:HERV-K_6q14.1 provirus ancestral Gag polyproteinP63126S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 11:HERV-K_8p23.1 provirus ancestral Gag polyproteinP62685S447FNTVRQGSKEPYPDF55 / 9 AA72
Phosphosite 12:HERV-K_19p13.11 provirus ancestral Gag polyproteinP62684S447FNTVRQGSKEPYPDF55 / 9 AA74
Phosphosite 13:NUP43Q8NFH3T251IWDVRQGTMPVSLLK55 / 9 AA42
Phosphosite 14:MYH15Q9Y2K3T1532TNQVREGTKNLTEME71 / 7 AA225
Phosphosite 15:YLPM1P49750T610EGHPAEGTKSKWGMI71 / 7 AA220
Phosphosite 16:YLPM1P49750S612HPAEGTKSKWGMIPR71 / 7 AA220
Phosphosite 17:TTNQ8WZ42T28335VIEKRDATKRTWSVV62 / 8 AA3816
Phosphosite 18:HELLSQ9NRZ9T195SETVRQNTKFFFDPV55 / 9 AA97
Phosphosite 19:TPOP07202T878CRWTRTGTKSTLPIS75 / 8 AA103
Phosphosite 20:EIF2S2P20042T214PQVVRVGTKKTSFVN66 / 9 AA38
© 2017 Kinexus Bioinformatics Corporation