YARLI ATM

TEL1
Yarrowia lipolytica (strain CLIB 122 / E 150) (Yeast) (Candida lipolytica)
UniProt Q6CAD2 ยท Q6CAD2_ATM_YARLI_KD1
Predicted substrate motif from each available method.
Predicted motifs are computational: each is the inverse-distance-weighted mean of the nearest labeled kinases, and none has been experimentally validated. The nearest-neighbor distance shown with a prediction is a proximity measure, not a calibrated accuracy.
PSPA
CDDM
MLP-attr
PSPA
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), SMG1 (10.39), DNAPK (10.68)
CDDM
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), DNAPK (10.68), TTBK1 (17.03)
MLP-attr
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), DNAPK (10.68), VRK2 (16.97)
Predicted PSPA
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), SMG1 (10.39), DNAPK (10.68)
Predicted CDDM
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), DNAPK (10.68), TTBK1 (17.03)
Predicted MLP-attr
Nearest labeled kinases: the prediction is the inverse-distance-weighted mean of their reference motifs for this method (distance shown):
ATM (9.38), ATR (9.90), MTOR (10.20), DNAPK (10.68), VRK2 (16.97)