Authors: PATTON EE WILLEMS AR SA D KURAS L THOMAS D CRAIG KL TYERS M

Citation: Ee. Patton et al., CDC53 IS A SCAFFOLD PROTEIN FOR MULTIPLE CDC34 SKP1/F-BOX PROTEIN COMPLEXES THAT REGULATE CELL-DIVISION AND METHIONINE BIOSYNTHESIS IN YEAST/, Genes & development, 12(5), 1998, pp. 692-705

Authors: PATTON EE WILLEMS AR SA D KURAS L THOMAS D CRAIG KL TYERS M

Citation: Ee. Patton et al., CDC53 IS A SCAFFOLD PROTEIN FOR MULTIPLE CDC34 SKP1/F BOX PROTEIN COMPLEXES THAT REGULATE CELL-DIVISION AND METHIONINE BIOSYNTHESIS IN YEAST (VOL 12, PG 914, 1998)/, Genes & development, 12(19), 1998, pp. 3144-3144

Authors: PATTON EE WILLEMS AR TYERS M

Citation: Ee. Patton et al., COMBINATORIAL CONTROL IN UBIQUITIN-DEPENDENT PROTEOLYSIS - DONT SKP THE F-BOX HYPOTHESIS, Trends in genetics, 14(6), 1998, pp. 236-243

Authors: SCHNEIDER BL PATTON EE LANKER S MENDENHALL MD WITTENBERG C FUTCHER B TYERS M

Citation: Bl. Schneider et al., YEAST G1 CYCLINS ARE UNSTABLE IN G1 PHASE, Nature, 395(6697), 1998, pp. 86-89

Authors: MERZ DC PATTON EE CULOTTI JG

Citation: Dc. Merz et al., DOMINANT ENHANCERS OF UNC-6 NETRIN MUTATIONS IN C-ELEGANS/, Developmental biology, 186(2), 1997, pp. 85-85

Authors: WILLEMS AR LANKER S PATTON EE CRAIG KL NASON TF MATHIAS N KOBAYASHI R WITTENBERG C TYERS M

Citation: Ar. Willems et al., CDC53 TARGETS PHOSPHORYLATED G1 CYCLINS FOR DEGRADATION BY THE UBIQUITIN PROTEOLYTIC PATHWAY, Cell, 86(3), 1996, pp. 453-463