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Results: 1-13 |
Results: 13
HUMAN RER1 IS LOCALIZED TO THE GOLGI-APPARATUS AND COMPLEMENTS THE DELETION OF THE HOMOLOGOUS RER1 PROTEIN OF SACCHAROMYCES-CEREVISIAE
Authors: FULLEKRUG J BOEHM J ROTTGER S NILSSON T MIESKES G SCHMITT HD
Citation: J. Fullekrug et al., HUMAN RER1 IS LOCALIZED TO THE GOLGI-APPARATUS AND COMPLEMENTS THE DELETION OF THE HOMOLOGOUS RER1 PROTEIN OF SACCHAROMYCES-CEREVISIAE, European journal of cell biology, 74(1), 1997, pp. 31-40
CHARACTERIZATION OF BREFELDIN-A INDUCED VESICULAR STRUCTURES CONTAINING CYCLING PROTEINS OF THE INTERMEDIATE COMPARTMENT CIS-GOLGI NETWORK/
Authors: FULLEKRUG J SONNICHSEN B SCHAFER U VAN PN SOLING HD MIESKES G
Citation: J. Fullekrug et al., CHARACTERIZATION OF BREFELDIN-A INDUCED VESICULAR STRUCTURES CONTAINING CYCLING PROTEINS OF THE INTERMEDIATE COMPARTMENT CIS-GOLGI NETWORK/, FEBS letters, 404(1), 1997, pp. 75-81
SEQUENCING AND CHARACTERIZATION OF HUMAN RER1, THE HOMOLOG OF YEAST RER1P
Authors: FUELLEKRUG J BOEHM J SCHMITT HD MIESKES G
Citation: J. Fuellekrug et al., SEQUENCING AND CHARACTERIZATION OF HUMAN RER1, THE HOMOLOG OF YEAST RER1P, Molecular biology of the cell, 7, 1996, pp. 417-417
A TYPE 2A PHOSPHATASE-SENSITIVE PHOSPHORYLATION SITE CONTROLS MODAL GATING OF L-TYPE CA2-MUSCLE CELLS( CHANNELS IN HUMAN VASCULAR SMOOTH)
Authors: GROSCHNER K SCHUHMANN K MIESKES G BAUMGARTNER W ROMANIN C
Citation: K. Groschner et al., A TYPE 2A PHOSPHATASE-SENSITIVE PHOSPHORYLATION SITE CONTROLS MODAL GATING OF L-TYPE CA2-MUSCLE CELLS( CHANNELS IN HUMAN VASCULAR SMOOTH), Biochemical journal, 318, 1996, pp. 513-517
INHIBITION OF SPECIFIC BINDING OF OKADAIC ACID TO PROTEIN PHOSPHATASE2A BY MICROCYSTIN-LR, CALYCULIN-A AND TAUTOMYCIN - METHOD OF ANALYSISOF INTERACTIONS OF TIGHT-BINDING LIGANDS WITH TARGET PROTEINS (VOL 306, PG 657, 1995)
Authors: TAKAI A SASAKI K NAGAI H MIESKES G ISOBE M ISONO K YASUMOTO T
Citation: A. Takai et al., INHIBITION OF SPECIFIC BINDING OF OKADAIC ACID TO PROTEIN PHOSPHATASE2A BY MICROCYSTIN-LR, CALYCULIN-A AND TAUTOMYCIN - METHOD OF ANALYSISOF INTERACTIONS OF TIGHT-BINDING LIGANDS WITH TARGET PROTEINS (VOL 306, PG 657, 1995), Biochemical journal, 308, 1995, pp. 1039-1039
INHIBITION OF SPECIFIC BINDING OF OKADAIC ACID TO PROTEIN PHOSPHATASE2A BY MICROCYSTIN-LR, CALYCULIN-A AND TAUTOMYCIN - METHOD OF ANALYSISOF INTERACTIONS OF TIGHT-BINDING LIGANDS WITH TARGET PROTEIN
Authors: TAKAI A SASAKI K NAGAI H MIESKES G ISOBE M ISONO K YASUMOTO T
Citation: A. Takai et al., INHIBITION OF SPECIFIC BINDING OF OKADAIC ACID TO PROTEIN PHOSPHATASE2A BY MICROCYSTIN-LR, CALYCULIN-A AND TAUTOMYCIN - METHOD OF ANALYSISOF INTERACTIONS OF TIGHT-BINDING LIGANDS WITH TARGET PROTEIN, Biochemical journal, 306, 1995, pp. 657-665
CYTOSOLIC AND NUCLEAR-LOCALIZATION OF PROTEIN PHOSPHATASE 2C-BETA-1 IN COS AND BHK CELLS
Authors: WENK J MIESKES G
Citation: J. Wenk et G. Mieskes, CYTOSOLIC AND NUCLEAR-LOCALIZATION OF PROTEIN PHOSPHATASE 2C-BETA-1 IN COS AND BHK CELLS, European journal of cell biology, 68(4), 1995, pp. 377-386
DEPHOSPHORYLATION OF THE FOCAL ADHESION PROTEIN VASP IN-VITRO AND IN INTACT HUMAN PLATELETS
Authors: ABEL K MIESKES G WALTER U
Citation: K. Abel et al., DEPHOSPHORYLATION OF THE FOCAL ADHESION PROTEIN VASP IN-VITRO AND IN INTACT HUMAN PLATELETS, FEBS letters, 370(3), 1995, pp. 184-188
AFFINITY OF OKADAIC ACID TO TYPE-1 AND TYPE-2A PROTEIN PHOSPHATASES IS MARKEDLY REDUCED BY OXIDATION OF ITS 27-HYDROXYL GROUP
Authors: SASAKI K MURATA M YASUMOTO T MIESKES G TAKAI A
Citation: K. Sasaki et al., AFFINITY OF OKADAIC ACID TO TYPE-1 AND TYPE-2A PROTEIN PHOSPHATASES IS MARKEDLY REDUCED BY OXIDATION OF ITS 27-HYDROXYL GROUP, Biochemical journal, 298, 1994, pp. 259-262
RETENTION AND RETRIEVAL - BOTH MECHANISMS COOPERATE TO MAINTAIN CALRETICULIN IN THE ENDOPLASMIC-RETICULUM
Authors: SONNICHSEN B FULLEKRUG J VAN PN DIEKMANN W ROBINSON DG MIESKES G
Citation: B. Sonnichsen et al., RETENTION AND RETRIEVAL - BOTH MECHANISMS COOPERATE TO MAINTAIN CALRETICULIN IN THE ENDOPLASMIC-RETICULUM, Journal of Cell Science, 107, 1994, pp. 2705-2717
CABP1, A CALCIUM-BINDING PROTEIN OF THE THIOREDOXIN FAMILY, IS A RESIDENT KDEL PROTEIN OF THE ER AND NOT OF THE INTERMEDIATE COMPARTMENT
Authors: FULLEKRUG J SONNICHSEN B WUNSCH U ARSEVEN K VAN PN SOLING HD MIESKES G
Citation: J. Fullekrug et al., CABP1, A CALCIUM-BINDING PROTEIN OF THE THIOREDOXIN FAMILY, IS A RESIDENT KDEL PROTEIN OF THE ER AND NOT OF THE INTERMEDIATE COMPARTMENT, Journal of Cell Science, 107, 1994, pp. 2719-2727
CHARACTERIZATION OF PHOSPHORYLATION SITES IN THE CYTOPLASMIC DOMAIN OF THE 300 KDA MANNOSE-6-PHOSPHATE RECEPTOR
Authors: ROSORIUS O MIESKES G ISSINGER OG KORNER C SCHMIDT B VONFIGURA K BRAULKE T
Citation: O. Rosorius et al., CHARACTERIZATION OF PHOSPHORYLATION SITES IN THE CYTOPLASMIC DOMAIN OF THE 300 KDA MANNOSE-6-PHOSPHATE RECEPTOR, Biochemical journal, 292, 1993, pp. 833-838
PROTEIN PHOSPHATASE 2A REVERSES INHIBITION OF INWARD RECTIFYING K-RELEASING-HORMONE IN GH(3) PITUITARY-CELLS( CURRENTS BY THYROTROPIN)
Authors: BARROS F MIESKES G DELCAMINO D DELAPENA P
Citation: F. Barros et al., PROTEIN PHOSPHATASE 2A REVERSES INHIBITION OF INWARD RECTIFYING K-RELEASING-HORMONE IN GH(3) PITUITARY-CELLS( CURRENTS BY THYROTROPIN), FEBS letters, 336(3), 1993, pp. 433-439
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