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Results: 1-19 |
Results: 19
THE ENDOPLASMIC-RETICULUM PLAYS AN ESSENTIAL ROLE IN PEROXISOME BIOGENESIS
Authors: TITORENKO VI RACHUBINSKI RA
Citation: Vi. Titorenko et Ra. Rachubinski, THE ENDOPLASMIC-RETICULUM PLAYS AN ESSENTIAL ROLE IN PEROXISOME BIOGENESIS, Trends in biochemical sciences, 23(7), 1998, pp. 231-233
MUTANTS OF THE YEAST YARROWIA-LIPOLYTICA DEFECTIVE IN PROTEIN EXIT FROM THE ENDOPLASMIC-RETICULUM ARE ALSO DEFECTIVE IN PEROXISOME BIOGENESIS
Authors: TITORENKO VI RACHUBINSKI RA
Citation: Vi. Titorenko et Ra. Rachubinski, MUTANTS OF THE YEAST YARROWIA-LIPOLYTICA DEFECTIVE IN PROTEIN EXIT FROM THE ENDOPLASMIC-RETICULUM ARE ALSO DEFECTIVE IN PEROXISOME BIOGENESIS, Molecular and cellular biology, 18(5), 1998, pp. 2789-2803
PEX20P OF THE YEAST YARROWIA-LIPOLYTICA IS REQUIRED FOR THE OLIGOMERIZATION OF THIOLASE IN THE CYTOSOL AND FOR ITS TARGETING TO THE PEROXISOME
Authors: TITORENKO VI SMITH JJ SZILARD RK RACHUBINSKI RA
Citation: Vi. Titorenko et al., PEX20P OF THE YEAST YARROWIA-LIPOLYTICA IS REQUIRED FOR THE OLIGOMERIZATION OF THIOLASE IN THE CYTOSOL AND FOR ITS TARGETING TO THE PEROXISOME, The Journal of cell biology, 142(2), 1998, pp. 403-420
4 DISTINCT SECRETORY PATHWAYS SERVE PROTEIN SECRETION, CELL-SURFACE GROWTH, AND PEROXISOME BIOGENESIS IN THE YEAST YARROWIA-LIPOLYTICA
Authors: TITORENKO VI OGRYDZIAK DM RACHUBINSKI RA
Citation: Vi. Titorenko et al., 4 DISTINCT SECRETORY PATHWAYS SERVE PROTEIN SECRETION, CELL-SURFACE GROWTH, AND PEROXISOME BIOGENESIS IN THE YEAST YARROWIA-LIPOLYTICA, Molecular and cellular biology, 17(9), 1997, pp. 5210-5226
IDENTIFICATION AND CHARACTERIZATION OF CYTOSOLIC HANSENULA-POLYMORPHAPROTEINS BELONGING TO THE HSP70 PROTEIN FAMILY
Authors: TITORENKO VI EVERS ME DIESEL A SAMYN B VANBEEUMEN J ROGGENKAMP R KIEL JAKW VANDERKLEI IJ VEENHUIS M
Citation: Vi. Titorenko et al., IDENTIFICATION AND CHARACTERIZATION OF CYTOSOLIC HANSENULA-POLYMORPHAPROTEINS BELONGING TO THE HSP70 PROTEIN FAMILY, Yeast, 12(9), 1996, pp. 849-857
THE YARROWIA-LIPOLYTICA GENE PAY5 ENCODES A PEROXISOMAL INTEGRAL MEMBRANE-PROTEIN HOMOLOGOUS TO THE MAMMALIAN PEROXISOME ASSEMBLY FACTOR PAF-1
Authors: EITZEN GA TITORENKO VI SMITH JJ VEENHUIS M SZILARD RK RACHUBINSKI RA
Citation: Ga. Eitzen et al., THE YARROWIA-LIPOLYTICA GENE PAY5 ENCODES A PEROXISOMAL INTEGRAL MEMBRANE-PROTEIN HOMOLOGOUS TO THE MAMMALIAN PEROXISOME ASSEMBLY FACTOR PAF-1, The Journal of biological chemistry, 271(34), 1996, pp. 20300-20306
MUTATIONS IN THE PAY5 GENE OF THE YEAST YARROWIA-LIPOLYTICA CAUSE THEACCUMULATION OF MULTIPLE SUBPOPULATIONS OF PEROXISOMES
Authors: TITORENKO VI EITZEN GA RACHUBINSKI RA
Citation: Vi. Titorenko et al., MUTATIONS IN THE PAY5 GENE OF THE YEAST YARROWIA-LIPOLYTICA CAUSE THEACCUMULATION OF MULTIPLE SUBPOPULATIONS OF PEROXISOMES, The Journal of biological chemistry, 271(34), 1996, pp. 20307-20314
MULTIPLE MOLECULAR-FORMS OF ALCOHOL OXIDASE FROM THE METHYLOTROPHIC YEAST PICHIA-METHANOLICA
Authors: GRUZMAN MB TITORENKO VI ASHIN VV LUSTA KA TROTSENKO YA
Citation: Mb. Gruzman et al., MULTIPLE MOLECULAR-FORMS OF ALCOHOL OXIDASE FROM THE METHYLOTROPHIC YEAST PICHIA-METHANOLICA, Biochemistry, 61(12), 1996, pp. 1537-1544
RESTORATION OF PEROXISOME FORMATION IN 2 CONDITIONAL PEROXISOME-DEFICIENT MUTANTS OF HANSENULA-POLYMORPHA DURING GROWTH OF CELLS ON SPECIFIC ORGANIC NITROGEN-SOURCES
Authors: TITORENKO VI EVERS ME VANDERKLEI IJ HARDER W VEENHUIS M
Citation: Vi. Titorenko et al., RESTORATION OF PEROXISOME FORMATION IN 2 CONDITIONAL PEROXISOME-DEFICIENT MUTANTS OF HANSENULA-POLYMORPHA DURING GROWTH OF CELLS ON SPECIFIC ORGANIC NITROGEN-SOURCES, Yeast, 11(12), 1995, pp. 1139-1145
CHARATERIZATION OF PEROXISOME-DEFICIENT MUTANTS OF HANSENULA-POLYMORPHA
Authors: TITORENKO VI TAN XQ VANDERKLEI IJ WATERHAM HR HARDER W VEENHUIS M CREGG JM
Citation: Vi. Titorenko et al., CHARATERIZATION OF PEROXISOME-DEFICIENT MUTANTS OF HANSENULA-POLYMORPHA, Current genetics, 28(3), 1995, pp. 248-257
PAY32P OF THE YEAST YARROWIA-LIPOLYTICA IS AN INTRAPEROXISOMAL COMPONENT OF THE MATRIX PROTEIN TRANSLOCATION MACHINERY
Authors: SZILARD RK TITORENKO VI VEENHUIS M RACHUBINSKI RA
Citation: Rk. Szilard et al., PAY32P OF THE YEAST YARROWIA-LIPOLYTICA IS AN INTRAPEROXISOMAL COMPONENT OF THE MATRIX PROTEIN TRANSLOCATION MACHINERY, The Journal of cell biology, 131(6), 1995, pp. 1453-1469
THE HANSENULA-POLYMORPHA PER3 GENE IS ESSENTIAL FOR THE IMPORT OF PTS1 PROTEINS INTO THE PEROXISOMAL MATRIX
Authors: VANDERKLEI IJ HILBRANDS RE SWAVING GJ WATERHAM HR VRIELING EG TITORENKO VI CREGG JM HARDER W VEENHUIS M
Citation: Ij. Vanderklei et al., THE HANSENULA-POLYMORPHA PER3 GENE IS ESSENTIAL FOR THE IMPORT OF PTS1 PROTEINS INTO THE PEROXISOMAL MATRIX, The Journal of biological chemistry, 270(29), 1995, pp. 17229-17236
ISOLATION AND CHARACTERIZATION OF MUTANTS IMPAIRED IN THE SELECTIVE DEGRADATION OF PEROXISOMES IN THE YEAST HANSENULA-POLYMORPHA
Authors: TITORENKO VI KEIZER I HARDER W VEENHUIS M
Citation: Vi. Titorenko et al., ISOLATION AND CHARACTERIZATION OF MUTANTS IMPAIRED IN THE SELECTIVE DEGRADATION OF PEROXISOMES IN THE YEAST HANSENULA-POLYMORPHA, Journal of bacteriology, 177(2), 1995, pp. 357-363
ASSEMBLY OF ALCOHOL OXIDASE IN PEROXISOMES OF THE YEAST HANSENULA-POLYMORPHA REQUIRES THE COFACTOR FLAVIN ADENINE-DINUCLEOTIDE
Authors: EVERS ME TITORENKO VI VANDERKLEI IJ HARDER W VEENHUIS M
Citation: Me. Evers et al., ASSEMBLY OF ALCOHOL OXIDASE IN PEROXISOMES OF THE YEAST HANSENULA-POLYMORPHA REQUIRES THE COFACTOR FLAVIN ADENINE-DINUCLEOTIDE, Molecular biology of the cell, 5(8), 1994, pp. 829-837
THE HANSENULA-POLYMORPHA PER1 GENE IS ESSENTIAL FOR PEROXISOME BIOGENESIS AND ENCODES A PEROXISOMAL MATRIX PROTEIN WITH BOTH CARBOXY-TERMINAL AND AMINO-TERMINAL TARGETING SIGNALS
Authors: WATERHAM HR TITORENKO VI HAIMA P CREGG JM HARDER W VEENHUIS M
Citation: Hr. Waterham et al., THE HANSENULA-POLYMORPHA PER1 GENE IS ESSENTIAL FOR PEROXISOME BIOGENESIS AND ENCODES A PEROXISOMAL MATRIX PROTEIN WITH BOTH CARBOXY-TERMINAL AND AMINO-TERMINAL TARGETING SIGNALS, The Journal of cell biology, 127(3), 1994, pp. 737-749
THE HANSENULA-POLYMORPHA PER1 GENE IS ESSENTIAL FOR PEROXISOME BIOGENESIS AND ENCODES A PEROXISOMAL MATRIX PROTEIN WITH BOTH CARBOXY-TERMINAL AND AMINO-TERMINAL TARGETING SIGNALS
Authors: WATERHAM HR TITORENKO VI HAIMA P CREGG JM HARDER W VEENHUIS M
Citation: Hr. Waterham et al., THE HANSENULA-POLYMORPHA PER1 GENE IS ESSENTIAL FOR PEROXISOME BIOGENESIS AND ENCODES A PEROXISOMAL MATRIX PROTEIN WITH BOTH CARBOXY-TERMINAL AND AMINO-TERMINAL TARGETING SIGNALS, The Journal of cell biology, 127(3), 1994, pp. 737-749
PEROXISOMES IN THE METHYLOTROPHIC YEAST HANSENULA-POLYMORPHA DO NOT NECESSARILY DERIVE FROM PREEXISTING ORGANELLES
Authors: WATERHAM HR TITORENKO VI SWAVING GJ HARDER W VEENHUIS M
Citation: Hr. Waterham et al., PEROXISOMES IN THE METHYLOTROPHIC YEAST HANSENULA-POLYMORPHA DO NOT NECESSARILY DERIVE FROM PREEXISTING ORGANELLES, EMBO journal, 12(12), 1993, pp. 4785-4794
PEROXISOME BIOGENESIS IN THE YEAST HANSENULA-POLYMORPHA IS CONTROLLEDBY A COMPLEX SET OF INTERACTING GENE-PRODUCTS
Authors: TITORENKO VI WATERHAM HR CREGG JM HARDER W VEENHUIS M
Citation: Vi. Titorenko et al., PEROXISOME BIOGENESIS IN THE YEAST HANSENULA-POLYMORPHA IS CONTROLLEDBY A COMPLEX SET OF INTERACTING GENE-PRODUCTS, Proceedings of the National Academy of Sciences of the United Statesof America, 90(16), 1993, pp. 7470-7474
AFFINITY PURIFICATION OF MOLECULAR CHAPERONES OF THE YEAST HANSENULA-POLYMORPHA USING IMMOBILIZED DENATURED ALCOHOL OXIDASE
Authors: EVERS ME HUHSE B TITORENKO VI KUNAU WH HARTL FU HARDER W VEENHUIS M
Citation: Me. Evers et al., AFFINITY PURIFICATION OF MOLECULAR CHAPERONES OF THE YEAST HANSENULA-POLYMORPHA USING IMMOBILIZED DENATURED ALCOHOL OXIDASE, FEBS letters, 321(1), 1993, pp. 32-36
Risultati: 1-19 |