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Results:
1-16
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Results: 16
Authors:
WOHLRAB H
Citation: H. Wohlrab, THE MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN (PTP PIC) - RECENT PROGRESS IN ESTABLISHING, THE FUNCTION AT THE MOLECULAR-LEVEL OF THIS VERYINTRINSIC MEMBRANE-PROTEIN/, Molecular biology of the cell, 9, 1998, pp. 449-449
Authors:
SCHROERS A
BURKOVSKI A
WOHLRAB H
KRAMER R
Citation: A. Schroers et al., THE PHOSPHATE CARRIER FROM YEAST MITOCHONDRIA - DIMERIZATION IS A PREREQUISITE FOR FUNCTION, The Journal of biological chemistry, 273(23), 1998, pp. 14269-14276
Authors:
SCHROERS A
WOHLRAB H
KRAEMER R
Citation: A. Schroers et al., THE MITOCHONDRIAL PHOSPHATE CARRIER - DIMERIZATION AS PREREQUISITE FOR FUNCTION, Biophysical journal, 74(2), 1998, pp. 195-195
Authors:
BUKUSOGLU C
WOHLRAB H
Citation: C. Bukusoglu et H. Wohlrab, TOWARDS IDENTIFICATION OF THE INORGANIC-PHOSPHATE TRANSPORT PATH IN THE MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN (PTP, PIC), Biophysical journal, 74(2), 1998, pp. 195-195
Authors:
WOHLRAB H
MINCONE L
LIGETI E
Citation: H. Wohlrab et al., TRANS-MEMBRANE AND CIS-MEMBRANE 2ND-SITE SUPPRESSOR MUTATIONS IN THE MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN, Molecular biology of the cell, 8, 1997, pp. 477-477
Authors:
SCHROERS A
KRAMER R
WOHLRAB H
Citation: A. Schroers et al., THE REVERSIBLE ANTIPORT-UNIPORT CONVERSION OF THE PHOSPHATE CARRIER FROM YEAST MITOCHONDRIA DEPENDS ON THE PRESENCE OF A SINGLE CYSTEINE, The Journal of biological chemistry, 272(16), 1997, pp. 10558-10564
Authors:
LIGETI E
MINCONE L
WOHLRAB H
Citation: E. Ligeti et al., MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN (PIC, PTP, MIR) - GLU192ASP(TRANSMEMBRANE HELIX-D) SUPPRESSES INACTIVE SINGLE REPLACEMENT MUTANTS ON TRANSMEMBRANE HELICE-A AND HELICE-C, Biophysical journal, 72(2), 1997, pp. 369-369
Authors:
KRAEMER R
SCHROERS A
HERICK K
WOHLRAB H
Citation: R. Kraemer et al., THE FUNCTIONAL CHANGE OF THE MITOCHONDRIAL PHOSPHATE CARRIER FROM COUPLED ANTIPORT TO UNCOUPLED UNIPORT DEPENDS ON THE PRESENCE OF A SINGLECYSTEINE RESIDUE, Biophysical journal, 72(2), 1997, p.
Authors:
PHELPS A
BRIGGS C
MINCONE L
WOHLRAB H
Citation: A. Phelps et al., CONSERVATIVE SER158THR REPLACEMENT INACTIVATES THE YEAST MITOCHONDRIAL PTP (PHOSPHATE-TRANSPORT PROTEIN), Biophysical journal, 70(2), 1996, p.
Authors:
PHELPS A
BRIGGS C
MINCONE L
WOHLRAB H
Citation: A. Phelps et al., MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN - REPLACEMENTS OF GLUTAMIC,ASPARTIC, AND HISTIDINE-RESIDUES AFFECT TRANSPORT AND PROTEIN CONFORMATION AND POINT TO A COUPLED PROTON TRANSPORT PATH, Biochemistry, 35(33), 1996, pp. 10757-10762
Authors:
WOHLRAB H
BRIGGS C
PHELPS A
Citation: H. Wohlrab et al., YEAST MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN EXPRESSED IN ESCHERICHIA-COLI RECONSTITUTED TRANSPORT ACTIVITIES OF ADDITIONAL ASP AND GLU MUTANTS ARE IN AGREEMENT WITH BACTERIORHODOPSIN-LIKE AND PHOSPHATE-COUPLED PROTON TRANSPORT PATH, The FASEB journal, 9(6), 1995, pp. 1446-1446
Authors:
WOHLRAB H
BRIGGS C
Citation: H. Wohlrab et C. Briggs, EXPRESSION OF YEAST MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN (PTP) IN ESCHERICHIA-COLI - SITE-DIRECTED SINGLE MUTATIONS THAT (A) CONFER HIGH N-ETHYLMALEIMIDE (NEM) SENSITIVITY AND (B) RESULT IN AN INACTIVE PTP, The FASEB journal, 8(7), 1994, pp. 10001297-10001297
Authors:
WOHLRAB H
BRIGGS C
Citation: H. Wohlrab et C. Briggs, YEAST MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN EXPRESSED IN ESCHERICHIA-COLI - SITE-DIRECTED MUTATIONS AT THREONINE-43 AND AT A SIMILAR LOCATION IN THE 2ND TANDEM REPEAT (ISOLEUCINE-141), Biochemistry, 33(32), 1994, pp. 9371-9375
Authors:
WOHLRAB H
PHELPS A
Citation: H. Wohlrab et A. Phelps, BACTERIORHODOPSIN-LIKE PROTON TRANSPORT PATH IN THE MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN, The FASEB journal, 7(7), 1993, pp. 1107-1107
Authors:
PHELPS A
WOHLRAB H
Citation: A. Phelps et H. Wohlrab, CYS28 OF THE MITOCHONDRIAL PHOSPHATE-TRANSPORT PROTEIN IS RESPONSIBLEFOR THE INHIBITION THE TRANSPORT BY OXYGEN, The FASEB journal, 7(7), 1993, pp. 1107-1107
Authors:
GALEOTTI T
BORRELLO S
DELEO ME
PICCIRILLO G
RIA F
PANI G
LANDRISCINA M
WOHLRAB H
Citation: T. Galeotti et al., DEFECTIVE GENE-EXPRESSION OF MNSOD IN TUMOR-CELLS, Free radical biology & medicine, 15(5), 1993, pp. 503-503
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1-16
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