Pma1

The interplay between signalling and pH control Pma1 and the VATPase

Topological diagram of yeast Pma1 HATPase illustrating the proteolytic

The cooperative model of the Pma1 hexamer a Structural comparison of

The interplay between signalling and pH control Pma1 and the VATPase

The cooperative model of the Pma1 hexamer a Structural comparison of

The interplay between signalling and pH control Pma1 and the VATPase

Truncations of Pma1 H ATPase A topological model shows the

Indirect immunofluorescence localization of mutant Pma1 in a

Tertiary structure of Pma1 generated by homology modelling using the

Twodimensional map of the yeast Pma1 HATPase Stalk segment 5 S5 is

Model of the yeast Pma1 ATPase showing the location of Alexareactive

The Yeast Pma1 Proton Pump a Model for Understanding the Biogenesis of

PDF The Yeast Pma1 Proton Pump A Model for Understanding the

Figure 1 from Sitedirected Mutagenesis of the Yeast PMA1 HATPase

Phosphoregulation of the yeast Pma1 HATPase autoinhibitory domain

Compensatory Internalization of Pma1 in VATPase Mutants in

Figure 1 from Compensatory Internalization of Pma1 in VATPase Mutants

Construction of Creexpressing plasmids and viruses pMA1 and pMA2 were

Predicted topology of the yeast PMA1 H ATPase Circled residues

Regulation of Pma1p levels by dextrose heat stress and Hsp30 a Pma1

Construction of Creexpressing plasmids and viruses pMA1 and pMA2 were

Regulation of HATPase activity by phosphorylation PMA1 is regulated

Complementation test for the growth of a pma1 yeast mutant expressing

Phosphoregulation of the yeast Pma1 HATPase autoinhibitory domain

In Δglo3Δerg3 cells, Pma1 accumulates in distinct areas in the ER. (A ...

In glo3erg3 cells Pma1 accumulates in distinct areas in the ER A

Comparison of Pma1 protein levels in partially purified plasma membrane

Phosphoregulation of the yeast Pma1 HATPase autoinhibitory domain

Mutant Pma1 is normally expressed in kti10 cells and carries H

PMA1 localization and function A Immunostaining of fixed yeast

Compensatory Internalization of Pma1 in VATPase Mutants in

Regulation of serphosphorylation of Pma1 by dextrose a Download

Figure 2 from Sitedirected Mutagenesis of the Yeast PMA1 HATPase

NaHS enhances the interaction of PMA1 and GRF4 A Fully annotated MSMS

In vivo studies of PMA1 expressing cells and the effect on tumor

Effect of the PMA1 gene silencing on cell membrane components and

Phosphoregulation of the yeast Pma1 HATPase autoinhibitory domain

Immunogold labeling of Pma1 in the plasma membrane of S cerevisiae

Golgi PI4P controls Pma1 secretion A The wild type Pma1mCherry

Loss of Vacuolar HATPase Activity in Organelles Signals

Hexameric plasma membrane Pma1 molecular model The image shows the S

Fungal Plasma Membrane HATPase Structure Mechanism and Drug Discovery

Hexameric plasma membrane Pma1 molecular model The image shows the S

Substrate transport mechanism of Pma1 a Putative substrate transport

Genes whose products are implicated in biogenesis and degradation of

Structure and activation mechanism of the hexameric plasma membrane H

Multiple Degradation Pathways for Misfolded Mutants of the Yeast Plasma

The cryoEM structure of monomeric and hexameric Pma1 A CryoEM map

Assembly and cooperative mechanism of the hexameric fungal plasma

Structure and activation mechanism of the hexameric plasma membrane H

PMA1ATPC

Fungal Plasma Membrane HATPase Structure Mechanism and Drug Discovery

Quality Control in the Yeast Secretory Pathway Journal of Biological

Hexameric models and surface conservation of Pma1 A Model of the

A mutant plasma membrane ATPase Pma110 is defective in stability at

Assembly and cooperative mechanism of the hexameric fungal plasma

Activation of Plant Plasma Membrane HATPase by 1433 Proteins Is

A mutant plasma membrane ATPase Pma110 is defective in stability at

Assembly and cooperative mechanism of the hexameric fungal plasma

Fungal Plasma Membrane HATPase Structure Mechanism and Drug Discovery

Article

Plant Plasma Membrane Proton Pump One Protein with Multiple Functions

Functional Complementation of a Null Mutation of the Yeast

Two novel effectors of trafficking and maturation of the yeast plasma

Intramembranous cavity and protonbinding site of Pma1 A Aqueous

Multiple Degradation Pathways for Misfolded Mutants of the Yeast Plasma

Localization of Integral Membrane Proteins Hxt3 and Pma1A

A mutant plasma membrane ATPase Pma110 is defective in stability at

Loss of Vacuolar HATPase Activity in Organelles Signals

RCSB PDB 7NY1 Structure of the fungal plasma membrane proton pump

Inositol Phosphosphingolipid Phospholipase C1 Regulates Plasma Membrane

Yeast Heterologous Expression Systems Study Plant Membrane Proteins

Multiple Degradation Pathways for Misfolded Mutants of the Yeast Plasma

Model of the yeast plasma membrane A The MCCEisosome is stabilized

Sphingoid base synthesis is required for oligomerization and cell

The cryoEM structure of monomeric and hexameric Pma1 A CryoEM map

RCSB PDB 7NXF Structure of the fungal plasma membrane proton pump

Reactive Cysteines of the Yeast PlasmaMembrane HATPase PMA1

Functional Analysis of the Plasma Membrane HATPases of Ustilago maydis

Sphingoid base synthesis is required for oligomerization and cell

StructureFunction Relationships in Membrane Segment 5 of the Yeast

Phosphatidylserine translocation at the yeast transGolgi network

Two novel effectors of trafficking and maturation of the yeast plasma

NCE102 is required for normal plasma membrane organization a and b

Drug Discovery and Development on Pma1 Where Are We Now A Critical

Effects of overexpression of yeast ATPase proton pump PMA1 in MCF7

Article

An EndosometoPlasma Membrane Pathway Involved in Trafficking of a

Pma1Ub can associate with detergentresistant membranes Wildtype

Article

Upregulation of Osh6 delays the secretion of Pma1 A Comparison of

Multiple Degradation Pathways for Misfolded Mutants of the Yeast Plasma

A plant plasmamembrane HATPase promotes yeast TORC1 activation via

Pma1 a Ptype Proton ATPase Is a Determinant of Chronological Life

Motherdaughter asymmetry of pH underlies aging and rejuvenation in

Pma1GFP does accumulate in a compartment enriched for an ER marker

Phosphatidylserine translocation at the yeast transGolgi network

StructureFunction Relationships in Membrane Segment 5 of the Yeast

Expression and subcellular localization of the wildtype and Pma1G381A

Multiple Degradation Pathways for Misfolded Mutants of the Yeast Plasma

PMA1containing extracellular vesicles of Candida albicans triggers

Ubiquitylation of Pma110 at or before arrival at the plasma membrane

Full article Exploring the role and mechanisms of the PMA gene in

Pma1 a Ptype Proton ATPase Is a Determinant of Chronological Life

Effect of consecutive mismatches at the extremity of the PMA1bearing

Two novel effectors of trafficking and maturation of the yeast plasma

PDF Reactive cysteines of the yeast plasmamembrane HATPase PMA1

A mutant plasma membrane ATPase Pma110 is defective in stability at

Loss of Vacuolar HATPase Activity in Organelles Signals

PDF Structurefunction relationships in membrane segment 6 of the

Polypeptide composition of plasma membranes of a yeast strain

A mutant plasma membrane ATPase Pma110 is defective in stability at

StructureFunction Relationships in Membrane Segment 5 of the Yeast

Fusarium oxysporum Casein Kinase 1 a Negative Regulator of the Plasma

Stability of different PMA1STE3 fusion proteins Turnover analysis

PMA1 Cell Localization

Pma6 Mobileye

GEA PMA 1200

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