Category:Adenosine triphosphatases
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Pages in category "Category:Adenosine triphosphatases"
- Category:Mitochondrial proton-translocating ATPases
- Category:SMC proteins
- Category:Sodium-potassium-exchanging ATPase
- Category:Vacuolar proton-translocating ATPases
- File:Adenylyl.jpg
- File:An-Essential-Role-for-Katanin-p80-and-Microtubule-Severing-in-Male-Gamete-Production-pgen.1002698.s006.ogv
- File:An-Essential-Role-for-Katanin-p80-and-Microtubule-Severing-in-Male-Gamete-Production-pgen.1002698.s007.ogv
- File:An-Essential-Role-for-Katanin-p80-and-Microtubule-Severing-in-Male-Gamete-Production-pgen.1002698.s008.ogv
- File:An-Essential-Role-for-Katanin-p80-and-Microtubule-Severing-in-Male-Gamete-Production-pgen.1002698.s009.ogv
- File:Atp i la rotenona.jpg
- File:ATPase cycle.png
- File:BiP’s Structure and ATPase Cycle.png
- File:Clamp-loader-ATPases-and-the-evolution-of-DNA-replication-machinery-1741-7007-10-34-S1.ogv
- File:Clamp-loader-ATPases-and-the-evolution-of-DNA-replication-machinery-1741-7007-10-34-S2.ogv
- File:Clamp-loader-ATPases-and-the-evolution-of-DNA-replication-machinery-1741-7007-10-34-S3.ogv
- File:Clathrin-Independent-Entry-of-Baculovirus-Triggers-Uptake-of-E.-coli-in-Non-Phagocytic-Human-Cells-pone.0005093.s006.ogv
- File:Copper-Transport-Protein-Antioxidant-1-Promotes-Inflammatory-Neovascularization-via-Chaperone-and-srep14780-s2.ogv
- File:Copper-Transport-Protein-Antioxidant-1-Promotes-Inflammatory-Neovascularization-via-Chaperone-and-srep14780-s3.ogv
- File:Copper-Transport-Protein-Antioxidant-1-Promotes-Inflammatory-Neovascularization-via-Chaperone-and-srep14780-s4.ogv
- File:Copper-Transport-Protein-Antioxidant-1-Promotes-Inflammatory-Neovascularization-via-Chaperone-and-srep14780-s5.ogv
- File:Coupling-of-Two-Non-processive-Myosin-5c-Dimers-Enables-Processive-Stepping-along-Actin-Filaments-srep04907-s2.ogv
- File:Coupling-of-Two-Non-processive-Myosin-5c-Dimers-Enables-Processive-Stepping-along-Actin-Filaments-srep04907-s3.ogv
- File:Coupling-of-Two-Non-processive-Myosin-5c-Dimers-Enables-Processive-Stepping-along-Actin-Filaments-srep04907-s4.ogv
- File:Coupling-of-Two-Non-processive-Myosin-5c-Dimers-Enables-Processive-Stepping-along-Actin-Filaments-srep04907-s5.ogv
- File:DHC ADP.webm
- File:Drosophila-Spastin-Regulates-Synaptic-Microtubule-Networks-and-Is-Required-for-Normal-Motor-Function-pbio.0020429.sv001.ogv
- File:Estructura de la P4-ATPasa.png
- File:Estructura P4-ATPasa.png
- File:Estrutura ATP13A2.jpg
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s003.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s004.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s005.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s006.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s007.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s008.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s009.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s010.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s011.ogv
- File:Flexibility-within-the-Rotor-and-Stators-of-the-Vacuolar-H+-ATPase-pone.0082207.s012.ogv
- File:Fo subunit of ATPase C1. Picture Created in PyMol.png
- File:Fusion-of-Protein-Aggregates-Facilitates-Asymmetric-Damage-Segregation-pbio.1001886.s005.ogv
- File:Fusion-of-Protein-Aggregates-Facilitates-Asymmetric-Damage-Segregation-pbio.1001886.s006.ogv
- File:Gastric hydrogen potassium ATPase mechanism.svg
- File:Mecanismes tranport atpasa.png
- File:Mecanismes tranport flipasa.png
- File:Molecular-snapshots-of-the-Pex16-AAA+-complex-in-action-ncomms8331-s2.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv001.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv002.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv003.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv004.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv005.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv006.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv007.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv008.ogv
- File:Noise-Induced-Min-Phenotypes-in-E.-coli-pcbi.0020080.sv009.ogv
- File:Non-SMC-condensin-I-complex-proteins-control-chromosome-segregation-and-survival-of-proliferating-1471-213X-9-40-S3.ogv
- File:Non-SMC-condensin-I-complex-proteins-control-chromosome-segregation-and-survival-of-proliferating-1471-213X-9-40-S4.ogv
- File:Non-SMC-condensin-I-complex-proteins-control-chromosome-segregation-and-survival-of-proliferating-1471-213X-9-40-S5.ogv
- File:Non-SMC-condensin-I-complex-proteins-control-chromosome-segregation-and-survival-of-proliferating-1471-213X-9-40-S6.ogv
- File:Pathways-of-allosteric-regulation-in-Hsp70-chaperones-ncomms9308-s2.ogv
- File:Pathways-of-allosteric-regulation-in-Hsp70-chaperones-ncomms9308-s3.ogv
- File:Pathways-of-allosteric-regulation-in-Hsp70-chaperones-ncomms9308-s4.ogv
- File:Pyrazoleamide-compounds-are-potent-antimalarials-that-target-Na+-homeostasis-in-intraerythrocytic-ncomms6521-s2.ogv
- File:Pyrazoleamide-compounds-are-potent-antimalarials-that-target-Na+-homeostasis-in-intraerythrocytic-ncomms6521-s3.ogv
- File:Quantitative-Gait-Analysis-Using-a-Motorized-Treadmill-System-Sensitively-Detects-Motor-pone.0152413.s002.ogv
- File:Quantitative-Gait-Analysis-Using-a-Motorized-Treadmill-System-Sensitively-Detects-Motor-pone.0152413.s004.ogv
- File:Quantitative-Gait-Analysis-Using-a-Motorized-Treadmill-System-Sensitively-Detects-Motor-pone.0152413.s005.ogv
- File:S.-pombe-Kinesins-8-Promote-Both-Nucleation-and-Catastrophe-of-Microtubules-pone.0030738.s011.ogv
- File:Synergistic-effect-of-ATP-for-RuvA–RuvB–Holliday-junction-DNA-complex-formation-srep18177-s1.ogv
- File:The-Hexameric-Structures-of-Human-Heat-Shock-Protein-90-pone.0019961.s001.ogv
- File:The-ISWI-Chromatin-Remodeler-Organizes-the-hsrω-ncRNA–Containing-Omega-Speckle-Nuclear-Compartments-pgen.1002096.s016.ogv
- File:The-ISWI-Chromatin-Remodeler-Organizes-the-hsrω-ncRNA–Containing-Omega-Speckle-Nuclear-Compartments-pgen.1002096.s017.ogv
- File:The-MinCDJ-System-in-Bacillus-subtilis-Prevents-Minicell-Formation-by-Promoting-Divisome-Disassembly-pone.0009850.s009.ogv
- File:The-MinCDJ-System-in-Bacillus-subtilis-Prevents-Minicell-Formation-by-Promoting-Divisome-Disassembly-pone.0009850.s010.ogv
- File:TRIM32-Cytoplasmic-Body-Formation-Is-an-ATP-Consuming-Process-Stimulated-by-HSP70-in-Cells-pone.0169436.s006.ogv
- File:TRIM32-Cytoplasmic-Body-Formation-Is-an-ATP-Consuming-Process-Stimulated-by-HSP70-in-Cells-pone.0169436.s007.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s2.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s3.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s4.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s5.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s6.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s7.ogv
- File:TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s8.ogv
