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Drugs like omeprazolepreventthe proton pump
Pantoprazolepreventsproton pumps
Esomeprazolepreventsproton pumps
Lansoprazolepreventsproton pumps
Rabeprazolepreventsproton pumps
esophaguspreventsproton pumps
energy ... ATPis createdvia proton pump
ABA(passive) provoked byproton pumps
the researchers(passive) discovered byThe proton pump
Lower oesophagus ( see but wedge gurglingpreventsproton pumps
H+ ions (creatingproton pumps
the endosomes(passive) contributed byproton pumps
It is important to recognize that will PPIs bindjust to triggeredproton pumps
Potential energy and Hydrogen Gradientsis createdfrom the proton pump
original brand - name drugcreateda proton - pump
of 10 transmembrane helices locating both the N‐ and C‐termini at the cytoplasmic face of the plasma membrane(passive) is composedThe proton pump
NaCl(passive) caused byproton pump activity
a highly charged extremophile membranecomposedof a proton pump ( bacteriorhodopsin
Interactions of rhodopsin photoisomers with the surrounding membraneresultingin a proton - pump
These changes in the mechanical unfolding energy landscapecausethe proton pump
the composition of the membrane lipid raftinfluencesproton pump function
Some other medicines or foods containing lactulose or sorbitolmay causemalabsorption with proton pump
Dr. PROTON PUMP INHIBITORScausesThe proton pump
the relativeto preventa proton - pump
injuriesresultingfrom : Proton Pump Inhibtors
administrationmay causedivisional proton pump
Rbc3αmay influenceproton pump activity
the cellcreatesa new proton pump
membrane potential that drives K+ increatesmembrane potential that drives K+ in
pH and membrane potential(passive) created bypH and membrane potential
of two sectors , the cytoplasmic V 1 sector that catalyzes ATP hydrolysis and the transmembrane V o sector responsible for proton translocationcomposedof two sectors , the cytoplasmic V 1 sector that catalyzes ATP hydrolysis and the transmembrane V o sector responsible for proton translocation
the inner mitochondrial membrane potential(passive) created bythe inner mitochondrial membrane potential
a concentration ( or electrochemical ) gradientcreatesa concentration ( or electrochemical ) gradient
an electrochemical gradient of Hcreatesan electrochemical gradient of H
a steep proton gradientcreatesa steep proton gradient
protons to be pushed against an electrochemical gradientcausesprotons to be pushed against an electrochemical gradient
potential energy of proton gradient(passive) created bypotential energy of proton gradient
to the plasma membrane depolarizationcontributeto the plasma membrane depolarization
an electrochemical gradient of protons that generates energycreatesan electrochemical gradient of protons that generates energy
in enhanced vesicular acidification and trafficking Titleresultingin enhanced vesicular acidification and trafficking Title
of a catalytic subunit ( α - subunit ) and an accessory subunit ( β - subunit ) in parietal cellscomposedof a catalytic subunit ( α - subunit ) and an accessory subunit ( β - subunit ) in parietal cells
to the proton gradient by an asymmetric absorption / release of protonscontributingto the proton gradient by an asymmetric absorption / release of protons
up a concentration gradient of high H + inside the thylakoid ( lumen ) and a low H + outside the thylakoid ( stromasetsup a concentration gradient of high H + inside the thylakoid ( lumen ) and a low H + outside the thylakoid ( stroma
the parietal cells in the stomach to produce acidcausesthe parietal cells in the stomach to produce acid
to a strong excess of protons on the exterior of the plasma membraneleadsto a strong excess of protons on the exterior of the plasma membrane
the antiplatelet effects of low- or very low - dose aspirinpreventthe antiplatelet effects of low- or very low - dose aspirin
a concentration gradient , which forces protons through the ATP synthase motor , which turns ADP into ATP , storing energy inside them that can be transported around the cell and used where neededcreatea concentration gradient , which forces protons through the ATP synthase motor , which turns ADP into ATP , storing energy inside them that can be transported around the cell and used where needed
stomach acid , which a healthy human being needs for digestioncreatesstomach acid , which a healthy human being needs for digestion
an electrochemical gradient The increased acidity will acidify the cell wall causing the cellulose fibers to loosenwill createan electrochemical gradient The increased acidity will acidify the cell wall causing the cellulose fibers to loosen
the energy required for the cell to live and contains tiny colour targets for the visible red light emitted by the i - lipoto createthe energy required for the cell to live and contains tiny colour targets for the visible red light emitted by the i - lipo
the electrochemical gradients in the plasma membrane of plants , fungi , protists , and many prokaryotescreatesthe electrochemical gradients in the plasma membrane of plants , fungi , protists , and many prokaryotes
joint pain | Proton Pump Inhibitors | Forums | Patient - qqmovies.info ogulcan_esviccausesjoint pain | Proton Pump Inhibitors | Forums | Patient - qqmovies.info ogulcan_esvic
of two sectors , the cytoplasmic V^sub 1^ sector that catalyzes ATP hydrolysis and the transmembrane V^sub o^ sector responsible for proton translocationcomposedof two sectors , the cytoplasmic V^sub 1^ sector that catalyzes ATP hydrolysis and the transmembrane V^sub o^ sector responsible for proton translocation
a gradient which is later utilized to create ATPcreatinga gradient which is later utilized to create ATP
a steep H gradient between the mitochondrial membranescreatea steep H gradient between the mitochondrial membranes
to combat the symptoms of frequent heartburn caused by the flow of stomach acid into the esophagus – acid refluxare designedto combat the symptoms of frequent heartburn caused by the flow of stomach acid into the esophagus – acid reflux
an acidic environment that causes the release of the lysosomal enzyme from the membrane - bound receptorscreatean acidic environment that causes the release of the lysosomal enzyme from the membrane - bound receptors
acidic environment to remove mineral ... and proteases digest organic component of bonecreatesacidic environment to remove mineral ... and proteases digest organic component of bone
the chemiosmotic gradient required for ATP synthase activitycreatethe chemiosmotic gradient required for ATP synthase activity
a gradient of protons so that there are many more on one side of the membrane than anothercreatesa gradient of protons so that there are many more on one side of the membrane than another
a hydrogen ion gradient that is a form of potential energy that can be harnessed to do workcreatea hydrogen ion gradient that is a form of potential energy that can be harnessed to do work
a pH gra- dient and an electrical gradient across the inner membrane , both of which tend to attract protons back into the matrix from the cytoplasmthus createsa pH gra- dient and an electrical gradient across the inner membrane , both of which tend to attract protons back into the matrix from the cytoplasm
to serious infectionscan leadto serious infections
to the excretion of protons into the cell wallleadto the excretion of protons into the cell wall
charges(passive) created bycharges
cellular elongationalso influencecellular elongation
to intracellularcontributeto intracellular
electrical and chemical " gradients " that can be used to generate energy or acidify a cell ’s environmentcreateelectrical and chemical " gradients " that can be used to generate energy or acidify a cell ’s environment