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Showing 1 to 20 of 85 for “"Na+/K+-ATPase"”.

  1. Autoradiografische lokalisatie van Na+-K+-ATPase met 3H-ouabaine

    Dormans, J.A.M.A.[S.l. : s.n.]1976

    Contains fulltext : mmubn000001_168227177.pdf (Publisher’s version ) (Open Access)

    radboud Repository record

  2. Na,K ATPase, some aspects of structure and mechanism

    Peters, W.H.M.[S.l. : s.n.]1982

    Contains fulltext : mmubn000001_026999137.pdf (Publisher’s version ) (Open Access)

    radboud Repository record

  3. ROLE OF THE Na,K-ATPase IN POLYCYSTIC KIDNEY DISEASE

    Nguyen, Anh-Nguyet ThiUniversity of Kansas2008

    Autosomal dominant polycystic kidney disease (ADPKD) is the most common monogenic disease, and is characterized by multiple fluid-filled cysts that impair the organ, ultimately leading to renal failure. Formation and enlargement of the cysts require abnormal proliferation and cell death, as well as …

    ku Repository record

  4. Cloning and Sequencing of Bovine Na+/K= Atpase α-1 Sub-Unit

    Aakula, Srikanth

    … was cloning and sequencing the α-1 sub-unit of Na+/K+-ATase gene in bovine corneal endothelium. The Na+/K+-ATase, also called the Na+ pump, is a crucial transmembrane protein. By transporting water and ions from and through the cornea into the aqueous humor, it is responsible for maintenance of …

    wku-diss Repository record

  5. Na,K-ATPase signaling in cyst progression in autosomal dominant polycystic kidney disease

    Trant, JordanUniversity of Kansas2025

    Autosomal dominant polycystic kidney disease (ADPKD) is the most common monogenetic disorder of the kidney, affecting 1:500-1000 live births across the world. It is characterized by the formation and growth of fluid-filled cysts which grow larger throughout the lifetime of the patient, eventually …

    ku Repository record

  6. Charakterisierung Migräne-relevanter Mutationen anhand Struktur-Funktions-Untersuchungen der Na+/K+-ATPase α2-Untereinheit

    Tavraz, Nedime Neslihan2011

    … Untereinheiten (α-, β-, γ-) aufgebaute Na+/K+-ATPase ist ein ubiquitäres Membranprotein, das zu den P-Typ-ATPasen gehört und maßgeblich an der Bildung und Erhaltung des Transmembranpotentials beteiligt ist. Als omnipräsente Ionenpumpe transportiert sie unter Verbrauch eines ATP-Moleküls …

    tu-berlin Repository record

  7. Factors influencing skeletal muscle Na+, K+-ATPase and Plasma [K+] during exercise in humans

    Fraser, Steven FrancisVictoria University of Technology2000

    … adenosine triphosphatase enzyme (Na+,K+ -ATPase) regulates muscle cell [Na+],[K+] and muscle membrane potential, therefore playing a fundamental role in muscle excitability. This dissertation primarily examined the effects of acute exercise, training status and chronic inactivity …

    vu-aus Repository record

  8. Struktur-Funktionsbeziehungen der Na+/K+-ATPase anhand elektrophysiologischer Untersuchungen C-terminaler und Migräne-assoziierter Mutationen

    Spiller, Susan2013

    Die Na+/K+-ATPase ist ein Transmembranprotein, das die Gradienten für Na+ und K+ über der Zellmembran aufrecht erhält, indem sie drei Na+-Ionen ins Extrazelluläre und zwei K+-Ionen ins Intrazelluläre unter Verbrauch von ATP transportiert, was von elementarer Bedeutung für die Zellfunktion ist. Eine …

    tu-berlin Repository record

  9. The effects of prolonged exercise on Na+, K+ - ATPase and SR Ca2+ regulation in humans

    Leppik, James AlexanderVictoria University of Technology2004

    … but little is known about effects on muscle Na+, K+ATPase activity and sarcoplasmic reticulum (SR) Ca2+ regulation. We therefore investigated whether these processes were impaired during cycling exercise at 74.3±1.2% v02 peak (mean±SEM) continued until fatigue, in eight healthy subjects (v02 …

    vu-aus Repository record

  10. Na+, K+-ATPase in single skeletal muscle fibres and the effects of ageing, training and inactivity

    Wyckelsma, VictoriaVictoria University2014

    The Na+,K+-ATPase (NKA) is a key protein involved in the maintenance of skeletal muscle excitability and comprises 2 subunits (α and β), each of which express multiple isoforms at a protein level in skeletal muscle (α1-3 and β1-3). The fibre-specific expression, adaptability and roles of each …

    vu-aus Repository record

  11. Digoxin and exercise effects on Na+,K+-ATPase isoform gene and protein expression in human skeletal muscle

    Gong, XiaofeiVictoria University2006

    … that exercise in humans impairs skeletal muscle Na+,K+-ATPase maximal in vitro activity, whilst in isolated rat muscles, Na+,K+-ATPase inhibition with ouabain leads to early muscle fatigue. Hence, Na+,K+-ATPase function is likely to be important for skeletal muscle performance. Digoxin is a …

    vu-aus Repository record

  12. NKAINs: A Novel Family of Membrane Proteins that Interact with the Na, K-ATPase and Affect Membrane Excitability

    Gorokhova, Svetlana

    <p>A novel family of Na,K-ATPase interacting (NKAIN) proteins was cloned and characterized. These proteins are highly conserved across species and do not resemble any known proteins in the genome. Aside from the conserved transmembrane domains, NKAINs contain no known functional domains. Striking …

    rockefeller Repository record

  13. Exercise, electrical stimulation and ionic effects on Na+, K+-ATPase isoform gene and protein expression in mammalian skeletal muscle

    Murphy, Kate TamarindVictoria University of Technology2005

    … stimulation and explores factors regulating Na+,K+ -ATPase isoform transcription and translation in skeletal muscle.

    vu-aus Repository record

  14. Efeito in vivo e in vitro da prolina sobre a atividade da Na+, K+-ATPase de cérebro de ratos

    Santos, Zilda Elizabeth de Albuquerque2002

    A hiperprolinemia tipo II é um erro inato do metabolismo de aminoácido causado pela deficiência na atividade da Ä1 pirrolino-5-carboxilato desidrogenase. O bloqueio dessa reação resulta no acúmulo tecidual de prolina. A doença caracteriza-se fundamentalmente por epilepsia, convulsões e um grau …

    brazil-ufrgs Repository record

  15. The effects of osteoarthritis, acute voluntary inactivity and injury on skeletal muscle function, Na+, K+ -ATPase content and isoform abundance

    Perry, Ben DVictoria University2014

    Physical inactivity causes substantial maladaptions in each of skeletal muscle size, strength and endurance. In skeletal muscle the Na+, K+ -ATPase (NKA) enzyme is pivotal in the regulation of Na+ and K+ concentrations across the sarcolemmal and t-tubule membranes and hence in the maintenance of …

    vu-aus Repository record

  16. Physiological Role of the α<sub>2</sub>-Isoform of the Na, K-ATPase in the Regulation of Cardiovascular Function

    Rindler, Tara N.University of Cincinnati2012

    <p>Na,K-ATPase is a ubiquitously expressed heteromeric transmembrane protein composed of two essential subunits: α and β. There are four known isoforms of the catalytic α-subunit (α<sub>1</sub>, α<sub>2</sub>, α<sub>3</sub>, and α<sub>4</sub>), and each isoform displays a unique tissue distribution …

    ohiolink Repository record

  17. The Na/K-ATPase in the gills of Antarctic and New Zealand nototheniids: The Physiologic and Molecular Effects of Warm-acclimation.

    Guynn, Sierra ReneeCreighton University2002

    … increase in serum osmolality is due to proportional increases in the Na" and CT concentrations as compared to temperate teleosts, including members of the same family. The sodium and potassium adensosine triphosphatase (Na/K-ATPase) in the chloride cells of the gill is responsible for maintenance …

    creighton Repository record

  18. Effects of exercise, renal disease, and digoxin on skeletal muscle Na+,K+-ATPase and related effects on plasma K+ and muscle performance

    Petersen, AaronVictoria University2007

    In skeletal muscle, the Na+,K+-ATPase enzyme regulates trans-membrane Na+ and K+ fluxes during contractions, and therefore also affects muscle excitability and plays an important role in delaying muscle fatigue. Consequently, any modulation of Na+,K+-ATPase content or activity has the potential to …

    vu-aus Repository record

  19. Effects of Chronic Intermittent Hypoxia, Acute and Chronic Exercise on Skeletal Muscle Na+,K+ATPase, Buffering Capacity and Plasma Electrolytes in Well-Trained Athletes

    Aughey, RobertVictoria University2005

    … acute and chronic exercise on skeletal muscle Na+,K+ATPase, buffering capacity and plasma electrolytes. Thus the effects of acute exercise and these interventions in well-trained athletes are the focus of this thesis.

    vu-aus Repository record

  20. Regulation of Intracellular pH and Plasma Membrane Potential in Trypanosoma Cruzi and Trypanosoma Brucei

    VanDerHeyden, Nicole M.J.University of Illinois at Urbana-Champaign2015

    … was found to be regulated primarily by a H+-ATPase with support from a Cl- conductive channel in all stages and an inwardly directed K+ channel in the mammalian stages. The DeltaPsi in T. cruzi was found to be generated by a H+-ATPase in all stages however there were significant differences …

    uiuc Repository record

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