| K |
| K channel structure |
| Pongs O, Lange A, Hornig S, Martin-Eauclaire MF, Trauner D, Becker S, Baldus M |
| |
| K+ channels, K+/H+ ATPase and SGK1 in the stimulation of gastric acid secretion by glucocorticoids |
| Rotte A, Sandu C, Artunc F, Grahammer F, Kuhl D, Lang F |
| |
| K+ conductance of duct cells from rat pancreas |
| HAYASHI M, MATSUDA H |
| |
| KATP channel activity of pancreatic B-cells is regulated by an adenylate kinase |
| Krippeit-Drews P, Schulze DU, Dufer M, Janssen E, Wieringa B, Drews G |
| |
| KAINATE POSTCONDITIONING RESTORES LTP IN ISCHEMIC HIPPOCAMPAL CA1: ONSET-DEPENDENT SECOND PATHOPHYSIOLOGICAL STRESS |
| Farkas T., Nagy D., Kocsis K., Fuzik J., Marosi M., Kis Zs., Toldi J. |
| |
| KATP channel inhibition as a promising strategy to protect pancreatic beta-cells against oxidative damage |
| Edalat *A., Krippeit-Drews P., Drews G., Dufer M. |
| |
| KATP channel inhibition protects pancreatic islets from oxidative stress by Ca2+-dependent activation of antioxidant enzymes |
| DUFER M, GIER B, KRIPPEIT-DREWS P, DREWS G |
| |
| KATP channels and protection against type 2 diabetes mellitus |
| Dfer M. |
| |
| KATP CHANNELS IN HUMAN PLACENTA, POSSIBLE IMPLICATION IN hPL AND hCG RELEASE? |
| Lybaert L. |
| |
| KATP CHANNELS IN SPERMATOZOA: EXPRESSION IN DIFFERENT SPECIES AND INVOLVEMENT IN CALCIUM INFLUX |
| Lybaert P., Leleux F., Vegh G., Meuris , Lebrun P. |
| |
| KATP channels, neonatal diabetes and neurological disorders: from molecule to malady |
| Ashcroft F.M. |
| |
| KATP-Channel-Dependent Glucose Sensing in the Locus Coeruleus Controls Brown Adipose Tissue Sympathetic Traffic and Energy Homeostasis |
| Tovar S, Paeger L, Hess S, A Morgan D, Bronneke H, Hampel B, Ackermann P, Evers N, Buning H, Konner C, T Wunderlich F, Rahmouni K, Kloppenburg P, C Bruning J |
| |
| KCC2 and carbonic anhydrase VII in epilepsy |
| Kaila K |
| |
| KCNE1 subunit has a dual effect on KCNQ1 channel conductance in CHO cells |
| RYDQVIST B, MANSEN A, TISELIUS C, SAND P, VENNSTROM B |
| |
| KCNJ10 potassium channels in the mouse distal nephron |
| Reichold M., Bandulik S., Schmidt K., Lieberer E., Sterner C., Tegtmeier I., Warth R. |
| |
| KCNQ channels in the thalamus: role of a neuronal brake in somatosensory perception |
| Cerina *M., Szkudlarek H., Kanishkova T., Meuth S.G., Pape H.-C., Budde T., Coulon P. |
| |
| KCNQ channels influence vascular reactivity in mouse aorta |
| Yeung SY, Schwake M, Ohya S, Greenwood IA |
| |
| KCNQ1 and KCNE2 gain-of-function mutations in familial atrial fibrillation |
| Barhanin J, Bendahhou S |
| |
| KCNQ1 channel response to cell volume changes is not mediated by ATP release |
| HAMMAMI S, WILLUMSEN NJ, NOVAK I, KLAERKE DA |
| |
| KCNQ1 mutation Q147R is associated with atrial fibrillation and prolonged QT-interval |
| Lundby A., Ravn L.S., Svendsen J.H., Olesen S.P., Schmitt N. |
| |
| Keeping the balance between sodium and calcium in cardiac disease |
| SWIFT F, TOVSRUD T, ARONSEN JM, LOUCH WE, STOKKE MK, ENGER UH, SJAASTAD I, SEJERSTED OM |
| |
| Kei Tatemoto's and Viktor Mutt's neuropeptides: Focus on NPY and anorexia |
| HOKFELT T, NILSSON I, LINDFORS C, SCHALLING M, JOHANSEN J |
| |
| Ketone bodies inhibit insulin-mediated glucose transport in mouse skeletal muscle |
| KATZ A, YAMADA T, ZHANG SJ, WESTERBLAD H |
| |
| KETOTIFEN PROPHYLAXIS OF EICOSANOIDS MEDIATED ALTERATIONS IN EXPERIMENTAL PORTAL HYPERTENSION |
| Nava MP, Aller MA, Sanchez-Patan F, Vara E, Garcia C, Cuellar C, Rodero M, Arias J |
| |
| Key role of CFTR for all modes of intestinal HCO3- secretion |
| SINGH A, ZHENH W, SJOBLOM M, SEIDLER U |
| |
| KEY ROLE OF THE NICOTINIC RECEPTOR IN THE EXOCYTOSIS OF NEUROTRANSMITTERS IN HUMAN CHROMAFFIN CELLS |
| Perez-Alvarez A, Hernandez-Vivanco A, Albillos A |
| |
| Kidney function and the regulation of blood volume |
| BIE P |
| |
| Kidney-specific deficiency of PPAR results in increased mouse renin production |
| Desch M., Schreiber A., Schweda F., Gomez R. A., Kurtz A., Todorov V. |
| |
| Kidney-specific deletion of the multidrug resistance related protein 2 (Mrp2) does not aggravate cyclosporine A-induced damage to renal grafts |
| MAHLER N, SCHLUTER T, KAUSCHKE R, STEINBACH A, RETTIG R, GRISK O |
| |
| Kindlin-3 is essential for firm leukocyte adhesion during inflammation in vivo |
| Sperandio M., Schmid S., Fassler R., Moser M. |
| |
| Kinetic analysis of FHC-associated mutations in troponin I: translation of functional effects from the molecular level to the sarcomere and the whole heart |
| STEHLE R, IORGA B, BLAUDECK N, KULOZIK FP, ELHAMINE F, ZITTRICH S, JACOBI C, KOCKS S, GODECKE A, SCHRADER J, PFITZER G |
| |
| Kinetic properties of the rabbit intestinal oligopeptide cotransporter PepT1: role of temperature |
| BOSSI E, CHERUBINO F, MARGHERITIS E, OYADEYI A, VOLLERO A, DANTONI F, PERES A |
| |
| Kinetic study of ligand-induced activation in homo- and heterotetrameric olfactory CNG channels |
| Nache *V., Wongsamitkul N., Schulz E., Zimmer T., Schmauder R., Kusch J., Benndorf K. |
| |
| Kinetics of Ca2+-induced skeletal thin-filament activation and force development in rabbit psoas myofibrils |
| Solzin J, Ruess DF, Zittrich S, Elhamine F, Pfitzer G, Stehle R |
| |
| Kinetics of fluid flux in the rat diaphragmatic submesothelial lymphatic lacunae |
| MORIONDO A, BIANCHIN F, MARCOZZI C, NEGRINI D |
| |
| Kinetics of force-induced cell reorganization depends on microtubules and actin |
| Ralf Kemkemer |
| |
| Kinetics of myosin light chain phosphorylation in the heart |
| EIKEMO H, NUNN C, LEVY FO, SKOMEDAL T, OSNES JB |
| |
| Kinetics of the increase in stiffness following stretches superposed on the isometric contraction of single muscle fibres |
| FUSI L, RECONDITI M, BRUNELLO E, ELANGOVAN R, LOMBARDI V, PIAZZESI G |
| |
| KINETICS OF VOLUME CHANGE IN H2O2 INDUCED CELL DEATH IN QUAIL RED BLOOD CELLS. |
| Lou-Bonafonte JM, Andres MJ, Puente JJ, Marzo I, Gil C, Escanero JF |
| |
| K-influence on motor and electrical vesical oscillations: stretch-dependent channels |
| Martin D., Gornik E., Foltin V., Seidenbusch W., Michailov M.C., Neu E. |
| |
| Kir2 potassium channels are differentially regulated by Gq/11 coupled receptors |
| Fuchs L, Wischmeyer E |
| |
| KISSPEPTIN HAS DIFFERENTIAL EFFECTS ON PLASMA NEUROPEPTIDE Y AND PEPTIDE YY CONCENTRATIONS IN YOUNG MALE RATS |
| Canpolat Sinan, Alver Ahmet, Mentese Ahmet, Saral Sinan |
| |
| KISSPEPTINS AND THE NEUROENDOCRINE CONTROL OF PUBERTY ONSET AND FERTILITY IN MAMMALS |
| Tena-Sempere M |
| |
| KNJ10 gene mutations causing EAST syndrome decrease channel function |
| *Humberg E., Schmidt K., Zdebik A., Rapedius M., Warth R., Bandulik S., Sterner C., Tegtmeier I., Penton D., Baukrowitz T., Hulton SA., Witzgall R., Ben-Zeev B., Howie A., Kleta R., Bockenhauer D., Reichold M. |
| |
| Knock-down of cellular prion protein disrupts copper homeostasis in neuroblastoma cell models |
| URSO E, RIZZELLO A, DANIELI A, ACIERNO R, MAFFIA M |
| |
| Knockdown of prolyl-4-hydroxylase domain 2 inhibits tumor growth of human breast cancer MDA-MB-231 cells by affecting TGF-β1 processing |
|
Wottawa
*M.
, Leisering P., von Ahlen M., Schnelle M., Vogel S., Cordula M., Bordoli M., Camenisch G.C., Hesse A., Napp J., Alves F., Kristiansen G., Farhat K., Katschinski D. |
| |
| Knocking out the adenosine A1 receptor increases lipolysis and insulin release |
| FREDHOLM BB, JOHANSSON SM, GRAPENGIESSER E, HELLMAN B, KATZ A, SALEH A |
| |
| Knock-out mice and the role of cardiac Toll-like receptors |
| Zacharowski K |
| |
| K-Ras isoform modulates extracellular matrix synthesis through Erk and Akt signalling. |
| Fuentes-Calvo I, Munoz-Felix JM, Eleno-Balboa N, Lopez-Novoa JM, Martinez-Salgado C |
| |
| K-RAS ISOFORM REGULATES FIBROBLASTS PROLIFERATION AND CELL MOTILITY TROUGH ERK AND AKT ACTIVATION. |
| Munoz-Felix JM, Fuentes-Calvo I, Lopez-Novoa JM, Martinez-Salgado C |
| |
| Kva2 subunits carry a large part of the Kv current of rat cerebral artery smooth muscle cells |
| Schubert R, Lysenko N, Kamkin A |
| |
| Kv1.3/Kv1.5 HETEROTETRAMERS ARE INVOLVED IN THE IMMUNOMODULATION OF MACROPHAGES |
| Villalonga N, David M, Escalada A, Texido L, Vicente R, Sole L, Valenzuela C, Solsona C, Felipe A |
| |
| Kv3 channels effectively limit the protein number necessary for action potential repolarization in hippocampal mossy fiber boutons |
| ALLE H, KUBOTA H, GEIGER JRP |
| |
| Kv3.x subunits contribute substantially to the delayed rectifier K+ current (IK) in small cultured DRG neurons |
| Bocksteins E., Van de Vijver G., Bruyns T., Van Bogaert PP., Snyders D.J. |
| |
| Kv4.2 closed-state inactivation mechanism and structural determinants |
| Barghaan J, Bahring R |
| |
| Kv4.2/KChIP3 channel function in the presence of the ceroid-lipofuscinosis-neuronal-3 protein CLN3 |
| Seifert *C., Storch S., Bahring R. |
| |
| KV4.x CHANNELS ARE CLUSTERED WITH PROTEIN KINASES IN LIPID RAFTS IN RAT CARDIAC MYOCYTES. |
| Ahyayauch H, Alday A, Casis O |
| |
| Kv7 channel function and its role in health and disease |
| BLOM S, RASMUSSEN HB, SCHMITT N |
| |
| Kv7 channel modifying drugs |
| Hansen H. |
| |
| KV7 CHANNELOPATHIES |
| Maljevic Snezana, Lerche Holger |
| |
| Kv7 potassium channels of the inhibitory interneurons of hippo-campal culture |
| Grygorov O., Moskalyuk A., Dosenko V., Fedulova S., Veselovsky N., Brown D. |
| |
| Kv7.1 surface expression is regulated by epithelial cell polarization |
| ANDERSEN MN, OLESEN SP, RASMUSSEN HB |
| |