| M |
| M/KCNQ -channels |
| Brown DA |
| |
| Macrophage differentiation and functional polarization: role of thyroid hormones |
| CERVIA D, ASSI E, PERROTTA C, CLEMENTI E |
| |
| Macrophage inflammatory protein-3 promotes proliferation and migration of breast cells in primary culture |
| VETRUGNO C, CALABRISO N, STORELLI C, MANCA C, MARSIGLIANTE S, MUSCELLA A |
| |
| MACROPHAGE MIGRATION INHIBITORY FACTOR (MIF): THE DOYEN OF CYTOKINES IS STILL A MOST INTERESTING FACTOR |
| Garai J., Vigh É., Lorand T. |
| |
| Magnetic nanoparticle assisted site specific cardiac gene- and cell therapy |
| Ottersbach *A., Kilgus C., Heidsieck A., Zimmermann K., Mykhaylyk O., Gleich B., Plank C., Pfeifer A., Sasse P., Fleischmann B.K., Roll W. |
| |
| Magnetic resonance imaging with hyperpolarized 13C-pyruvate to study carbohydrate metabolism in vivo |
| LIONETTI V, AQUARO GD, FRIJA F, MENICHETTI L, SANTARELLI F, POSITANO V, ARDENKJAER-LARSEN JH, BIANCHI G, ROMANO SL, MARINELLI M, GIOVANNETTI G, NEGLIA D, LANDINI L, LOMBARDI M, RECCHIA FA |
| |
| Major depression disorders and abdominal obesity in Naples aging people |
| NASTI G, MAUTONE M, PETAGNA L, MUSCARIELLO E, STRIANI N, COLANTUONI A |
| |
| Making running with high blood pressure safe Effect of free running wheel exercise on the progression of hypertrophy in SHR with and without ACE inhibition |
| Da Costa Rebelo RM, Schreckenberg R, Forst S, Schluter K-D |
| |
| Making waves: Optogenetic probing of slow-wave-associated calcium network spikes in vivo |
| *Stroh A., Adelsberger H., Fischer S., Ruhlmann C., Schierloh A., Deisseroth K., Konnerth A. |
| |
| MAL/VIP17, a new player in the regulation of NKCC2 in the kidney |
| CARMOSINO M, RIZZO F, PROCINO G, BASCO D, VALENTI G, FORBUSH B, CAPLAN M, SVELTO M |
| |
| Male-dominant activation of rat organic anion transporter 1 (Oat1) and 3 (Oat3) by transcription factor Bcl6 |
| Wegner *W., Burckhardt G., Burckhardt B.C., Henjakovic M. |
| |
| Mammalian hearing sensitivity in air, and in water |
| NUMMELA S |
| |
| Mammalian pheromone sensing: from genes to behaviour |
| Zufall F |
| |
| Management and Dominance of Brain Hemispheres and Intelligence (IQ) in Right-and Left Handers. |
| Yetkin Y, Kiylik B, Yetkin A |
| |
| Manganese superoxide dismutase: a catalyst and target of nitric oxide-mediated peroxynitrite formation and enzyme tyrosine nitration |
| Filipovic M, Stanic D, Raicevic S, Spasic M, Niketic V |
| |
| Manganese supplementation affects endothelium-dependent relaxation in rats |
| Serban D.N., Stoica B., Hogas M., Serban I.L., Budurca A.R., Nechifor ?? |
| |
| Manipulation of peripheral limitations of oxidative metabolism by a high fat diet |
| DE ROIA G, ADAMI A, CAPELLI C, SCHENA F, POGLIAGHI S |
| |
| Mapping conformational changes of the type IIb Na+/Pi cotransporter by voltage clamp fluorometr |
| Virkki LV, Forster IC, Murer H |
| |
| Mapping motor control of handwriting with functional brain imaging |
| Siebner HR |
| |
| Mapping of brain functional activity induced by alcohol drinking with manganese-enhanced magnetic resonance imaging in rats |
| DUDEK M, ABO-RAMADAN U, HYYTIA P |
| |
| MAPPING OF LOCAL BRAIN ACTIVITY CHANGES IN THIRST MOTIVATED OPERANT SIGNAL DISCRIMINATION TASK OF RATS |
| Galosi R, Szalay Cs, Aradi M, Pal J, Perlaki G, Schwarcz A, Karadi Z, Lenard L |
| |
| Mapping of two major conformational AQP4 epitopes for neuromyelitis optica autoantibodies binding |
| PISANI F, MASTROTOTARO M, ROSSI A, NICCHIA GP, TORTORELLA C, RUGGIERI MM, TROJANO M, FRIGERI A, SVELTO M |
| |
| Mapping the interactions between the voltage-dependent Kv1.3 channel and caveolins |
| Perez-Verdaguer M, Martinez-Marmol R, Roig S, Davies L M., Comes N, Tamkun M M., Felipe A |
| |
| Marker expression, morphology and mobility of dental pulp mesenchymal stem cells (DP-MSCs) few hours after injection into a beating heart |
| FOLINO A, SPRIO A, DI SCIPIO F, SALAMONE P, PENNA C, PAGLIARO P, GEUNA S, BERTA GN, RASTALDO R |
| |
| Martinotti interneurons control the generation of calcium spikes in layer 5 pyramidal dendrites in vivo |
| Larkum M. |
| |
| Masseter muscle responses to air and bone conducted sound in man |
| DERIU F, ORTU E, GIACONI E, TOLU E, ROTHWELL JC, DAY B, WELGAMPOLA M |
| |
| Mast cell tryptase stimulates production of decorin by human testicular peritubular cells: Possible role in male infertility by interfering with growth factor signaling |
| *Adam M., Schwarzer J.U., Kohn F.M., Strauss L., Poutanen M., Mayerhofer A. |
| |
| MATCHING BETWEEN EMG ACTIVITY AND MECHANICAL ADVANTAGE IN THE EXTERNAL INTERCOSTAL MUSCLES OF THE RABBIT |
| Voisin V., Bonaert A., Caron N., Legrand A. |
| |
| MATERNAL ETHANOL CONSUMPTION DURING PREGNANCY AND LACTATION PROVOKES CHANGES IN THE INTESTINAL SELENIUM-METHIONINE TRANSPORT IN OFFSPRING RATS. |
| Delgado MJ, Nogales F, Ojeda ML, Murillo ML, Carreras O |
| |
| MATERNAL INFLAMMATION AFFECTS EMBRYONIC MICROGLIA |
| Swinnen N., Rigato C., Brone B., Legendre P., Rigo JM. |
| |
| Maternal protein restriction before pregnancy reduces offspring early body mass and affects glucose metabolism in C57BL/6JBom mice |
| DUDELE A, LUND S, JESSEN N, WEGENER G, WINTHER G, ELNIF J, FRISCHE S, WANG T, MAYNTZ D |
| |
| MATERNAL REGULAR AEROBIC EXERCISE DECREASED ANXIETY OF PUPS CORRELATED INCREASED PREFRONTAL CORTEX BDNF AND VEGF |
| Aksu Ilkay, Cetin Ferihan, Riza Sisman Ali, Dayi Ayfer, Gencoglu Celal, Tas Aysegul, Gonenc Arda Sevil, Uysal Harzadin Nazan |
| |
| MATERNAL SODIUM DEPLETION MODIFIES THIRST RESPONSES IN OFFSPRING |
| Perillan C, Costales M, Vijande M, Arguelles J |
| |
| Maternal undernutrition in rats induces early heart hypertrophy in young male and female offspring |
| Arribas SM, Lopez de Pablo AL, Prachaney P, Condezo-Hoyos L, Rodriguez-Rodriguez P, Regadera JF, R Lopez M, Gonzalez MC |
| |
| Mathematical model analysis of intermittent fluctuations of rolling leukocytes |
|
Moskopp
*M.L.
, Preuss R., Deussen A., Chavakis T., Dieterich P. |
| |
| Mathematical model analysis of the influence of TRPC1 channels on directed migration of murine neutrophils |
| Dieterich *P., Lindemann O., Schwab A. |
| |
| Mathematical Model of the Cardiovascular System |
| Corciova C, Matei D, Corciova F |
| |
| Mathematical modeling of physiology from whole-body substance distribution down to cellular apoptosis signal transduction |
| Eissing T. |
| |
| Mathematical modelling provides proof of principle that phasic cardiovascular events in sleep result from integration of the arterial baroreflex and central autonomic commands |
| SILVANI A, MAGOSSO E, LENZI P, URSINO M |
| |
| Matrix metalloproteinase-9 promotes neutrophil and T cell migration in the postischemic liver |
| Khandoga A, Kessler J, Hanschen M, Khandoga AG, Burggraf D, Reichel C, Enders G, Krombach F |
| |
| Matrix metalloproteinases act as repressor of hypertrophy in ventricular cardiomyocytes of rat |
| Heger J, Schiegnitz E, Muktheshwar G, Asif AR, Piper HM, Euler G |
| |
| Matrix metalloproteinases as repressors of hypertrophy in ventricular cardiomyocytes of rats |
| Osygus Y., Heger J., Schiegnitz E., Piper H. M., Euler G. |
| |
| Matrix metalloproteinases of Repressors of Hypertrophy in Ventricular Cardiomyocytes of Rats |
| OSYGUS Y, HEGER J, SCHIEGNITZ E, EULER G |
| |
| Maturation and functional plasticity of cellular respiratory apparatus in flies eyes |
| Meglic Andrej, Rudolf Jerneja, Zupancic Gregor |
| |
| Maturation of population coherence in the hippocampus |
| Crepel V., Aronov D., Jorquera I., Represa A., Ben-Ari Y., Cossart R. |
| |
| Maturation of ribbon synapses in hair cells is driven by thyroid hormone |
| Sendin G, Bulankina A, Riedel D, Moser T |
| |
| Maturation-dependent pattern of voltage-gated Na+ currents in embryonic-derived NS cells |
| DI FEBO F, TOSELLI M, BIELLA G, CONTI L, CATTANEO E |
| |
| Maximal oxygen consumption in upright and supine posture at the end of prolonged bed rest in humans |
| Bringard Aurélien, Pogliaghi Silvia, Adami Alessandra, De Roia Gabriela, Lador Frédéric, Lucini Daniela, Pizzinelli Paolo, Capelli Carlo, Ferretti Guido |
| |
| May interactions between the protocadherin hFat1 and Homer scaffolding proteins provide a clue to the understanding of psychic disorders? |
| Hofer W, Schreiner D, Muller K, Przybylski M |
| |
| May the warning auditory-visual neurons help the monkey to play the piano? |
| LANZILOTTO M, OLIVETI D, BON L, LUCCHETTI C |
| |
| M-current- and persistent sodium current-mediated subthreshold voltage-fluctuation resonance recorded in hippocampal mossy fiber boutons |
| Alle *H., Murphy R., Geiger J., Storm J.F. |
| |
| Measurement of glomerular sieving of plasma proteins in rats using mass spectrometry |
| WALLACE PW, OVELAND E, TENSTAD O |
| |
| Measurement of NO levels with optical spectroscopy during the cortical activation induced by ascendant systems. |
| Marino J, Espinosa N, Cudeiro J |
| |
| MEASUREMENT OF SIMPLE REACTION TIME TO CHECKERBOARD-PATTERNED CYCLOPEAN STIMULI |
| Gyenge M., Miko-Barath E., Torok B., Jando G. |
| |
| MEASUREMENT OF VASCULAR PERMEABILITY IN GENETIC MOUSE MODELS |
| Curry Fitzroy, Reed Rolf, Rygh Cecilie, Simon Scott, Kim Min Ho |
| |
| Measurements of respiratory mechanics in rat by the end-inflation occlusion method |
| RUBINI A, CASTELLI G, BOSCARO E, FAVERO E, VETTORE E |
| |
| Measurements of the membrane capacitance in rat lactotrophs at spontaneous and stimulated conditions |
| Calejo Ana I., Jorgacevski Jernej, Kreft Marko, Goncalves Paula P., Zorec Robert |
| |
| Measuring and manipulating second messenger levels in cellular organelles of living cells |
| Pozzan Tullio |
| |
| Measuring ATP in living cells |
| Steege A, Patzak A, Kovacs R, Fahling M, Persson PB, Mrowka R |
| |
| Measuring of human nicotinic 7 receptor in rat pituitary-derived cells with automated patch-clamp system |
| Seeger *T., Niessen K.V., Rinke I., Thiermann H. |
| |
| Measuring workloops in Isolated Intact Cardiomyocytes |
| Iribe G, Helmes M, Kohl P |
| |
| Mechanical effects on cardiac action potential propagation: Effects of changes in cell-to-cell coupling |
| Kleber AG, Saffitz JE |
| |
| Mechanical impacts induce phosphorylation of the ryanodine receptor in skeletal muscles of rats |
| *Suhr F., Braun K., Bloch W. |
| |
| Mechanical interventions for initiation and termination of ventricular tachyarhythmia |
| Kohl P |
| |
| Mechanical properties of single intact skeletal muscle fibres isolated from wild-type and MLC/mIgf-1 mice |
| COLOMBINI B, BENELLI G, NOCELLA M, MUSARO' A, CECCHI G, BAGNI MA |
| |
| Mechanical stimulus-secretion-coupling in alveolar type II cells |
| Dietl P |
| |
| Mechanical stress induces K+ and Cl- secretion in native lung preparations of Xenopus laevis |
| Bogdan R, Clauss W, Fronius M |
| |
| Mechanical stress-induced expression of tight junction proteins in HUVEC endothelial cells |
| Milatz S, Zakrzewicz A, Wolschner J, Fromm M, Amasheh S |
| |
| Mechanical stretch and angiotensin-II up-regulate connexin 43 expression in rat heart via type 1 angiotensin-receptors |
| *Salameh A., Gonzalez J., Apel D., Dhein S., Dahnert I. |
| |
| Mechanical stretch is a regulator of Duox1 gene expression in murine bladder urothelial cells |
| Kapui R., Brandes R.P., Hecker M., Wagner *A.H. |
| |
| Mechanically provoked nucleotide release in distal colonic mucosa inhibits electrogenic Na+ transport |
| Geyti CS, Matos JE, Leipziger J |
| |
| Mechanics and myosin cross-bridge kinetics of human ureteral smooth muscle |
| VARGIU R, DE LISA A, PERINU A, CAPRA A, USAI E, TINTRUP F, FRASCHINI M, MANCINELLI R |
| |
| Mechanics of the unwinding of DNA helix under force clamp |
| BIANCO P, DOLFI M, LOMBARDI V |
| |
| Mechanism and consequences of the stretch-induced zyxin-activation in vascular cells |
| Ghosh S., Kollar B., Suresh S., Nobiling R., Hecker M., Cattaruzza *M. |
| |
| Mechanism of action of the betalain pigment indicaxanthin, purified from fruits of Opuntia ficus-indica, on mouse ileal motility in vitro |
| BALDASSANO S, ROTONDO A, TESORIERE L, LIVREA MA, MULE F |
| |
| MECHANISM OF CELL DEATH IN THE HYPERTENSIVE HEART |
| Diez J |
| |
| Mechanism of DNA release during physical exercise |
| Helmig *S., Fruhbeis C., Kramer-Albers E.-M., Simon P., Tug S. |
| |
| MECHANISM OF HYPERTENSION PRODUCED BY ANGIOTENSIN II INDUCED BY OXIDATIVE STRESS (OXST) |
| Romero JC |
| |
| Mechanism of K+-release from skeletal muscle caused by hyperosmotic expansion of the extracellular space |
| FAULER M, LEHMANN-HORN F, JURKAT-ROTT K |
| |
| Mechanism of Slow Kv7.1 Inactivation |
| Nathalie Strutz-Seebohm, Michael Pusch, Guiscard Seebohm |
| |
| Mechanism, substrates and inhibitors of the H+/amino acid cotransporter PAT1 |
| Metzner L, Brandsch M |
| |
| MECHANISM-BASED PKPD MODELING IN TRANSLATIONAL PHARMACOLOGY |
| Danhof M. |
| |
| Mechanisms and cholinergic modulation of subthreshold oscillations, theta resonance, after-hyperpolarizations (AHPs), and bursting in CA3 hippocampal pyramidal neurons |
| Sharifullina E, Storm JF |
| |
| MECHANISMS AND EFFECTS OF CALCIUM OSCILLATIONS/WAVES IN BLOOD BRAIN BARRIER ENDOTHELIAL CELLS |
| De Bock M., Culot M., De Vuyst E., Wang N., Decrock E., Van Moorhem M., Cecchelli R., Leybaert L. |
| |
| Mechanisms for coupling of nutrient and electrolyte transporters in the small intestine |
| Chen M, Singh AK, Riederer B, Engelhardt R, Krabbenhoft U, Soleimani M, Seidler U |
| |
| Mechanisms for neurosteroid action on cognitive function from receptors to human disorders |
| STROMBERG J, LUNDGREN P, HAAGE D, TAUBE M, WANG M, BACKSTROM T |
| |
| MECHANISMS FOR PICROTOXININ AND PICROTIN BLOCKS OF ALPHA2 HOMOMERIC GLYCINE RECEPTORS |
| Wang D-S, Buckinx R., Lecorronc H., Mangin J-M., Rigo J-M., Legendre P. |
| |
| Mechanisms for regulation of Slick K+ channels (Slo2.1) by cell volume changes |
| TEJADA MA, STOLPE K, HAMMAMI S, KLAERKE D |
| |
| MECHANISMS INVOLVED IN CORM-2 INDUCED VASORELAXATION |
| Decaluwe K., Pauwels B., Verpoest S., Van de Voorde J. |
| |
| MECHANISMS INVOLVED IN ENHANCED CONTRACTILE RESPONSE TO SEROTONIN IN AORTA OF OBESE ZUCKER RATS |
| Benedito S, Pagan RM, Mendez MT, Garcia-Sacristan A, Martinez AC, Prieto D |
| |
| Mechanisms involved in SGK1 dependent regulation of glucose transporter GLUT4 |
| Jeyaraj S, Palmada M, Bohmer C, Lang F |
| |
| MECHANISMS INVOLVED IN THE NITRIC OXIDE-INDUCED VASODILATATION IN THE PROSTATIC RESISTANCE ARTERIES |
| Bustamante S, Recio P, Orensanz LM, Sanchez A, Benedito S, Garcia Sacristan A, Prieto D, Hernandez M |
| |
| Mechanisms of action of the Ca2+ -sensitizer levosimendan |
| Papp Z., Hertelendi Z., Szilagyi S., Edes I., Pollesello P. |
| |
| Mechanisms of actions of neurosteroids in GABA-A receptor mouse model systems |
| LEPPA E, LINDEN AM, VEKOVISCHEVA OY, WULFF P, WISDEN W, KORPI ER |
| |
| Mechanisms of angiotensin IImediated induction of the expression of CYP11B2 in human and rat adrenocortical cells |
| Szekeres M., Cserzo M., Supeki K., Szidonya L., Turu G., Hazay M., Chaplin T., Clark A.J.L., Hunyady L. |
| |
| Mechanisms of ATP perception in GFSHR-17 granulosa cells |
| Bintig W, Buchholz V, Schlie S, Baumgart J, Heisterkamp A, Ngezahayo A |
| |
| Mechanisms of Ca2+/calmodulin-regulation of hOCT2 |
| Biermann J, Lang D, Gorboulev V, Zvirbliene A, Koepsell H, Schlatter E, Ciarimboli G |
| |
| Mechanisms of calcium signaling in the in vivo mouse visual cortex |
| Garaschuk O, Busche MA, Milos RI, Marandi N, Konnerth A |
| |
| Mechanisms of dysfunction in mutant ryanodine receptors in cardiac pathology |
| Lai F.A. |
| |
| Mechanisms of endothelium-dependent relaxation in the renal interlobar artery |
| Serban I.L., Maranduca M.A., Serban D.N., Slatineanu S.M., Petrescu G. |
| |
| Mechanisms of gastrointestinal nitrergic relaxation |
|
Lies
*B.
, Groneberg D., König P., Friebe A. |
| |
| Mechanisms of high-frequency synaptic transmission at a central excitatory synapse |
| Ritzau-Jost *A., Weyhersmuller A., Hirrlinger J., Schmidt H., Eilers J., Hallermann S. |
| |
| Mechanisms of kHz-transmission at a central synapse |
|
Ritzau-Jost
*A.
, Weyhersmüller A., Delvendahl I., Hirrlinger J., Schmidt H., Eilers J., Hallermann S. |
| |
| MECHANISMS OF LPS INDUCED IMPAIRMENT OF ALVEOLAR Na+-TRANSPORT BY STIMULATED MACROPHAGES AND EFFECTS OF HYPOXIA |
| Baloglu Emel, Bartsch Peter, Mairbaurl Heimo |
| |
| MECHANISMS OF METHANANDAMIDE-INDUCED VASORELAXATION IN RAT GASTRIC ARTERIES |
| Breyne J., Vanheel B. |
| |
| MECHANISMS OF MUSCLE FATIGUE: FROM MUSCULAR METABOLISM TO NEUROENDOCRINE CONTROL |
| Izquierdo M |
| |
| Mechanisms of NO release in angiotensin II induced hypertension |
| IVERSEN BM |
| |
| Mechanisms of organic cation transport regulation in freshly isolated mouse proximal tubules |
| Guckel *D., Ciarimboli G., Pavenstadt H., Schlatter E. |
| |
| Mechanisms of Regulation of Gene Expression and the Cell Differentiation Status in Hypoxia |
| POELLINGER L |
| |
| MECHANISMS OF STORE-OPERATED CALCIUM ENTRY |
| Rosado JA |
| |
| MECHANISMS OF SYNAPTIC PLASTICITY IN THE HIPPOCAMPUS |
| Collingridge GL. |
| |
| Mechanisms of synaptic vesicle fusion |
| MARTENS S, GROFFEN AJ, VERHAGE M, MCMAHON HT |
| |
| Mechanisms of the analgesic effect of corticotropinreleasing factor in rats |
| YARUSHKINA NI, BAGAEVA TR, FILARETOVA LP |
| |
| Mechanisms of vasoconstriction induced by angiotensin II and serotonin in human umbilical arteries |
| Slatineanu S., Hogas M.M., Serban I.L., Varlam H., Serban D.N. |
| |
| MECHANISMS OF VESICLE RECYCLING IN HIPPOCAMPAL NEURONS REVEALED BY SYNAPTOPHLUORIN AND MINIMAL STIMULATION |
| Jemal I, Montes MA, Alvarez de Toledo G |
| |
| Mechanisms of wall tension induced vascular signaling |
| Sahana Suresh, Agnieszka Wojtowicz, Markus Hecker, Marco Cattaruzza |
| |
| Mechanisms underlying ß3-adrenergic eNOS-activation in human failing myocardium |
| Brixius K, Napp A, Mehlhorn U, Schwinger RHG, Bloch W |
| |
| Mechanisms underlying anti-A-IgG antibody induced suicidal erythrocyte death |
| Ghashghaeinia M, Attanasio P, Shumilina E, Hermle T, Kiedaisch V, Lang PA, Huber SM, Wieder T, Lang F |
| |
| Mechanisms underlying Reactive Oxygen Species induction by Platelet Derived Growth Factor receptor pathway |
| SANTILLO M, MONDOLA P, DAMIANO S, AGNESE S, DE MIZIO M, UCCI V, ADORNETTO AG, SVEGLIATI S, AVVEDIMENTO VE |
| |
| MECHANISMS UNDERLYING THE GRADIENT OF ELECTROMYOGRAPHIC ACTIVITY IN THE EXTERNAL INTERCOSTAL MUSCLE OF THE RABBIT |
| Bonaert A., Voisin V., Caron N., Legrand A. |
| |
| Mechanisms underlying the regulation of neuronal and glial amino acid transport by the serum and glucocorticoid inducible kinase SGK |
| Bohmer C, Palmada M, Rajamanickam J, Jeyaraj S, Lang F |
| |
| MECHANISTIC ROLE OF METHIONINE IN THE AGING PROCESS |
| Pamplona R |
| |
| Mechanosensitivity of epithelial Na+ channels (ENaCs): Laminar Shear Stress increases ion channel open probability |
| Althaus M, Bogdan R, Clauss W, Fronius M |
| |
| Mechanosensitivity of epithelial sodium channels is tightly associated with different pH values |
| Gorenflo *A., Bednarz M., Clauss W., Fronius M. |
| |
| MeCP2 deficiency reduces synaptic plasticity and hastens the onset of hypoxic spreading depression |
| Muller M |
| |
| Medaka as a model organism to study the neural control of reproductive function |
| Okubo K, Nagahama Y |
| |
| Mediation of NMDA receptors and nitric oxide on striatal dopamine release evoked by paraoxon. An in vivo microdialysis study |
| Fajardo Blanco D, Ferreira Faro LR, Justo Cousino LA, Duran Barbosa R, Alfonso Pallares M |
| |
| MEDICAL OZONE PREVENTS THE HARMFUL EFFECTS OF CADMIUM ON NEUROLOGICAL FUNCTIONS IN RATS |
| Erken Haydar Ali, Erken Gülten, Karaca Ömür, Bahar Sunay Fatma, Genc Osman, Seyrek Kamil, Aksit Hasan, Kus Ilter |
| |
| MEDICAL OZONE VS HYPERBARIC OXYGEN TREATMENT IN EXCISIONAL WOUND HEALING |
| Ozler Mehmet, Uysal Bulent, Erdogan Esra, Sadir Serdar, Oztas Emin, Korkmaz Ahmet, Oter Sukru |
| |
| MEDICATION HISTORY RECONCILIATION BY A PHARMACY STUDENT IN PATIENTS ADMITTED TO THE EMERGENCY DEPARTMENT |
| Steurbaut S., Cornu P., Berghmans E., Hubloue I., Dupont A.G |
| |
| Megalin dependence of Cd-metallothionein uptake and cytotoxicity in renal proximal tubule cells |
| Wolff NA, Abouhamed M, Verroust P, Thevenod F |
| |
| Mek1/2-Erk1/2-Rsk and Akt signaling downstream of PDGFR activation in the primary cilium: potential roles in Na+/H+ activation and cell migration? |
| HANSEN DL, SCHNEIDER L, CHRISTENSEN ST, PEDERSEN SF |
| |
| Melanoma-derived MMP-1 promotes thrombus formation and cell adhesion via endothelial PAR1 |
| Goerge T, Barg A, Schnaeker EM, Gorzelanny C, Steinhoff M, Schneider SW |
| |
| MELATONIN ADMINISTRATION AMELIORATES SLEEP QUALITY AND MOOD STATUS, BUT REDUCES THE OXIDATIVE STRESS IN PATIENTS WITH FIBROMYALGIA |
| Garrido M, Barriga C, Rodriguez AB |
| |
| MELATONIN ADMINISTRATION PREVENTS OXIDANT STRESS AND HISTOLOGICAL CHANGES IN THE DUODENUM AND PANCREAS TISSUES OF PINEALECTOMIZED RATS |
| Koykun Dondu, Kasim Baltaci Abdulkerim, Cihat Avunduk Mustafa, Cevreli Burcu, Savuran Nihal, Mogulkoc Rasim, Yilmaz Bayram |
| |
| MELATONIN ATTENUATES THE ACUTE STRESS RESPONSE IN A TELEOST FISH, Carassius auratus. |
| Azpeleta C, De Pedro N, Velarde E, Delgado MJ |
| |
| MELATONIN BLOCKS NICOTINIC CHANNELS IN CEREBELLAR GRANULE CELLS |
| Lax P, Lopez de Oyague S |
| |
| Melatonin effect on adult hippocampal neurogenesis and spine density in an ovariectomized mice model |
| CRUPI R, MAZZON E, MARINO A, LA SPADA G, MORABITO R, SPINA E, CUZZOCREA S |
| |
| MELATONIN EFFECT ON CELLULAR PROLIFERATION AND APOPTOSIS IN RAW 264.7 CELLS. |
| Saavedra Acosta G, Lopez-Burillo S |
| |
| MELATONIN IMPROVES THE CONTRIBUTION OF Ca2+ SENSITIZATION MECHANISMS ON GALLBLADDER CONTRACTILITY IN AGING. |
| Camello-Almaraz C, Macias B, Gomez-Pinilla PJ, Camello PJ, Pozo MJ |
| |
| Melatonin influence on the learning impairment after flurothyl epileptic seizure |
| Mares J, Pometlova M, Krysl D, Rokyta R |
| |
| MELATONIN INHIBITS CADMIUM-INDUCED hTERT EXPRESSION IN MCF7 CELLS |
| Martinez-Campa C, Alonso-Gonzalez C, Gonzalez A, Cos S, Sanchez-Barcelo EJ, Mediavilla MD |
| |
| MELATONIN INHIBITS CASPASE ACTIVITY INDUCED BY CALCIUM SIGNAL IN HUMAN NEUTROPHILS |
| Espino J, Bejarano I, Barriga C, Pariente JA, Rodriguez AB |
| |
| MELATONIN IS ABLE TO INDUCE APOPTOSIS ON HEPG2 HEPATOCARCINOMA CELLS |
| Martin-Renedo J, Mauriz JL, Carbajo S, Ruiz-Andres O, Gonzalez P, Gonzalez-Gallego J |
| |
| Melatonin Modulates ATP-induced Calcium Release in MCF-7 Breast Cancer Cells |
| Shanmugam *V., Busselberg D. |
| |
| MELATONIN MODULATES THE CADMIUM-INDUCED EXPRESSION OF MT-2 AND MT-1 METALLOTHIONEINS IN THREE LINES OF HUMAN TUMOR CELLS (MCF-7, MDA-MB-231 AND HeLa). |
| Alonso-Gonzalez C, Mediavilla MD, Martinez-Campa C, Gonzalez A, Cos S, Sanchez-Barcelo EJ |
| |
| Melatonin modulation of the NF-kappaB signaling pathway in sepsis. |
| Garcia JA, Volt H, Venegas C, Doerrier C, Lopez LC, Luna-Sanchez M, Escames G, Acuna-Castroviejo D |
| |
| MELATONIN PREVENTS ALUMINUM-INDUCED OXIDATIVE DAMAGE IN RAT INTESTINE |
| Sarkaya Güner, Karabulut Bulan Ömür, Arda Pirincci Pelin |
| |
| MELATONIN PREVENTS ANDROGEN RECEPTOR ACTIVATION IN PROSTATE CANCER CELLS BY A REDOX MECHANISM |
| Mayo JC, Quiros I, Hevia D, Garcia-Suarez O, Sainz RM |
| |
| Melatonin protects mitochondrial impairment in septic mice |
| Doerrier C, Garcia JA, Garcia-Corzo L, Volt H, Venegas C, Leonardo-Mendonca R, Escames G, Acuna-Castroviejo D |
| |
| MELATONIN PROTECTS NORMAL MITOCHONDRIA FROM OXIDATIVE DAMAGE REDUCING SUPEROXIDE ANION PRODUCTION. |
| Lopez A, Garcia JA, Escames G, Venegas C, Ortiz F, Lopez LC, Acuna-Castroviejo D |
| |
| Melatonin reduce ethanol-induced increases in mucosal permeability and motility in the proximal small intestine in rats |
| SOMMANSSON A, JEDSTEDT G, HEIDENVALL M, SJOBLOM M |
| |
| MELATONIN REDUCES CASPASE ACTIVITY INDUCED BY CALCIUM SIGNAL IN NEUTROPHILS AND LYMPHOCYTES FROM LEUKEMIA RATS |
| Delgado J, Bejarano I, Barriga C, Pariente JA, Rodriguez AB, Terron MP |
| |
| Melatonin reduces hypotonicity-induced increases in duodenal mucosal permeability in rats in vivo |
| SOMMANSSON A, SJOBLOM M |
| |
| MELATONIN REGULATES THE ENZYMES RESPONSIBLE OF ESTROGEN BIOSYNTHESIS IN BREAST CANCER CELLS |
| Gonzalez A, Cos S, Martinez-Campa C, Alonso-Gonzalez C, Mediavilla MD, Sanchez-Barcelo E J |
| |
| Melatonin synthesis in trout pineal organ is influenced by stress. |
| Lopez-Patino M.A., Munoz J.L.P., Gesto M., Soengas J.L., Miguez J.M. |
| |
| MELATONIN TREATMENT REDUCES OXIDATIVE/NITROSATIVE STRESS IN DUCHENNE PATIENTS |
| Chahbouni M, Fernandez A, Puertas A, del Pino A, Garcia L, Escames G, Acuna-Castroviejo D |
| |
| Melatonin, nitric oxide synthases and Parkinson's disease |
| Lopez Ramirez A., Ortiz Garcia F, Garcia Santos J, Diaz-Casado E, Lopez LC, Venegas Maldonado C, Doerrier C, Escames G, Acuna Castroviejo D |
| |
| MELATONIN: A NEW MITOCHONDRIAL UNCOUPLER? |
| Acuna-Castroviejo D, Escames G |
| |
| Members of TRPC channel family affect firing properties of neurons in cultured lateral septum of mouse |
| *Kravchenko M., Flockerzi V., Freichel M., Cavalie A. |
| |
| Membrane acid-base transport in endothelial cells: molecular mechanisms and implications for artery function |
| BOEDTKJER E, PRAETORIUS J, MATCHKOV V(1), STANKEVICIUS E, DAMKIER H, FUCHTBAUER E, AALKJAER C |
| |
| MEMBRANE CHOLESTEROL EXTRACTION ATTENUATES NA+ TRANSPORT ACTIVATION IN A6 RENAL EPITHELIA |
| Jans D., Balut C., Steels P., Van Driessche W. |
| |
| Membrane currents in freshly isolated RPE cells from bestrophin-1 deficient mice |
| Strauss O, Wimmers S, Neussert R, Marmorstein L, Marmorstein AD, Karl MO |
| |
| Membrane currents underlying characteristics firing patterns of developing spinal neurons in Xenopus |
| Winlove C.I.P., Roberts A. |
| |
| Membrane dynamics of 3T3-L1 adipocytes and the effect of rosiglitazone |
| Velebit Jelena, Brina Kovacic Petra, Prebil Mateja, Chowdhury Helena H., Grilc Sonja, Kreft Marko, Jensen Jørgen, Isenovic Esma R., Zorec Robert |
| |
| MEMBRANE ENRICHMENT WITH SPECIFIC FATTY ACIDS (OLEIC ACID OR W3 PUFA) MODIFIES THE INFLAMMATORY RESPONSE IN CERULEIN-STIMULATED AR42J CELLS |
| Lopez-Millan MB, Santana C, Yago MD, Martinez-Burgos MA, Manas M, Martinez de Victoria E |
| |
| Membrane expression of deltaF508 mutant increases epithelial HCO3-secretion via functional Cl-/HCO3-exchanger(s) |
| XIAO F, LI J, SULTAN A, WANG J, RIEDERER B, ENGELHARDT R, RAUSCH B, LAMPRECHT G, DE JONGE H, SCHOLTE BJ, SEIDLER U |
| |
| Membrane expression of F508del mutant increases epithelial HCO3- secretion via functional Cl-/HCO3-exchanger(s) |
| *Xiao F., Li J., Sultan A., Wang J., Riederer B., Engelhardt R., Rausch B., Lamprecht G., De Jonge H.R., Scholte B.J., Seidler U. |
| |
| Membrane Na+ currents in human nasal epithelial cells |
| Watt *G., Mehta A., Wilson S. |
| |
| Membrane phospholipids activate HCN channels independent of cyclic nucleotides |
| Zolles G, Klocker N, Roeper J, Fleischmann B, Fakler B |
| |
| Membrane pores formed by Listeriolysin O of Listeria monocytogenes are closed by a calcium-dependent cellular process |
| Bennert A, Koschinski A, Jacobus B, Bittenbring J, Domann E, Chakraborty T, Dreyer F, Repp H |
| |
| Membrane rafts regulate both apical sorting and endocytosis of aquaporin 2 in renal cells |
| PROCINO G, BARBIERI C, CARMOSINO M, RIZZO F, VALENTI G, SVELTO M |
| |
| Membrane-permeabilizing effects of the bacterial peptide plantaricin A on rat anterior pituitary cells |
| SAND S, HAUG T, FIMLAND G, NISSEN-MEYER J, SAND O |
| |
| Memory for experimentally induced pain - a capsaicin study |
| Jantsch HHF, Gawlitza M, Magerl W, Geber C, Birklein F, Treede RD, Baumgartner U, Kramer HH |
| |
| Menstrual cycle influences some cardiorespiratory parameters of obese and normal subjects at rest and maximal exercise |
| KAYGISIZ Z, CANPAS B |
| |
| Mental challenge during supine and upright position |
| Goswami Nandu, K Lackner Helmut, Papousek Ilona, Jezova Daniela, Ulgen Ayse, Hinghofer-Szalkay Helmut, Montani Jean-Pierre |
| |
| Menthol effects and TRPM8 expression in rat hypothalamus. |
| Wollweber BT, Randolf A, Schafer MKH, Braun HA, Voigt K |
| |
| Merkel cell carcinoma cells form functional tight junctions |
| *Brandner J.M., Fuchs F., Krug S.M., Houdek P., Piontek J., Fischer N., Peitsch W., Moll I., Fromm M. |
| |
| Merlin inhibits NHE1 activity |
|
Frontzek
*F.
, Horstmann M., Nitzlaff S., Fels J., Schwab A., Stock C. |
| |
| Mesenchimal stem cells attenuate oxidative stress in a rodent model for Amyotrophic Lateral Sclerosis |
| VERGANI L, CARMINATI E, MILANESE M, UCCELLI A, MORANDO S, GIUNTI D, BONANNO GB, VOCI A |
| |
| Mesenchimal stem cells reduce metallothionein up-regulation and oxidative stress in a rodent model for multiple sclerosis |
| LANZA C, VOCI A, CANESI L, FUGASSA E, MORANDO S, UCCELLI A, VERGANI L |
| |
| Mesenchymal Stem Cell Induce an Endothelial Activation |
| Brixius K, Schwinger RHG, Schmidt A, Ladage D, Steingen C, Mehlhorn U, Bloch W |
| |
| Mesenchymal stem cells do not show site specific differentiation after transplantation into the lesioned myocardium |
| Breitbach M, Hashemi T, Roell W, Xia Y, Fries JWU, Bohlen H, Hescheler J, Welz A, Bloch W, Fleischmann BK |
| |
| Mesenchymal stem cells from adipose tissue differentiated in chondrocytes express hyaline cartilage markers |
| LO FURNO D, MUSUMECI G, GIUFFRIDA R, CAGGIA S, CARDILE V |
| |
| Mesenchymal stem cells in infarcted and postconditioned heart |
| PAGLIARO P, GALLO MP, STEFANO G |
| |
| Messenger RNA expression for the Gonadotropin releasing hormone (GnRH) system in HGL5, a human luteal granulosa cell line |
| Metallinou C, Asimakopoulos B, Koester F, Veletza V, Nikolettos N, Diedrich K |
| |
| Metabolic adaptation of tumor-initiating cells is a key factor determining angiogenesis in a sarcoma allograft model |
| Mayer A., Steimel M., Wree A., Kelleher D., Vaupel P. |
| |
| Metabolic changes in chronic heart failure after resistance and aerobic training |
| TARPERI C, SCHENA F, ZANOLLA L, BARALDO A, CEVESE A |
| |
| Metabolic changes in thalamus after spinal cord injury. |
| Likavcanova K, Urdzikova L, Hajek M, Sykova E |
| |
| Metabolic cost of handcycling |
| FISCHER G, PARISI D, ARDIGO LP |
| |
| Metabolic effects exerted by 3,5-diiodothyronine : focus on brown adipose tissue |
| LOMBARDI A, DE MATTEIS R, BUSIELLO RA, GOGLIA F |
| |
| Metabolic efficiency of ultrafast action potentials in cerebellar mossy fiber boutons |
|
Weyhersmüller
*A.
, Delvendahl I., Hallermann S. |
| |
| Metabolic modulation of skeletal muscle Ca2+ handling and excitability |
| ORTENBLAD N |
| |
| Metabolic pathways regulate P-glycoprotein gene expression via reactive oxygen species |
| Wartenberg M., Richter M., Guenther S., Datchev A., Figulla H.-R., Sauer H. |
| |
| Metabolic senescence in a small passerine bird, the zebra finch |
| BECH C, RONNING B, VERHULST S, NOREEN E, BERNTSEN HH, MOE B |
| |
| METABOLIC SYNDROME AND INFLAMMATORY CARDIOVASCULAR RISK FACTORS IN OBESE SPANISH CHILDREN. |
| Riano I, Somalo L, Perillan C, Malaga S, Costales M |
| |
| METABOLISM OF THYROID HORMONES IN MURINE WHITE ADIPOSE TISSUE: POTENTIAL INVOLVEMENT OF LEPTIN |
| Pavelka Stanislav, Macek Jilkova Zuzana, Kopecky Jan |
| |
| Metabotropic Ca2+-channel-induced Ca2+ release; modulation by ATP and hypoxia |
| Lopez-Barneo J, del Valle-Rodriguez A, Urena J |
| |
| METABOTROPIC Ca2+ RELEASE FROM SARCOPLASMIC RETICULUM PARTICIPATES IN Ca2+ CHANNEL-DEPENDENT CONTRACTION IN BASILAR ARTERY |
| Fernandez-Tenorio M, Porras C, Castellano A, Lopez-Barneo J, Urena J |
| |
| Metabotropic GABA-B receptor and Pain: new insights from GABA-B1 knock-out mice |
| MAGNAGHI V, BALLABIO M, BETTLER B, FARONI A, PROCACCI P, MOTTA M |
| |
| Metabotropic GABA-B receptor-mediated effects in nociception |
| Magnaghi Valerio, Wrabetz Lawrence, Procacci Patrizia, Bettler Bernhard, Motta Marcella |
| |
| Metabotropic glutamate (mGLU2/3) receptor agonist LY379268 stimulates the production of glial cell line-derived neurotrophic factor (GDNF) in the mouse striatum: in vivo analysis of GDNF receptor (c-RET) related signal transduction pathways activation |
| DI LIBERTO V, FRINCHI M, MUDO G, BELLUARDO N |
| |
| Metabotropic hormonal factors react to propylene glycol supplementation in peripartum dairy cows |
| Gyorffy A., Keresztes M., Faigl V., Frenyo V.L., Kulcsar M., Gaal T., Huszenicza G., Zsarnovszky A., Bartha T. |
| |
| Metabotropic receptor signaling in the developing brain |
| Lopez Bendito G |
| |
| Metal deposition and functional alterations in the CNS of rats exposed by manganese-containing nanoparticles |
| Oszlanczi Gábor, Sarkozi Leila, Nagymajtenyi László, Vezer Tünde |
| |
| Metal-based drugs, Cisplatin and Auranofin, disrupt [Ca2+]i homeostasis in MCF-7 breast cancer cell-line |
| AL-Taweel *N., Varghese E., Busselberg D. |
| |
| METHODOLOGICAL CHANGES IN THE TEACHING OF PHYSIOLOGY IN THE DEGREE OF PHARMACY. THE CASE OF THE UNIVERSITY OF THE BASQUE COUNTRY |
| Echevarria E, Zarate J, Gallego M, Churruca I, Portillo MP, Calvo B |
| |
| METHYL PARATHION AND DICHLORVOS-INDUCED OXIDATIVE STRESS IN HUMAN ERYTHROCYTES AND THE PROTECTIVE EFFECT OF VITAMINS C AND E IN VITRO |
| Erolu Sema, Pandir Dilek, Gokce Uzun Fatma, Bas Hatice |
| |
| Metoprolol attenuates 1-adrenergic mediated vasodilation in mouse resistance arteries |
| EL-BEHEIRY ME, HEXIMER SP, BOLZ STS, HARE GMT |
| |
| MGluR/TRPC3-mediated synaptic Ca2+ signaling in spiny dendrites of central neurons |
| Hartmann J., Henning H. A., Karl R. M., Konnerth A. |
| |
| MGluR-dependent synaptic transmission in Purkinje cells in the absence of TRPC1 and TRPC4 |
| Hartmann J, Dragicevic E, Freichel M, Dietrich A, Birnbaumer L, Flockerzi V, Konnerth A |
| |
| Mice and Macs: The functional role of adenosine analyzed with experimental knock-out models and computer simulation |
| Dieterich P, von Klitzing C, Preuss R, Weichsel J, Pexa A, Deussen A |
| |
| Mice deficient in Na+ /H+ -exchanger NHE1 are hypotensive with reduced vasoconstrictor responses and hypotrophic smooth muscle cells |
| BOEDTKJER E, PRAETORIUS J, AALKJAER C |
| |
| MICE DEFICIENT IN PITUITARY ADENYLATE CYCLASE ACTIVATING POLYPEPTIDE (PACAP) SHOW INCREASED SUSCEPTIBILITY TO IN VIVO RENAL ISCHEMIA/REPERFUSION INJURY |
| Horvath G., Szakaly P., Laszlo E., Kovacs K., Racz B., Ferencz A., Lubics A., Kiss P., Tamas A., Brubel R., Opper B., Baba A., Hashimoto H., Farkas J., Matkovits A., Magyarlaki T., Helyes Zs., Reglodi D. |
| |
| Mice fed high-fat diet display altered metabolic characteristics of their hearts and myocytes and increased vulnerability to cardiac insult |
| Chase Anabelle, Jackson Christopher L., Angelini Gianni D., Suleiman Saadeh |
| |
| Mice have light-induced retinal damage at low light intensity |
| Mas Gomez N., Strauss O. |
| |
| Micro positron emission tomography as an imaging tool for monitoring of tumours and defined brain structures activity |
| Jakubikova L., Petrak J., Ondkova S., Macejova D., Mravec B., Brtko J., Kvetnansky R., Kovac P., Strbak V. |
| |
| MICROCIRCULATORY CHANGES IN WOMEN WITH A HISTORY OF GESTATIONAL DIABETES |
| Jarai Z., Babos L., Szabo E., Godina G., Bibok Gy., Tabak Á. Gy., Tamas Gy. |
| |
| MICROCIRCULATORY CHANGES OF THE URINARY BLADDER IN DIFFERENT TYPES OF CYSTITIS IN RATS |
| Garab D., Jaromi P., Hartmann P., Bodnar D., Boros M., Szabo A. |
| |
| MICROCIRCULATORY INFLAMMATORY REACTIONS IN THE PERIOSTEUM AND THE SYNOVIAL MEMBRANE. THE POSSIBLE TARGETS OF MODULATION |
| Szabo A., Hartmann P., Varga R., Boros M. |
| |
| Microdissection and proteomics for investigation of hypertensive kidney damage |
| FINNE K, AYE TT, BERVEN F, SKOGSTRAND T, HULTSTROM M, REED RK, TENSTAD O, IVERSEN BM, VIKSE BE |
| |
| Microelectrode arrays as a novel approach for (patho)physiological and pharmacological beta-cell research |
|
Schönecker
*S.
, Düfer M., Kraushaar U., Guenther E., Krippeit-Drews P., Drews G. |
| |
| Microglial cell activation by endotoxin triggers neuroinflammation but not neurotoxicity in organotypic hippocampal slice cultures |
|
Papageorgiou
*I.
, Scheffel J., Hanisch U.-K., Kann O. |
| |
| Microglial contribution to neurodegeneration within CNS and inflammation-independent degeneration within PNS in the SOD1 (G93A) mouse model for ALS a 2P-LSM study in vivo |
| DIBAJ P, STEFFENS H, ZSCHUNTZSCH J, NADRIGNY F, SCHOMBURG ED, KIRCHHOF F, NEUSCH C |
| |
| Microglial factors contributing to neuroinflammation in Parkinson's disease |
| HERRERO MT, ROS CM, GOMEZ A, ROS-BERNAL F, CARRILLO DE SAUVAGE MA, YUSTE JE, FERNANDEZ-VILLALBA E |
| |
| Microglial reactive oxygen species (ros) in response to beta-amyloid (A) involves chloride intracellular channel (CLIC1) |
| AVERAIMO S, MAPELLI L, ABETI R, DUCHEN MR, MAZZANTI M |
| |
| MICROGLIAL RESPONSE IN NEURODEGENERATION AND ALZHEIMERS DISEASE |
| Heneka Michael Thomas |
| |
| Microglial responses to acute spinal cord injury in vivo |
| Kirchhoff Frank |
| |
| Microiontophoretic evidences of the effects of nitric oxide-active drugs on the discharge of substantia nigra pars reticulata neurons of the rat |
| CARLETTI F, SARDO P, D'AGOSTINO S, RIZZO V, LA GRUTTA, FERRARO V, G |
| |
| Microneurography - the tool to assess axonal C-fiber properties in human subjects and neuropathic pain patients |
| Namer B. |
| |
| MicroRNAs and SMC Phenotype |
| LONG X, MIANO JM |
| |
| MICRORNAS AND TISSUE REGENERATION IN RENAL ISCHEMIA-REPERFUSION INJURY |
| Kaucsar T, Revesz Cs, Godo M, Tarszabo R, Hamar P |
| |
| microRNAs in ischemic disease and post-ischemic vascular repair |
| EMANUELI C |
| |
| MicroRNAs in vascular smooth muscle differentiation and calcium channel expression |
| ALBINSSON S |
| |
| MIDBRAIN UROCORTIN1; A REVIEW OF RECENT ADVANCES |
| Kozicz T. |
| |
| Midkine - a novel proangiogenic cytokine in human polymorphonuclear neutrophils |
| Schruefer R, Groesser L, Walzog B |
| |
| MIDKINE SIGNALING: FROM EMBRYOGENESIS TO DISEASE |
| Erguven Mine, Yazihan Nuray, Bilir Ayhan |
| |
| MIDKINE, HYPOXIA AND INFLAMMATION: SIGNALLING PATHWAYS |
| Yazihan Nuray, Kacar Kocak Mehtap, Akcil Ethem |
| |
| MIDKINE: A MULTIFUNCTIONAL PROTEIN INVOLVED IN REPRODUCTION, REPAIR AND PATHOGENESIS OF INFLAMMATORY AND MALIGNANT DISEASES |
| Muramatsu Takashi |
| |
| MIF: A brake for the neuronal actions of angiotensin |
| Sumners C, Gao Y, Li H, Raizada MK, Toney GM |
| |
| Migrating oligodendrocyte precursor cell somata swell prior to dislocation |
| Happel P., Moller K., Dietzel-Meyer I. |
| |
| MIGRATION AND AXON INITIATION OF CORTICAL INTERNEURONS |
| Murakami F |
| |
| Mild diabetes mellitus (DM) does not affect TGFb and BMP signaling, nor remodeling after experimental myocardial infarction (MI) in mice |
| van Nieuwenhoven FA, Engelen MA, van der Nagel R, van der Giezen DM, Nabben MW, Doevendans PA, de Windt LJ, Vos MA, van Oosterhout MF, Goldschmeding R |
| |
| Mild hypothermia after a transient focal cerebral ischemia in rats: Influence on cytokines |
| Ceulemans A-G., Zgavc T., Kooijman R., Hachimi-Idrissi S., Sarre S., Michotte Y. |
| |
| Milk casein-derived tripeptides improve endothelium dependent vasodilatation; Possible role of bradykinin (BR) and Mas-receptors (MR) |
| SILTARI A, VAPAATALO H, EHLERS P, KORPELA R |
| |
| Milk Sugar Test: social competition model for study of direct effect of GABAA receptor active compounds |
| BENGTSSON SK, LOFGREN M, JOHANSSON IM, BACKSTROM T |
| |
| Millisecond substance exposure on HEK-293 cells expressing several GABA-A receptor subtypes using patch-clamp in DynaflowTM system |
| GOUISSEM S, STROMBERG J, LUNDGREN P, TAUBE M, JOHANSSON IM, ISAKSSON M, BACKSTROM T |
| |
| Mineralocorticoid receptor activation is implicated in the adaptation of cardiac potassium currents to pregnancy in rats |
| Bassien-Capsa V., Chorvatova A. |
| |
| Mineralocorticoid receptor sensitive soft tissue calcification and early death of Klotho-deficient mice |
| Feger *M., Volkl J., Alesutan I., Quintanilla-Fend L., Leibrock C., Kuhn V., Mia S., Ahmed M., Rosenblatt K., Kuro-o M., Lang F. |
| |
| Mineralocorticoid receptor-dependent regulation of microRNA-29b expression in vascular smooth muscle cells |
|
Bretschneider
*M.
, Müller D., Mildenberger S., Gekle M., Grossmann C. |
| |
| Mineralocorticoid Receptor-mediated EGF Receptor expression requires Specificity Protein 1 |
| Meinel *S., Ruhs S., Gekle M., Grossmann C. |
| |
| Mineralocorticoids and glucocorticoids regulate the L- type Ca2+ current in rat left ventricular myocytes |
| Wagner M, Rudakova E, Moritz A, Volk T |
| |
| Miniature postsynaptic currents resulting from co-release of glycine and GABA to respiratory rhythmic glycinergic neurons in the mouse pre-Btzinger complex in situ |
| Rahman J., Latal T., Hirrlinger J., Hulsmann *S. |
| |
| Minimum standard and learning outcomes required by the Bologna process |
| Luc Snoeckx |
| |
| Minor sequence differences between the voltage dependent cardiac and skeletal muscle calcium channel carboxyl termini strongly affect binding of CaM |
| Ritter B, Papadopoulos S |
| |
| miRNA in vascular remodeling and regeneration |
| BAKER A |
| |
| miRNA-223 regulates platelet function by targeting β1 integrin and factor XIII-A |
|
Elgheznawy
*A.
, Randriamboavonjy V., Fleming I. |
| |
| miRNA-dependent regulation of smooth muscle cell function during neointima formation |
| Bielenberg W., Prock A., Stieger P., Tillmanns H., Sedding D. |
| |
| miRNAs are necessary for vascular smooth muscle growth, differentiation and function |
| ALBINSSON S, SKOURA A, SUAREZ Y, FERNANDEZ C, DI LORENZO A, YU J, OFFERMANNS S, MIANO JM, SESSA WC |
| |
| Miscarriage in transgenic mice constitutively overex- pressing erythropoietin is due to impaired arteriogenesis of the uterine arcade |
| Manini A, Bogdanova AY, Saam B, Grenacher B, Gassmann M, Voge J |
| |
| Misregulation of germ cell development as a cause of testicular cancer |
| RAJPERT-DE MEYTS E |
| |
| Mitochondria and nitric oxide in cell death and cardioprotection |
| Borutaite V. |
| |
| Mitochondria as targets of cardioprotection |
| YTREHUS K |
| |
| Mitochondria coupling to calcium stores in skeletal fibers |
| BONCOMPAGNI S |
| |
| Mitochondria function in the diabetic kidney after in vivo gene silencing of Uncoupling Protein-2; implications for the Adenine Nucleotide Transporter |
| Friederich M, Palm F |
| |
| Mitochondria in cardioprotection |
| *Boengler K., Heusch G., Schulz R. |
| |
| MITOCHONDRIA: A KEY CONTROLLER OF INTRACELLULAR Ca2+ SIGNALING |
| Alvarez J, Hernandez-Sanmiguel E, Vay L, Santo-Domingo J, Lobaton CD, Moreno A, Montero M |
| |
| Mitochondria-independent death receptor mediated cytosolic acidification during apoptosis of T cells |
| Waibel M, Kramer S, Lauber K, Lupescu A, Manns J, Schulze- Osthoff K, Lang F, Wesselborg S |
| |
| Mitochondrial aggregation in apoptosis induced by B-Amyloid in PC12 cells. |
| Mora NJ, Lloret A, Ortega A, Markovic J, Vina J, Pallardo FV |
| |
| Mitochondrial biogenesis and PGC-1alpha deacetylation by physical activity: Intact leptin signaling is required |
| Rohrbach S., Pan R., Li L., Niemann B., Aurich A.-C. |
| |
| Mitochondrial Ca2+ uptake is differentially determined by the Ca2+ source and the expression-level of the novel uncoupling proteins UCP2 and UCP3 |
| Malli Roland, Waldeck-Weiermair Markus, Naghdi Shamim, Trenker Michael, Jadoon Kahn Muhammad, Frieden Maud, Graier Wolfgang F. |
| |
| Mitochondrial Ca2+mobilization is a key element in olfactory signaling |
| Fluegge D., Moeller L., Cichy A., Gorin M., Weth A., Veitinger S., Cainarca S., Lohmer S., Corazza S., Neuhaus E., Baumgartner W., Spehr J., Spehr *M. |
| |
| Mitochondrial derived reactive oxygen species and c-Jun NH2-terminal Kinase (JNK) are yet-unrecognized inducers of HIF prolyl hydroxylase 2 (PHD2) |
| Beck *H., Hellfritsch J., Kirsch J., Conrad M., Pohl U. |
| |
| Mitochondrial DNA (mtDNA) damage during myocardial ischemia marker or maker of injury? |
| BLIKSOEN M, MARIERO LH, OHM IK, YNDESTAD A, SOLHEIM S, SELJEFLOT I, EIDE L, HAUGEN F, RANHEIM T, AUKRUST P, VAAGE J, VALEN G, VINGE LE |
| |
| Mitochondrial dynamics in wellbeing and degeneration |
| HAHN JB |
| |
| Mitochondrial dysfunction and ROS formation. Crucial roles in functional and structural derangements of the ischaemic heart |
| Di Lisa F. |
| |
| Mitochondrial dysfunction in beta-cells |
| MAECHLER P |
| |
| Mitochondrial dysfunction, oxidative stress and muscle atrophy |
| BOTTINELLI R |
| |
| MITOCHONDRIAL IMPAIRMENT, ENDOPLASMIC RETICULUM AND OXIDATIVE STRESSES INTERPLAY IN ARGYROPHILIC GRAIN DISEASE: NOVEL PATHOGENIC MECHANISMS |
| Ilieva EV, Naudi A, Kichev A, Cacabelos D, Ayala V, Ferrer I, Pamplona R, Portero-Otin M |
| |
| Mitochondrial movement to the immunological synapse is required for efficient T-cell activation |
| Quintana AQ, Schwindling CS, Wenning ASW, Becherer UB, Rettig JR, Schwarz ECS, Hoth MH |
| |
| Mitochondrial permeability transition pore and hypercontracture as causes of cell death during myocardial reperfusion |
| Garcia-Dorado D, Ruiz-Meana M, Miro Casas E, Abella A |
| |
| Mitochondrial potassium channels: pharmacology and properties |
| Szewczyk A. |
| |
| MITOCHONDRIAL RESPIRATION IN HYPOXIA |
| BISHOP D |
| |
| Mitochondrial ROS initiate reoxygenation-induced calcium overload in cardiac endothelial cells |
| Butz J.S., Piper H. M., Peters S. C. |
| |
| Mitochondrial ROS triggered by -adrenergic stress contributes to cardiac inotropy in wild-type but not ob/ob mice |
| ANDERSSON DC, FAUCONNIER J, KATZ A, WESTERBLAD H |
| |
| Mitochondrial sources and targets of oxidative stress in cardiac diseases |
| DI LISA F |
| |
| Mitochondrial uncoupling protein 3 and its role in skeletal muscle metabolism during seasonal adaptation of raccoon dog |
| MANTTARI S, KINNUNEN S, HERZIG KH, SAARELA S |
| |
| Mitochondrial uncoupling proteins and 4-hydroxy-2-nonenal: a possible physiological role in protection against oxidative damage |
| Echtay K.S. |
| |
| MMP2 AND MMP9 ACTIVITIES IN SYNOVIAL FLUID: COMPARISON BETWEEN HORSES WITH ARTICULAR DISEASE AND HEALTHY HORSES |
| Daix M., Becker M., Gather C., Wiggers L., Bister JL, Weinberger T., Kirschvink N. |
| |
| MN-CBCs and USSCs do not improve heart function but extracellular remodeling after MI in rats |
| Rabald S, Marx G, Stephani C, Kamprad M, Cross M, Bolze J, Zimmer HG, Deten A |
| |
| Mode shift of the voltage sensors in Shaker K+ channels is caused by energetic coupling to the pore domain. |
| *Haddad G.A., Blunck R. |
| |
| Model of skin blood flow during cold exposure based on thermosensitive neurons and neurophysiolocial pathways |
| Kingma Boris RM, JH Frijns Arjan, HM Saris Wim, van Steenhoven Anton A, van Marken Lichtenbelt Wouter D |
| |
| Modeling and Simulation of Flow-Related Thrombus Formation under Physiological and Non-Physiological Flow Conditions |
| BEHBAHANI M, MAI A, WALUGA C, BERGMANN B, TRAN L, VONDERSTEIN K, OEDEKOVEN B, BEHR M, MOTTAGHY K |
| |
| Modeling evoked local field potentials in the cerebellum granular layer and plasticity changes reveal single neuron effects in neural ensembles |
| DIWAKAR S, PARASURAM H, MEDINI C, NAIR M, MELETHADATHIL N, NALDI G, D'ANGELO E, NAIR B |
| |
| Modeling tumor growth and angiogenesis |
| SZEKELY G |
| |
| Modelled microgravity affects talin binding to LFA-1 integrin in human T lymphocytes |
| GALLERI G, MELONI M.A, SABA A, PANI G, PIPPIA P |
| |
| Modelling of long QT syndrome in patient-specific induced pluripotent stem cell-derived cardiomyocytes |
| *Welling A., Bellin M., Jung C.B., Lam J.T., Laugwitz K.-L., Moretti A. |
| |
| Modelling of the fast kinetics observed with skeletal and cardiac troponin reveals differences in their mechanisms |
| Stehle *R., Lopez-Davila A., Elhamine F., Papadopoulos S., Zittrich S., Iorga B., Pfitzer G. |
| |
| Moderate hypertrophic cardiac growth in renovascular hypertensive mice |
| *Hill C., Wrfel A., Heger J., Meyering B., Euler G. |
| |
| MODIFICATION OF MEMBRANE FATTY ACID COMPOSITION AFFECTS CELL DEATH AND ANTIOXIDANT DEFENCES IN CERULEIN-STIMULATED AR42J CELLS. |
| Lopez-Millan MB, Santana C, Martinez-Burgos MA, Martinez de Victoria E, Manas M, Yago MD |
| |
| MODIFICATION OF MEMBRANE FATTY ACID COMPOSITION OF PANCREATIC AR42J CELLS INFLUENCES BILE ACID-INDUCED Ca2+ RESPONSES |
| Lopez-Millan MB, Santana C, Audi N, Martinez-Burgos MA, Mesa MD, Martinez-Victoria E, Manas M, Yago MD |
| |
| MODIFICATION OF SARCOPLASMIC RETICULUM Ca2+-ATPase IN IMPAIRED REDOX HOMEOSTASIS |
| Horakova L, Strosova M, Karlovska J, Balgavy P, Bauerova K, Spickett C |
| |
| Modifications in specific force and myosin concentration in aging and disuse |
| LONGA E, MASCARO A, BROCCA L, CAMPBELL EL, SEYNNES O, MCPHEE J, NARICI M, BOTTINELLI R |
| |
| MODIFICATIONS IN THE MEMBRANE FLUIDITY OF HUMAN ERYTHROCYTES FOLLOWING ACUTE PHYSICAL EXERCISE |
| Berzosa C, Gomez-Trullen EM, Piedrafita E, Fuentes-Broto L, Miana-Mena FJ, Albendea CD, Martinez-Ballarin E, Garcia JJ |
| |
| MODIFICATIONS OF THE REDOX STATUS PRODUCED BY INTERMITTENT HYPOXIA IN THE RAT |
| Quintero M, Gonzalez-Martin MC, Vega-Agapito MV, Baranda JA, Gonzalez C, Agapito MT |
| |
| Modifications of vestibular reactivity and postural stability after 21-day period at high altitude |
| BAFFA C, DE STEFANO A, CASTRIOTTA A, FILOGRANA PIGNATELLI G, MARIGGIO MA, NERI G |
| |
| Modified HMG-CoA reductase and LDLr regulation is deeply involved in AGE-related hypercholesterolemia |
| Martini C, Pallottini V, Trentalance A |
| |
| Modified hydroxypropyl methacrylate polymers (HPMAs) - Drug carriers for tumor targeting |
|
Gündel
*D.
, Allmeroth M., Schneider B., Zentel R., Misiak D., Thews O. |
| |
| Modulating activity of the quercetin on the superoxide dismutase |
| DI MAJO D, GIAMMANCO S, MICELI F, LA GUARDIA M, GIAMMANCO M |
| |
| Modulating effects of cAMP on Daunorucin induced apoptosis in the promyelocytic cell line NB4 |
| WERGELAND A, GAUSDAL G, DOSKELAND SO |
| |
| Modulation by lipopolysaccharide of cardiac pacemaker channel activity critically depends on the presence of Lipid A and the O-chain polysaccharide |
| Klockner U., Rueckschloss *U., Grossmann C., Ebelt H., Muller-Werdan U., Loppnow H., Werdan K., Gekle M. |
| |
| MODULATION BY LONG-CHAIN POLYUNSATURATED 3 AND 6 FATTY ACIDS OF THE METABOLIC SYNDROME IN RATS EXPOSED TO A FRUCTOSE-RICH DIET |
| Hachimi Idrissi T., Mellouk Z., Louchami K., Hupkens E., Zhang Y., Bulur N., Ait Yahia D., Malaisse WJ., Sener A. |
| |
| Modulation of -aminobutyric acid (GABA) signaling in hippocampal neurons by glucagon-like peptide-1 (GLP-1) and its analog exendin-4 (Ex-4). |
| KOROL S, JIN Z, BIRNIR B |
| |
| MODULATION OF ANGIOGENIC FACTORS AFTER STEM CELL THERAPY IN A MODEL OF CHRONIC MYOCARDIAL INFARCTION |
| Mendes Da Costa A., Mathieu M., Mahmoudabady M., Hadad I., Touihri K., Gomez N., Jespers P., Mc Entee K. |
| |
| MODULATION OF Ca2+ RELEASE AND CYTOSOLIC Ca2+ OSCILLATIONS BY THE MITOCHONDRIAL Na+/Ca2+ EXCHANGER |
| Hernandez-Sanmiguel E, Vay L, Santo-Domingo J, Lobaton CD, Moreno A, Montero M, Alvarez J |
| |
| Modulation of calcium homeostasis in dorsal root ganglion neurones by harmaline |
| Splettstoesser F, Busselberg D |
| |
| Modulation of capsaicin effects on voltage activated calcium channel currents by calcitonin |
| Ledwig D, Hagenacker T, Busselberg D |
| |
| Modulation of cardiac ion channels by Coxsackievirus B3 |
| *Steinke K., Klingel K., Lang F., Strutz-Seebomh N., Seebohm G. |
| |
| Modulation of CFTR activity and trafficking by -adducin |
| SASSONE F, GARAVAGLIA ML, MONDINI A, BAZZINI C, RODIGHIERO S, CIVELLO DA, MEYER G |
| |
| Modulation of chemokine receptors on human lymphocytes in modelled microgravity conditions |
| GALLERI G, PIPPIA P, MELONI M.A, SABA A, PANI G, MAGGI E, MANETTI R |
| |
| Modulation of cold sensitive TRP channels by inflammatory mediators |
| Ciobanu C.A., Babes A. |
| |
| Modulation of dexamethasone-evoked a-ENaC expression by the mammalian target of rapamycin (mTOR) |
| Land SC, McTavish N, Wilson SM |
| |
| Modulation of endothelial KCa3.1 channels by arachidonic acid and CYP generated EETs |
| Heyken WT, Kacik M, Si H, Busch C, Grgic I, Hoyer J, Kohler R |
| |
| Modulation of GABA release in cerebellar stellate cells |
| Astori S, Kohr G |
| |
| Modulation of GABAA receptors-mediated inhibition by insulin in rat hippocampus |
| JIN Z, MENDU SK, BIRNIR B |
| |
| Modulation of GABAA-mediated currents by GABAB receptors in temporal pyramidal neurons in control or epileptic tissue |
| FUCILE S, MARTINELLO K, MORACE R, ESPOSITO V, DI GENNARO G, LIMATOLA C |
| |
| Modulation of glutamatergic synapses by the glial-derived D-serine in the prefrontal cortex |
| Mothet J.-P. |
| |
| Modulation of glycinergic transmission in hypoglossal motoneurons by Zn2+ |
| Latal AT, Laube B, Hulsmann S |
| |
| Modulation of hERG by CASQ2 may impact Ethiology of Catecholamine-induced Polymorphic Ventricular Tachycardia (CPVT) |
| STEINKE K, STRUTZ-SEEBOHM N, HENRION U, FUHRMANN G, LANG F, SEEBOHM G |
| |
| Modulation of hERG gating by a N-terminal charge cluster |
| Saenen J.B., Labro A.J., Raes A.L., Snyders D.J. |
| |
| Modulation of HIF by NO |
| Brune B |
| |
| Modulation of hippocampal assemblies by repetitive activation of granule cells in vitro |
|
Keller
*M.
, Reichinnek S., Draguhn A., Both M. |
| |
| Modulation of human recombinant Ito channel complexes by cytoplasmic Ca+ |
| MARTENS C, BAHRING R |
| |
| Modulation of Immune Response by CD73-derived Adenosine during Myocardial Remodeling after Ischemia/Reperfusion |
| *Bnner F., Borg N., Christoph J., Bongardt S., Flogel U., Schrader J. |
| |
| Modulation of Interpositus neurons by limb velocity during rat's passive movement |
| VALLE M S, CASABONA A, BOSCO G, GARIFOLI A, PERCIAVALLE V, COCO M, PERCIAVALLE V |
| |
| Modulation of ion channels in RPE cells by sublytic complement activation |
| *Genewsky A., Rohrer B., Strauss O. |
| |
| MODULATION OF Kv2.1 ASSEMBLY CONTRIBUTES TO THE CHANGES IN VASCULAR SMOOTH MUSCLE CELL EXCITABILITY IN A HYPERTENSIVE MICE STRAIN |
| Moreno-Dominguez A, Cidad P, Alonso E, Lopez-Lopez JR, Perez-Garcia MT |
| |
| Modulation of Kv7.1 gating by interaction with the membrane |
| SEEBOHM G |
| |
| MODULATION OF MICROGLIA-ASTROCYTE INTERACTION THROUGH LXR ACTIVATION |
| Losciuto S., Hever XC., Heurtaux T., Morga E., Heuschling P. |
| |
| Modulation of mineralocorticoid receptor activity by casein kinase II |
|
Ruhs
*S.
, Masch A., Schutkowski M., Mildenberger S., Schumann K., Gekle M., Grossmann C. |
| |
| Modulation of nicotinic acetylcholine receptor by (-)menthol in mammalian sensory neurons |
| Hans M |
| |
| Modulation of NMDA receptor currents and hyperpolarization-activated cyclic nucleotide-gated channels by postsynaptic NO/cGMP in the hippocampus of mice |
|
Neitz
A.
, Mergia E., Imbrosci B., Eysel U.T., Koesling D., Mittmann *T. |
| |
| Modulation of oxygen sensing by nitric oxide in an autochthonus mouse model of breast cancer |
| Thiel *A., Stockmann C., Berchner-Pfannschmidt U., Scheerer N., Fandrey J. |
| |
| Modulation of proliferation in lens epithelial cells (LECs) via calcium channel blockers: Mibefradil as an inhibitor of mitogen activated kinase 3 (ERK1/2) |
| Meissner A, Noack T |
| |
| Modulation of rat hippocampal neurons by H2O2mediated oxidative stress |
| Gerich F, Muller M |
| |
| Modulation of scavenger receptor B1 (SRB1) levels in human keratynocites by cigarette smoke. The role of H2O2 |
| VALACCHI G, STICOZZI C, PECORELLI A, BELMONTE G, GARDI C, AREZZINI B, MAIOLI E |
| |
| MODULATION OF SKELETAL MUSCLE NUCLEASES BY GROWTH HORMONE TREATMENT |
| Lopez-Oliva ME, Agis-Torres A, Munoz-Martinez E |
| |
| Modulation of sodium currents in mice dorsal root ganglion (DRG) neurons by interleukin-17A (IL-17A) |
|
Natura
*G.
, Hoffmann B., Heinemann S.H., Schaible H.-G. |
| |
| Modulation of somatodendritic A-type channels and spread of dendritic excitation by the Kv4 channel gating modifier NS5806 |
| Minge D., *Witzel K., Bahring R. |
| |
| Modulation of TASK channels mediates the switch of activity modes in thalamic neurons |
| Budde T. |
| |
| Modulation of TGFβ signaling leads to protection in cardiomyocytes of TGiNOS mice |
|
Heger
*J.
, Vittur S., Gödecke A., Schulz R., Euler G. |
| |
| Modulation of the antigen receptor-induced Ca2+ response in human B lymphocytes by activation of the P2X7 receptor |
| Klapperstuck M, Markwardt F |
| |
| Modulation of the Ca2+ conductance of nicotinic acetylcholine receptors by the endogenous protein Lypd6 |
| Morsch M., Darvas M., Racz I., Zimmer A., Swandulla D., Ahmadi S. |
| |
| MODULATION OF THE CARDIAC TRPM7-LIKE CHANNEL BY GPROTEINS COUPLED TO PHOSPHOINOSITIDE METABOLISM |
| Macianskiene R., Gwanyanya A., Sipido K.R., Vereecke J., Mubagwa K. |
| |
| Modulation of the cough reflex within the caudal nucleus tractus solitarii by ERK1/2 activation in the rabbit |
| MUTOLO D, BONGIANNI F, CINELLI E, GIOVANNINI MG, PANTALEO T |
| |
| Modulation of the diaphragmatic lymphatic flow by lymphatic smooth muscle cells |
| MORIONDO A., SOLARI E, MARCOZZI C, NEGRINI D |
| |
| MODULATION OF THE INTERNALIZATION OF MONOCYTES IN ATHEROSCLEROSIS BY WINE POLYPHENOLS IN APOE DEFICIENT MICE |
| Martinez N, Mitjavila MTM |
| |
| Modulation of the NF-kappaB pathway by melatonin in septic aged mice |
| Volt Valdivia H, Garcia Santos J.A, Doerrier C, Venegas C, Lopez L.C, Bullejos J, Escames G, Acuna-Castroviejo D |
| |
| MODULATION OF THR172-AMPK PHOSPHORYLATION BY SER491-AMPK2 PHOSPHORYLATION IN HUMAN SKELETAL MUSCLE |
| Guerra B, Guadalupe-Grau A, Fuentes T, Guillen-Salgado J, Olmedillas H, Santana A, Calbet JAL |
| |
| Modulation of titin-PEVK phosphorylation by Insulin-mediated pathways |
|
Andresen
*C.
, Krüger M. |
| |
| Modulation of TRPC4 channel activity by calmodulin : possible role in Ca2+ signaling |
| Aneiros E, Philipp S, Cavalie A |
| |
| Modulation of TRPC4 channels by calcium and via calmodulin-binding sites |
| Kravchenko M., Philipp S., Zhu M. X., Flockerzi V., Cavalie A. |
| |
| Modulation of vestibular reflexes by imagery |
| SCATTINA E, SANTARCANGELO EL, CARLI G, GHELARDUCCI B, MANZONI D |
| |
| Modulations of mitochondrial permeability transitions contribute to the effects of medullary NO-producing cardiovascular neurons in rats |
| Shapoval L, Pobegailo L, Stepanenko L, Sagach V |
| |
| Modulatory effects of leptin on cholecystokinin-induced noradrena-line release in the hypothalamic paraventricular nucleus and plasma oxytocin levels in the female rat: a microdialysis study |
| Kutlu S., Aydin M., Ozcan M., Alcin E., Jezova D., Yilmaz B. |
| |
| Modulatory function ofPI3K in mu-opioid inhibition of voltage-gated calcium channels in nociceptive neurons |
| Konig C., Gavrilova-Ruch O., Segond von Banchet G., Grun M., Bauer R., Schaible H.-G., Heinemann S. H., Wetzker R. |
| |
| MODULATORY MECHANISMS IN THE INFLAMMATORY RESPONSE DURING ACUTE PANCREATITIS |
| Closa D |
| |
| Modulatory role of Glucagon-Like Peptide-1 on neurally-evoked mucosal chloride secretion in the guinea pig ileum |
| BALDASSANO S, MULE F, WOOD JD |
| |
| Moesin interacts with EBP50 to modulate calcium sensitivity of vascular smooth muscle contraction |
| BAEYENS N, HORMAN S, MOREL N |
| |
| Molecular analysis of a mutation in the S5-H5 linker of the KCNQ2 K+ channel causing neonatal convulsions |
| Naros G, Yalcin O, Maljevic S, Wuttke T, Dervent A, Saltik S, Agan K, Caglayan H, Steinlein OK, Lerche H |
| |
| MOLECULAR ANALYSIS OF SMAD-1, BMP-2, BCL-XL AND CASPASE-3 GENES IN RENAL ISCHEMIA-REPERFUSION MODEL IN RATS |
| Bulut Ahmed, Demir Tuncer, Cengiz Beyhan, Tutar Ediz, Oztuzcu Serdar, Yasir Bahar Abdulkadir, Demiryurek [Scedil]eniz, Dusmez Duygu, Nur Dagli [Scedil]eyda, Bagci Cahit |
| |
| Molecular and cellular adaptation in muscle plasticity |
| CANEPARI M, BOTTINELLI R |
| |
| MOLECULAR AND FUNCTIONAL ANALYSIS OF THE INTERACTION BETWEEN POLYCYSTIN-2 AND THE INOSITOL 1,4,5-TRISPHOSPHATE RECEPTOR |
| Sammels E., Devogelaere B., Missiaen L., Parys J.B., De Smedt H. |
| |
| Molecular and functional characteristics of GABAA receptors in hippocampal NG2 glial cells |
| Seifert *G., Grauer M., Schafer C., Passlick S., Jabs R., Steinhauser C. |
| |
| Molecular and functional characterization of the nongastric H+/K+ ATPase ATP1AL1 in human polymorphonuclear neutrophil granulocytes and myelomonocytic HL60 cells |
| Jakab M, Chwatal S, Ravasio A, Dorge A, Huber F, Furst J, Grundbichler M, Schmidt S, Paulmichl M, Ritter M |
| |
| Molecular assembly in a functional Ca2+ microdomain in vascular smooth muscle cell. |
| IMAIZUMI Y, YAMAMURA H, SUZUKI Y, OHYA S |
| |
| MOLECULAR BASIS FOR DEPOLARIZATION DEPENDENT MODULATION OF CHANNEL GATE CLOSURE IN KV CHANNELS |
| Labro AJ., Lacroix JJ., Villalba-Galea CA., Bezanilla F., Snyders DJ. |
| |
| Molecular basis of epithelial cell response to streptococcal exotoxin: Role of STIM1 and Orai1 proteins |
| *Usmani S.M., Von Einem J., Dietl P., Wittekindt O.H. |
| |
| Molecular characterization and brain expression of GnRH and GnRH receptors in Atlantic cod (Gadus morhua) |
| Sandvik G, Haug TM, Norberg B, Weltzien F-A |
| |
| Molecular characterization and gene expression of copper-zinc superoxide dismutase in Tetrahymena thermophila |
| FERRO D, DE PITTA' C, CATTALINI F, COPPELLOTTI O, GUIDOLIN L, TALLANDINI L, IRATO P, BOLDRIN F, PICCINNI E, SANTOVITO G |
| |
| Molecular characterization of dopamine-derived quinones reactivity toward NADH and glutathione: implications for mitochondria dysfunction in Parkinson's Disease. |
| BISAGLIA M, SORIANO ME, ARDUINI I, MAMMI S, BERNARDI P, BUBACCO L |
| |
| MOLECULAR COMPOSITION OF EXTRACELLULAR MATRIX IN THE RAT BRAINSTEM |
| Racz É, Gaal B, Kecskes Sz, Matesz K |
| |
| Molecular control of skeletal muscle growth |
| Pavlath GK |
| |
| Molecular correlates and remodelling of repolarizing K+ currents simulated in the Xenopus oocyte expression system |
| JUNKEREIT V, SZLACHTA K, BAHRING R |
| |
| Molecular determinants for differential membrane localization of NKCC1 and NKCC2 in epithelial cells |
| CARMOSINO M, GIMENEZ I, CAPLAN M, FORBUSH B |
| |
| Molecular determinants of chloride dependence of the SLC6 amino acid transporter KAAT1 |
| GIOVANOLA M, SANTACROCE M, SACCHI VF, CASTAGNA M |
| |
| Molecular determinants of glutamate transporter oligomerisation |
| Nothmann D, Schmalzing G, Fahlke C, Nothmann D, Schmalzing G., Fahlke Ch. |
| |
| Molecular Determinants of IKs channel sensitivity to JNJ-303 |
| *Wrobel E., Linders J.T.M., Strutz-Seebohm N., Towart R., Seebohm G. |
| |
| Molecular Determinants of Kv7.2-5 Channel Activation by the Anticonvulsant Retigabine |
| Schenzer A, Friedrich T, Pusch M, Saftig P, Jentsch TJ, Grotzinger J, Schwake M |
| |
| Molecular Dynamics Simulation of acidic compact state of Apomyoglobin from yellowfin tuna |
| BISMUTO E, DI MAGGIO E, PLEUS S, SIKOR M, ROCKER C, NIENHAUS G.U, LAMB D.C |
| |
| Molecular evolution of Cu,Zn superoxide dismutase in Antartic icefish: Pagetopsis macropterus |
| BAKIU R, SATTIN G, BOLDRIN F, SANTOVITO G |
| |
| Molecular evolution of NaPi-II cotransporters |
| PREHN LR, JORGENSEN A, ANDERSEN KN, DALSTEN L, WERNER A, MOBJERG N |
| |
| Molecular imaging of cellular oxygen sensing |
| FANDREY J |
| |
| Molecular imaging of metabolism using positron emission tomography |
| NUUTILA P |
| |
| Molecular increase in muscle strength in response to resistance exercise. |
| Goldspink G |
| |
| Molecular interaction of organic cation transporters with the tetraspanin CD63 modulates transporter trafficking and their trafficking-associated regulation |
| Hirsch *B., Brast S., Grabner A., Holle S., Guckel D., Schlatter E., Ciarimboli G. |
| |
| Molecular Machines for Cellular Movements |
| Schliwa M |
| |
| Molecular mechanism in salt sensitive hypertension |
| Capasso G |
| |
| Molecular mechanism of CD248 regulation by transforming growth factor-β (TGF-β) |
|
Suresh Babu
*S.
, Valdez Y., Conway E.M. |
| |
| Molecular mechanisms in contraction induced increased insulin sensitivity of skeletal muscle |
| RICHTER EA, FROSIG C, SAJAN MP, MAARBJERG SJ, BRANDT N, ROEPSTORFF C, KIENS B, FARESE RV, WOJTASZEWSKI J |
| |
| Molecular mechanisms involved in training induced increased insulin action in skeletal muscle |
| WOJTASZEWSKI J, FROSIG C, KIENS B, RICHTER E |
| |
| Molecular Mechanisms of Andersen Syndrome: mutations in the slide helix disrupt gating of the potassium channel Kir2.1 |
| Decher N, Renigunta V, Zuzarte M, Soom M, Heinemann SH, Daut J, Sanguinetti MC, Splawski I |
| |
| Molecular mechanisms of Glycogen-Synthase-Kinase 3 and Lithium mediated down regulation of Aquaporin-2 |
| Jardzejewski *M., Schlatter E., Pavenstadt H., Edemir B. |
| |
| Molecular mechanisms of neutrophil migration: Role of Syk and mAbp1 |
| MANNIGEL I, SCHYMEINSKY J, NIEDUNG K, FROMMHOLD D, WIENANDS J, SPERANDIO M, WALZOG B |
| |
| Molecular mechanisms of the fat and muscle crosstalk |
| Eckel Juergen |
| |
| Molecular mechanisms underlying kcnq1 voltage-dependency: the channel gate is locked closed by the S4-S5 linkers |
| Choveau F., Rodriguez N., Dahimene S., Boudin H., Rose T., Le Henaff C., Merot J., Escande D., Baro I., Loussouarn G. |
| |
| Molecular neuroscience of motoneuron disease: insights into spinal network activity investigated in vitro in a genetic model of amyotrophic lateral sclerosis |
| Rancic Vladimir, Villari Ambra, Ballerini Laura |
| |
| Molecular pathology of a novel form of renal Fanconi syndrome |
|
Reichold
*M.
, Broeker C., Klootwijk E., Stanescu H., Renner K., Reinders J., Assmann N., Oefner P., Kleta R., Warth R. |
| |
| Molecular perturbation of a large CNS auditory synapse yields new insights into transmitter release and active zone function |
| Schneggenburger Ralf, Kochubey Olexiy, Han Yunyun, Sudhof Thomas, Kaeser Pascal |
| |
| MOLECULAR PHYSIOLOGY OF P2X RECEPTORS |
| North Alan |
| |
| Molecular physiology of P2X3 receptors |
| Nistri A, Giniatullin R, Fabbretti E, Sokolova E, Fabbro A |
| |
| Molecular regulation of angiogenesis and lymphangiogenesis |
| ALITALO K |
| |
| Molecular regulation of titin-based myocardial stiffness |
| *Krger M. |
| |
| Molecular subunits of ATP-sensitive potassium channels in human monocytes and their impact on apoptosis induced by blood stasis |
| Schmid D, Staudacher DL, Spieckermann PG, Moslinger T |
| |
| MOLECULAR, ELECTROPHYSIOLOGICAL AND FLUORIMETRIC ANALYSIS OF POTASSIUM CHANNEL STRUCTURE-FUNCTION RELATIONSHIPS |
| Barros F, Miranda P, Alonso-Ron C, Carretero L, Fernandez-Trillo J, Dominguez P, de la Pena P |
| |
| Molecules and roles of mitochondrial calcium signalling |
| RIZZUTO R, DE STEFANI D, RAFFAELLO A, MAMMUCARI C, PICARD A, PATRON M, PALLAFACCHINA G, WRIGHT L, TERRIN A, GRANATIERO V, MERLI G, TOSATTO A |
| |
| Monday, 23 March, Audimax, Poster Area CPoster Session: Angiogenesis and hypoxiaModerators: T. Gloe (Mannheim)H. Sauer (Giessen) Retinoic acid enhance the erythropoietin genexpression under hypoxia in neuroblastoma cells |
| Konietzny R., Ma Y., Stolze I., Trinidad B., Freitag P., Berchner-Pfannschmidt U., Fandrey J. |
| |
| Monday, March 23, Audimax, Poster Area APoster Session: Cardiomyocyte membrane potential regulationModerators: T. Baukrowitz (Jena)R. Meyer (Bonn) Viable heart slices: Action potential recordings from atrial and ventricular tissues |
| Bogdan R., Goegelein H., Ruetten H. |
| |
| Monday, March 23, Audimax, Poster Area APoster Session: EpilepsyModerators: A. Draguhn (Heidelberg)S. Hefft (Freiburg) Effects of levetiracetam on principal cells and interneurons in hippocampal slices |
| Hefft S., Heigele S., Munzner G., Siegl T. |
| |
| Monday, March 23, Audimax, Poster Area BPoster Session: Cell migrationModerators: P. Dieterich (Dresden)C. Stock (Mnster) Carbonic anhydrase activity affects cell migration |
| Schatzmann E., Krahling H., Mally S., Schwab A., Stock C. |
| |
| Monday, March 23, Audimax, Poster Area BPoster Session: Neuroprotection and hypoxiaModerators: D. Katschinski (Gttingen)U. Schrder (Magdeburg) TASK2 potassium channels are important determinants for central respiratory adaptation to hypoxia |
| Gestreau C., Heitzmann D., Thomas J., Bandulik S., Reichold M., Bendahhou S., Sterner C., Peyronnet-Roux J., Benfriha C., Tegtmeier I., Georgieff M., Barhanin J., Warth R. |
| |
| Monday, March 23, Audimax, Poster Area CPoster Session: Kidney IModerators: W. Neuhofer (Mnchen)W. H. Castrop (Regensburg) Renal function of PDK1 hypomorphic mice |
| Siraskar B., Artunc F., Boini K. M., Kempe D. S., Henke G., Sandulache D., Grahammer F., Lang F. |
| |
| Monday, March 23, Audimax, Poster Area DPoster Session: Exercise under physiological andpathophysiological conditionsModerators: N. Maassen (Hannover)S. Rohrbach (Halle/Saale) The effect of exercise on cardiac physiology of hypertensive animals: Risk reduction or risk progression? |
| Schluter K.-D., Schreckenberg R., da Costa Rebelo R. M. |
| |
| Monday, March 23, Audimax, Poster Area DPoster Session: Regulation and myocardial metabolism and functionModerators: T. Noll (Giessen)H.-G. Zimmer (Leipzig) PPAR activation limits the nonenzymatic effect of renin on cell lengths in adult ventricular cardiomyocytes |
| Schluter K.-D., Schreckenberg R., da Costa Rebelo R. M., Hinrichs S., Kogel A., Caglayan E., Rosenkranz S. |
| |
| Monday, March 23, Audimax, Poster Area EPoster Session: Gut and epithelial transporters IModerators: M. Ritter (Salzburg, AT)J. Roth (Giessen) Dual role of the Na+/H+ exchanger isoform 3 for PEPT1-mediated H+/dipeptide cotransport in native murine intestine |
| Chen M., Singh A. K., Dringenberg U., Yeruva S., Wang J., Engelhardt R., Riederer B., Manns M., Rubio-Aliaga I., Nassl A.-M., Soleimani M., Shull G., Daniel H., Seidler U. |
| |
| Monday, March 23, Audimax, Poster Area EPoster Session: Stem and progenitor cells and transcription factorsModerators: B. Fleischmann (Bonn)A. Sachinidis (Kln) Cytosolic exon(29)renin protects H9c2 cardiomyoblasts from necrosis induced by oxidative stress via beneficial effects on mitochondrial functions |
| Wanka H., Elmer J., Rieck J., Lutze P., Peters J. |
| |
| Monday, March 23, Audimax, Poster Area FPoster Session: NO- and extracellular nucleotidesModerators: U. Decking (Dsseldorf)A. Deussen (Dresden) Nox4 controls the phosphatase MKP-1 |
| Schroder K., Brandes R. P. |
| |
| Monday, March 23, Audimax, Poster Area FPoster Session: Potassium channelsModerators: R. Preisig-Mller (Marburg)J. R. Schwarz (Hamburg) Functional characterization of voltage-gated potassium channels in human neural progenitor cells |
| Schaarschmidt G., Wegner F., Schmidt H., Schwarz J. |
| |
| Monday, March 23, Audimax, Poster Area GPoster Session: Cell PhysiologyModerators: S. Frede (Essen)H. Scholz (Berlin) Cells can exchange miRNA through gap junctions |
| Wallner S., Pogoda K., Pohl U. |
| |
| Monday, March 23, Hall 1Main SessionPhysiology and pathophysiology of K2P -channelsSymposium of the Working Group Heart and Circulation PhysiologyChairpersons: J. Daut (Marburg)R. Warth (Regensburg) Invalidation of TASK1 K+ channels disrupts adrenal gland zonation and mineralocorticoid homeostasis |
| Barhanin J., Jungbauer S., Bandulik S., Sterner C., Schweda F., Lalli E., Guy N., Mengual R., Tegtmeier I., Reichold M., Bendahhou S., Gomez-Sanchez C., Lesage F., Warth R., Heitzmann D. |
| |
| Monday, March 23, Hall 1Main SessionPhysiology and pathophysiology ofpulmonary epithelial ionJoint Symposium with the Excellence Cluster Cardiopulmonary System and SFB 547 Cardio-Pulmonary VasculatureChairpersons: W. Clauss (Giessen)R. E. Morty (Giessen) Regulation of Na+ transport by AMPK in human lung epithelial cells |
| Baines D., Da Tan C., Patel H., Mace O. |
| |
| Monday, March 23, Hall 2Keynote Lecture IINetwork synchronizationChairpersons: J. Bischofberger (Freiburg)O. A. Sergeeva (Dsseldorf) Network synchronisation in the brain in health and disease |
| Jefferys J., Jiruska P., Powell A. D. |
| |
| Monday, March 23, Hall 2Keynote Lecture IPolyamine metabolism, NO, and myocardial hypertrophyChairpersons: R. Meyer (Bonn)K.-D. Schlter (Giessen) Polyamines and cardiac hypertrophy |
| Giordano E. |
| |
| Monday, March 23, Hall 3Keynote Lecture IIITranscription factors and signal transduction inmyocardial hypertrophyChairpersons: G. Euler (Giessen)A. Gdecke (Dsseldorf) Basic leucine zipper (bZIP) transcription factors mediate atrial signaling and hypertrophy |
| Aronheim A., Hasin T. |
| |
| Monday, March 23, Hall 3Oral SessionEpitheliumChairpersons: K. Kunzelmann (Regensburg)H. Oberleithner (Mnster) Defective Ca2+ dependent chloride secretion by TMEM16A knockdown |
| Ousingsawat J., Martins J. R., Kongsuphol P., Schreiber R., Rock J. R., Harfe B., Kunzelmann K. |
| |
| Monday, March 23, Hall 3Oral SessionRenal transport IChairpersons: C. Wagner (Zrich, CH)R. Warth (Regensburg) Cyclosporine A-induced increases of renal and hepatic MDR1 expression do not depend on renal MRP2 |
| Mahler N., Freyer M., Schluter T., Steinbach A., Rettig R., Grisk O. |
| |
| Monday, March 23, Hall 4Oral SessionTRP channelsChairpersons: A. Cavali (Homburg/Saar)A. Schwab (Mnster) TRPC1 channels guide migrating cells in chemokine gradients |
| Fabian A., Fortmann T., Lindemann O., Bomben V. C., Sontheimer H. W., Schwab A. |
| |
| Monday, March 23, Hall 4Oral SessionVascular inflammation: Basic aspectsChairpersons: H.-J. Schnittler (Dresden)B. Walzog (Mnchen) The mammalian actin binding protein 1 (mAbp1) is required for firm arrest and intraluminal crawling of neutrophils during the acute inflammatory response |
| Schymeinsky J., Mannigel I., Gerstl R., Frommhold D., Wienands J., Sperandio M., Walzog B. |
| |
| Monday, March 23, Hall 4Oral SessionVascular smooth muscle tone and vascular remodelingChairpersons: M. Hecker (Heidelberg)M. Kuhn (Wrzburg) Activation of the AMP-activated protein kinase by A769662 induces dilation in hamster microvessels |
| Kreutz C.-P., Pohl U. |
| |
| Monday, March 23, Hall 5Oral SessionCell migrationChairpersons: E. Schlatter (Mnster)H.-J. Schnittler (Dresden) The Na+/H+ exchanger NHE1 plays a central role in directional fibroblast migration stimulated via PDGFR signaling in the primary cilium |
| Schneider L., Stock C., Dieterich P., Jensen B. H., Pedersen L., Satir P., Schwab A., Christensen S. T., Pedersen S. F. |
| |
| Monday, March 23, Hall 5Oral SessionPainChairpersons: M. Kress (Innsbruck, AT)H.-G. Schaible (Jena) Spatial organization of long-term depression of trigeminal pain and blink reflex in man |
| Ellrich J., Aymanns M. |
| |
| Monday, March 23, Hall 5Oral SessionRenal transport IIChairpersons: J. Leipziger (Aarhus, DK)E. Schlatter (Mnster) Calciuria and phosphaturia in mice expressing PKB/SGK-resistant GSK |
| Kempe D., Ackermann T., Boini K. M., Judenhofer M. S., Pichler B. J., Lang F. |
| |
| Monitoring elementary fusion events in pituitary cells by the cell-attached membrane capacitance technique |
| Jorgacevski Jernej, Isabel Costa Calejo Ana, Stenovec Matja[zcaron], Kreft Marko, Vardjan Nina, Zorec Robert |
| |
| Monitoring of junior competitive cyclists over the competition period reveals a load-dependent slow to fast phenotype fiber shift decreasing cycling efficiency |
| FRESE S, KOHLER K, LOOSER P, SCHIFFER T, WAHL P, BLOCH W |
| |
| Monitoring of small vessels in vitro and in vivo using flt-1/eGFP construct |
| Herz *K., Heinemann J., Ottersbach A., Geisen C., Fuegemann C.J., Roll W., Hesse M., Fleischmann B., Wenzel D. |
| |
| Monitoring the work of a single subunit in homotetrameric CNGA2 channel |
|
Wongsamitkul
*N.
, Nache V., Zimmer T., Benndorf K. |
| |
| Monocarboxylate transporters at brain synapses |
| BERGERSEN LH |
| |
| Mononuclear cord blood cells (MN-CBCs) do not improve survival or heart function after myocardial infarction in rats |
| Rabald S, Kamprad M, Zimmer HG, Deten A |
| |
| MORPHOLOGICAL ALTERATIONS IN THE CEREBELLAR GRANLE CELL LAYER OF MICE LACKING CALRETININ |
| Bischop DP., Roussel C., Schiffmann S., Gall D. |
| |
| Morphological and chemical/physical changes in Caco-2 cell line by treatment with -tocopherol and an oxidative compound |
| NOBILI F, GARAGUSO I, MARTINOLI L, AUDISIO M |
| |
| Morphological and chemical/physical changes on Caco-2 cells treated with various concentrations of poliphenolic extracts from olive vegetation water and 2,2-azobis (2amidinopropane)-dihydrochloride |
| GARAGUSO I, MONTEDORO GF, SERVILI M, AUDISIO M, VIOLA M, MARTINOLI L, RAUSEO ML, NOBILI F |
| |
| Morphological and functional analysis of astrocytes in the thalamus |
| HOFT S, SEIFERT G, VON STADEN E, JABS R, THEIS M, COPE DW, CRUNELLI V, STEINHAUSER C |
| |
| Morphological and rheological properties of human red blood cells under oxidative insult |
| MAZZULLA S, SCHELLA A, GABRIELE D, BALDINO N, SESTI S, PERROTTA E, COSTABILE A, DE CINDIO B |
| |
| Morphological changes of neurones located in the pontine Kölliker-Fuse nucleus (KF) during the postnatal development of the rat |
| Reuter J, Kron M, Dutschmann M |
| |
| MORPHOLOGICAL EXAMINATION OF THE RETINA AND THE INNER EAR IN PITUITARY ADENYLATE CYCLASE ACTIVATING POLYPEPTIDE (PACAP) DEFICIENT MICE |
| Tamas A., Fulop B., Kiss P., Atlasz T., Gabriel R., Hashimoto H., Baba A., Reglodi D., Szabadfi K. |
| |
| MORPHOPHYSIOLOGY OF THE EXTRA-ADRENAL TISSUE: EFFECTS OF DEXAMETHASONE, AGING AND PRESENCE OF STEM CELLS |
| Fernandez-Espejo E, Ramiro-Fuentes S, del-Marco A, Galan-Rodriguez B, Ramirez-Ponce P |
| |
| Motor activity affects adult skeletal muscle re-innervation acting via Trk receptors |
| DI PALMA M, SARTINI S, BARTOLINI F, LATTANZI D, CIUFFOLI S, AMBROGINI P, BETTI M, CUPPINI R |
| |
| Motor cortex excitability and blood lactate levels |
| COCO M, ALAGONA G, RAPISARDA G, PERCIAVALLE VA, COSTANZO E, PERCIAVALLE VI |
| |
| Motor cortex excitability changes preceding voluntary muscle activity in simple reaction time task |
| Nikolova M, Pondev N, Christova L, Wolf W, Kossev A |
| |
| Motor cortex excitability during antagonist co-activity and reciprocal muscle activation |
| Christova M, Pondev N, Christova L, Wolf W, Dengler R, Kossev A |
| |
| Motor endplate as a physiological target of the illicit drug ecstasy. |
| Klingler W, Heffron JJA, Jurkat-Rott K, O'Sullivan G, Alt A, Schlesinger F, Bufler J, Lehmann-Horn F |
| |
| Motor neuron disease: insights from mouse models |
| BOERIO D, KALMAR B, MALIK B, BROS-FACER V, GREENSMITH L, BOSTOCK H |
| |
| Motor reinnervation during muscular activity |
| SARTINI S, BARTOLINI F, LATTANZI D, CIUFFOLI S, AMBROGINI P, CUPPINI R |
| |
| MOUSE EMBRYONIC STEM CELL-DERIVED PYRAMIDAL NEURONS ARE ABLE TO SURVIVE IN A KAINIC ACID CORTICAL LESION AND IN A SCLEROTIC HIPPOCAMPUS |
| Dauwe I., Raedt R., Michelsen KA., Acosta S., Wyckhuys T., Van Dycke A., El Tahry R., Vonck K., Wadman W., Vanderhaeghen P., Boon P. |
| |
| Mouse lacking aromatic amino acid transporter TAT1 |
| MARIOTTA L, RAMADAN T, SINGER D, CAMARGO SMR, LAHOUTTE T, PALACIN M, SOGER C, VERREY F |
| |
| Mouse line overexpressing human prepro-orexin has altered UCP2 expression in white adipose tissue |
| MAKELA K, AHTIALANSAARI T, VOIKAR V, SAKURAI 4T, ALHONEN L, HERZIG KH |
| |
| Mouse models for skin development and skin diseases |
| BRAKEBUSCH C |
| |
| Mouse models for studying G-protein mediated signalling |
| Offermanns S, Wirth A, Benyo Z, Nurnberg A, Korhonen H, Moers A, Wettschureck N |
| |
| MOUSE MODELS OF VASCULAR PERMEABILITY CONTROL: VISUALIZING THE FUTURE |
| Reed Rolf K., Curry Fitz Roy E. |
| |
| MOUSE MODELS REVEAL DIVERSE ROLES FOR BASEMENT MEMBRANE COLLAGENS XV AND XVIII IN VASCULAR DEVELOPMENT, INTEGRITY AND FUNCTION |
| Heljasvaara Ritva, Pihlajaniemi Taina |
| |
| MOUSE MODELS TO DECIPHER THE VASCULAR FUNCTIONS AND SIGNALING NETWORKS OF ATRIAL NATRIURETIC PEPTIDE |
| Kuhn Michaela, Chen Wen |
| |
| Mouse RAW macrophages as a model for studying the immune function of P2X7 receptors |
| Klapperstuck M, Bessler B, Reiss M, Kuehnel M, Griffiths G, Markwardt F |
| |
| Movement of the S4-S5 linker during gating of Kv channels determined with Lanthanide-based resonance energy transfer (LRET) |
|
Blunck
*R.
, Faure E., McGuire H., Starek G., Bernčche S. |
| |
| M-PHASE KINASES PHOSPHORYLATE THE TYPE 1 INOSITOL 1,4,5-TRISPHOSPHATE RECEPTOR (IP3R1) IN MOUSE OOCYTES |
| Vanderheyden V., Yoon S.Y., Ito J., Lee B., Wakai T., De Smedt H., Parys J.B., Fissore R.A. |
| |
| mRNA Based CFTR Restoration in Human Airway Cells |
|
Fernández Fernández
*E.
, Tomczak K., Bangel-Ruland N., Knieper Y., Weber W.-M. |
| |
| mRNA expression and transport function of the proton-coupled amino acid transporter, PAT1, along the rat intestine |
| LARSEN M, LARSEN KB, HOLM R, BRODIN B, NIELSEN CU |
| |
| MSH TREATMENT HAS AN ANTI-INFLAMMATORY EFFECT AND AMELIORATES ARTHRITIS-INDUCED MUSCLE ATROPHY |
| Gomez-San Miguel A, Martin-Velasco A, Gomez-Moreira C, Nieto-Bona P, Fernandez-Galaz C, Gros A, Lopez-Menduina M, Villanua-Bernues M, Lopez-Calderon A |
| |
| mTOR AND AGE-RELATED CHANGES OF Ca2+ SIGNALS IN COLON SMOOTH MUSCLE CELLS |
| Camello-Almaraz Cristina, Martin-Cano F, Hernandez D, Moreno C, Barriga F, Pozo M, Camello P |
| |
| Mucosal expression of OX1-receptors regulates small intestinal sensitivity to orexin A and is dependent on food intake. |
| BENGTSSON M, MAKELA K, SJOBLOM M, UOTILA S, AKERMAN K, HERZIG KH, FLEMSTROM G |
| |
| Multidrug resistance P-glycoprotein/ABCB1/MDR1 protects against cadmium-induced apoptosis by reducing cellular ceramides |
| LEE WK, TORCHALSKI B, CHAKRABORTY PK, THEVENOD F |
| |
| Multidrug resistance-related protein 2 (Mrp2) is critical for biliary but not for renal morphine-6-glucuronide (M6G) elimination |
| Grisk O, Schluter T, Steinbach A, Schmidt H, Rettig R, Kroemer H |
| |
| Multi-faceted modulation of K+ channels by protein tyrosine phosphatase epsilon tunes neuronal excitability |
| PERETZ A, EBNER-BENNATAN S, PATRICH E, KORNILOV P, TIRAN Z, ELSON A, ATTALI B |
| |
| Multifunctional role of TRPM4 ion channels in ß-pancreatic insulin secretion |
| Gross SA, Beck A, Penner R |
| |
| Multi-level analysis and integration of proteomics data |
| HAUTANIEMI S |
| |
| Multimodal nature of the brain response to sensory stimuli |
| IANNETTI GD, MOURAUX A |
| |
| Multiparametric structural analysis of retinal vessels induced by pathological states: possible space flight applications? |
| Simon L., Nemes J., Gyory J., Noszek A., Garab S. |
| |
| Multiple facets of GABA in the development of neuronal networks |
| Ben-Ari Y. |
| |
| MULTIPLE IMMUNOFLUORESCENT LABELLING AND COMBINED CONFOCAL AND ELECTRON MICROSCOPIC METHODS IN STUDYING THE FUNCTION AND SYNTHESIS OF ENDOMORPHIN-2. |
| Puskar Z, Kozsurek M, Lukacsi E, Gyimesi K, Farago R, Kiraly K, Ronai AZ |
| |
| MULTIPLE INHIBITORY ACTIONS OF LIDOCAINE ON nAChRs TRANSPLANTED TO XENOPUS OOCYTES |
| Alberola-Die A, Gonzalez E, Ivorra I, Morales A |
| |
| Multiple NOX proteins mediate the proliferative response in endothelial cells |
| Petry A, Djordjevic T, Weitnauer M, BelAiba RS, Hess J, Gorlach A |
| |
| Multiple synchronous and equipotent spindle generators: a 256-channels EEG study |
| DEL FELICE A, ARCARO C, STORTI SF, FIASCHI A, MANGANOTTI P |
| |
| Multipotent adult stem cells obtained from failing hearts are functionally impaired |
| BELTRAMI AP, CESSELLI D, D'AURIZIO F, MARCON P, BERGAMIN N, PUPPATO E, TOFFOLETTO B, BELTRAMI CA |
| |
| Multispectral imaging of hemoglobin saturation and hematocrit |
| Styp-Rekowska B, Reglin B, Mecha Disassa N, Pries AR |
| |
| Munc13-3 modulates vesicle release probability in granule cell-to-basket cell synapses in the mouse cerebellum |
| Ishiyama *S., Eilers J. |
| |
| Munc13-3 tightens influx-release coupling at granule cell-to-basket cell synapses in the mouse cerebellum |
|
Ishiyama
*S.
, Eilers J. |
| |
| Murine ORAI2 splice variants form functional CRAC channels |
| Gross SA, Wissenbach U, Flockerzi V, Cavalie A |
| |
| Muscarine facilitates calcium dependent hyperpolarizations and DSI in mouse substantia nigra neurons |
| Misgeld U, Zhang W, Yanovsky Y |
| |
| Muscarinic Acetylcholine Receptor Subtypes Involved in Carbachol-Induced HCO3- Secretion in Mouse Duodenum in Vitro |
| TAKEUCHI K, TAKAHASHI K, TAKASUKA H, AIHARA E, HAYASHI S, KITA K |
| |
| Muscarinic modulation of CA3 synapses |
| *Alzheimer C., Zheng F. |
| |
| Muscarinic modulation of the balance between inhibition and excitation in the perirhinal cortex of the GAD67 mouse |
| SPAIARDI P, TOSELLI M, YUCHIO TANAGAWA Y, BIELLA G |
| |
| Muscarinic modulation of the perirhinal cortex: effects on GABAergic interneurons and pyramidal cells |
| TALPO F, SPAIARDI P, MARINONI A, SAVAZZI P, TOSELLI M, FAVALLI L, BIELLA G |
| |
| Muscle activation pattern of the hind leg in healthy and dystonia mice - multi-channel EMG during locomotion |
| Schumann NP, Scholle HC, Jinnah HA, Grassme R, Biedermann F, Arnold D |
| |
| Muscle activation patterns of selected ankle muscles in haemophilic patients during bipedal upright standing depending on Orthopaedic Joint Score |
| Kurz E., Herbsleb M., Anders C., Czepa D., Puta C., Ziezio R., Scholle H.-C., Hilberg T. |
| |
| Muscle activation patterns of the masseter and temporal muscles during chewing ?bilaterally dynamic SEMG interference mapping |
| Arnold C, Schumann NP, Engel M, Grassme R, Scholle HC |
| |
| Muscle activity recording during rehabilitation treatment of patients presenting with cerebellum-based postural ataxia |
|
Herzog
C.
, Timmann D., Kutz D.F., Kolb *F.P. |
| |
| Muscle cell differentiation: a new mechanism for HMG-CoA reductase |
| MARTINI C, TRENTALANCE A, PALLOTTINI V |
| |
| Muscle cell differentiation: a new role for 17-estradiol |
| GALLUZZO P, BULZOMI P, MARINO M |
| |
| MUSCLE DAMAGE, TOTAL OXIDANT STATUS, AND THE LIVER ENZYME LEVELS RELATED TO COENZYME Q10 APPLICATION IN ENDURANCE SKIERS DURING THE TRAINING PROGRAM |
| Demirci Nevzat, Beytut Ebru, Nabil Kamiloglu Nadide, Toptasdemirci Pervin |
| |
| Muscle involvement in familial amyotrophic lateral sclerosis |
| GALBIATI M, ZITO A, ONESTO E, MARIOTTI R, BENTIVOGLIO M, BENDOTTI C, POLETTI A |
| |
| Muscle lim protein deficiency dependent changes of the myocardial proteome |
| Klede S, Elliott ST, Fu Z, Rinkleff S, Knoell R, van Eyk JE, Linke WA |
| |
| Muscle mass index in obese aging peoples |
| MUSCARIELLO E, NASTI G, DI MARO M, ARIEMMA F, TAURONE A, COLANTUONI A |
| |
| Muscle physiology: What we learn from human mutations in thin filament proteins |
| OCHALA J |
| |
| Muscle Structure & Function: Defeating Neuromuscular Failure in Critically Illness |
| HARRIDGE S, MOXHAM J, HART N |
| |
| Muscle, activity and myokines |
| PEDERSEN BK |
| |
| MUSCLE-TYPE nACHRS ARE INHIBITED BY BOTH DIETHYLAMINE AND 2,6-DIMETHYLANILINE, WHICH ARE STRUCTURAL ANALOGS OF LIDOCAINES HYDROPHILIC AND HYDROPHOBIC MOIETIES |
| Alberola-Die A, Martinez-Pinna J, Ivorra I, Morales A |
| |
| Muscular buffer capacity as a limiting factor during repeated sprints |
| Bishop DJ |
| |
| Muscular changes in prolonged immobilization in Sprague-Dawley rats |
| Tatu RF, Tatu C, Puscasiu D, Siska IR, Mirea F, Cioaca R |
| |
| Muscular effects of orexin A on the mouse duodenum: mechanical and electrophysiological studies |
| SQUECCO R, GARELLA R, LUCIANI G, FRANCINI F, BACCARI MC |
| |
| Mutagenesis studies investigating slow inactivation of sodium channel Nav1.6 |
| *Eberhardt E., O'Reilly A.O., Lampert A. |
| |
| Mutant-induced alternative splicing of DMT1 (SLC11A2) has differential affects on cellular DMT1 distribution |
| Haley *M., Wolff N., Thevenod F., Smith C. |
| |
| Mutation of the critical histidine residue in the T1 domain of Kv2.1 prevents the heteromeric assembly of Kv2.1/Kv6.x channels |
| Mederos y Schnitzler M., Rinne S., Skrobek L., Renigunta V. K., Schlichthorl G., Derst C., Gudermann T., Daut J., Preisig-Muller R. |
| |
| Mutation to FKBP12 demonstrates that three amino acid residues determine whether FK-506 binding proteins can selectively activate or inhibit cardiac and skeletal ryanodine receptors |
| Galfre E, venturi E, J Pitt S, Sitsapesan R |
| |
| Mutations C277Y and C277R cause dysfunction of human ClC-1 chloride channels resulting in myotonia congenita |
| *Weinberger S., Sternberg D., Lehmann-Horn F., Fahlke C., Fischer M. |
| |
| Mutations of hClC-1 channels without functional deficits cause myotonia congenita by impaired surface membrane insertion: a new approach combining electrophysiology with single cell fluorescence measurements |
| *Peter K., Sternberg D., Fischer M., Fahlke C. |
| |
| Mutual Modulation of m-Opioid and Dopamine 1 Receptors in Developing Respiratory Network of Mouse |
| Aramuni G, Sargsyan V, Zhang W |
| |
| Myeloid HIF-1 and HIF-2 in Inflammatory Bowel Disease |
|
Reichmann
*V.
, Fandrey J., Winning S. |
| |
| Myeloperoxidase acts as a mediator of angiotensin II-dependent increase in vascular tone |
| *Seniuk A., Schwoerer A., Klinke A., Baldus S., Ehmke H. |
| |
| Myeloperoxidase mediates neutrophil recruitment in-vivo via Mac-1 integrin (CD11b/CD18) |
| NUSSBAUM C, KLINKE A, BALDUS S, SPERANDIO M |
| |
| MYELOPEROXIDASE, CELLULAR ADHESION MOLECULES AND NEOPTERIN IN METABOLIC SYNDROME PATIENTS WITH CORONARY ARTERY DISEASE |
| Krievina Gita, Tretjakovs Peteris, Jurka Antra, Bormane Inga, Elksne Karlina, Verbovenko Jurijs, Bahs Guntis |
| |
| Myocardial adaptation of energy metabolism to acutely increased preload depends on calcineurin activity |
| Kogler H, Graf C, Toischer K, Asif AR, Hasenfuss G, Schott P |
| |
| Myocardial and coronary modulation of the homologous rat Chromogranin A1-64 (rCGA1-64) in the rat heart |
| QUINTIERI AM, ANGELONE T, PASQUA T, MAZZA R, GATTUSO A, PULERA' E, METZ-BOUTIGUE MH, TOTA B, CERRA MC |
| |
| MYOCARDIAL DEPRESSION AS A COMPONENT OF ENDOTOXIC SHOCK IN HORSES: PRELIMINARY RESULTS FROM AN ECHOCARDIOGRAPHIC STUDY |
| Borde L., Amory H., Leroux A., Al Haidar A., Sandersen C. |
| |
| Myocardial Function Cytokine-associated paracrine effects of cardiac progenitor cells |
| *Wenzel S., Mufti S., Scheufen S., Maxeiner H., Schluter K.-D. |
| |
| Myocardial infarction in adult mice induces hypertrophy and congestive heart failure without reduced contraction of non-infarcted cardiomyocytes |
| LOUCH W, MORK H, SJAASTAD I, SEJERSTED OM |
| |
| Myocardial protection by the endogenous peptide Apelin-13 |
| CAPELLO S, RASTALDO R, FOLINO , LOSANO G |
| |
| Myocardial remodeling in a guinea-pig model of cardiac hypertrophy produced by chronic sympathetic activation |
| SOLTYSINSKA E |
| |
| Myocardial revascularization and stem cell injection in patients with ischemic heart disease |
| Wagner KF, Marxsen J, Stoelting S, Jung F, Hellberg A, Dourvos O, Gellissen J, Depping R, Schmucker P, Sievers H |
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| Myoendothelial gap junctions are involved in hypoxic pulmonary hypertension development |
| KIZUB IV, STRIELKOV IV, SOLOVIEV AI, WARD JPT |
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| Myoendothelial signaling is modulated by intracellular pH |
| BOEDTKJER E, PRAETORIUS J, STANKEVICIUS E, MOGENSEN S, FUCHTBAUER AC, FUCHTBAUER EM, AALKJAER C |
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| Myofilament dysfunction in Fabry disease |
| Hamdani N, van der Velden J, Boontje N, Stienen G, Frustaci A, J Paulus W , Chimenti C |
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| Myofilament Phosphorylation and Function in Experimental Heart Failure with Preserved Ejection Fraction |
| Hamdani N., Bishu K.G., Redfield M.M., Linke *W.A. |
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| MYOGENIC RESPONSE OF VENOUS SKELETAL MUSCLE MICROVESSELS IS MEDIATED BY H2O2 AND CONSTRICTOR PROSTAGLANDINS, ACTING ON PGH2/ TXA2 RECEPTORS |
| Gara E., Debreczeni B., Marki A., Racz A., Koller Á. |
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| Myogenic responses of perfused renal afferent arterioles in mice: effects of salt intake and reduced renal mass |
| LAI EY, WELCH WJ, WILCOX CS |
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| Myogenin and myoD: the yin yang of muscle plasticity? |
| Ekmark M, Rana ZA, Steward G, Hardie DG, Gundersen K |
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| Myosin binding protein C (MyBPC) plays a role in contraction of zebrafish skeletal muscle |
| LI M, ANDERSSON-LENDAHL M, ARNER A |
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| MYOSIN II ATPASE ACTIVITY IS INVOLVED IN THROMBIN-INDUCED INHIBITION OF GAP JUNCTIONAL AND PARACRINE INTERCELLULAR COMMUNICATION IN BOVINE CORNEAL ENDOTHELIAL CELLS |
| Ponsaerts R., D'hondt C., Srinivas S.P., Vereecke J., Himpens B. |
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| Myosin II is required for fission pore closure during endocytosis |
| Cabeza JM, Acosta J, Ales E |
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| Myostatin gene deletion prevents glucocorticoid-induced muscle atrophy |
| Gilson H., Schakman O., Lause P., Grobet L., Ketelslegers J.M., Thissen J.P. |
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| Myricetin-induced modulation of voltage activated calcium and potassium channel currents in sensory neurones of rat |
| Hagenacker T., Hillebrand I., Busselberg D., Schafers M. |
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