| S |
| Saturation and Chroma of a Colour Experimental Evidence for the Formula for Saturation |
| *Lbbe E. |
| |
| SDF-1 mediated platelet migration is regulated by the PI3K downstream effector SGK1 |
| *Mnzer P., Gehring E.-M., Borst O., Kramer B., Towhid S., Schonberger T., Gawaz M., Lindemann S., Lang F. |
| |
| Sensitization of nociceptive afferent nerve fibers in normal rat knee by the cytokine IL-17 |
| *Richter F., Voigt E.-M., Schaible H.-G. |
| |
| Sex-specific differences in salt induced hypertension in mice |
| *Schlter K.-D., Forst S., Heger J., Schreckenberg R. |
| |
| SGK1 dependent stimulation of intestinal SGLT1 activity by Vitamin D |
| *Rexhepaj R., Gu S., Rotte A., Pathare G., Foller M., Kuhl D., Lang F. |
| |
| SGK1-dependent salt appetite in pregnant mice |
| *Umbach A., Pathare G., Foller M., Brosens J., Artunc F., Lang F. |
| |
| SGK1-mediated negative feedback regulation of maturation and IL-12 production in dendritic cells |
| *Shumilina E., Xuan N.T., Lang F. |
| |
| SGK3-dependent regulation of voltage gated K+ channels and Ca2+ entry in dendritic cells |
| *Nurbaeva M., Schmid E., Tyan L., Bhandaru M., Lang F., Shumilina E. |
| |
| Significance of the IL-6 Signal Transducer gp130 for Neuronal Regeneration |
| *Quarta S., Scherbakov N., Andratsch M., Geley S., Kress M. |
| |
| Simultaneous Quantification of Superoxide Production and Oxygen Consumption by Human Monocytes: an Electron Spin Resonance Study |
| *Pasieka B., Conrad D., Bogeski I., Saul S., Hoth M., *Kappl R. |
| |
| Single-channel analysis of homo- and hetero-tetrameric olfactory CNG channels |
| *Eberhard M., Schmauder R., Nache V., Kusch J., Schulz E., Benndorf K. |
| |
| Sizing the pore of the ruminal anion channel |
| *Stumpff F., Georgi M.-I., Martens H., Aschenbach J.R. |
| |
| Small GTPases of the Rho-family mediate progression of chronic renal failure |
| *Babelova A., Jung O., Jansen F., Amann K., Brandes R.P. |
| |
| Sources of uterine spontaneous activity |
| *Losel C., Hopp H.-H., Noack T. |
| |
| Spermine regulates cation channels activity in human erythrocytes |
| *Kucherenko Y., Lang F. |
| |
| Sphingosine-1-phosphate evoked excitation of murine sensory neurons |
| *Camprubi Robles M., Benetti C., Mair N., Andratsch M., Constantin C., Kress M. |
| |
| Stabilizing and abolishing hypoxia-inducible factor (HIF) - two distinct ways but comparable important in therapy |
| *Strfer M., Dunst J., Depping R., Jelkmann W. |
| |
| Stimulation of renin secretion by catecholamines is dependent on adenylyl cyclases AC5 and AC6 |
| *AlDehni F., Tang T., Hammond K., Madsen K., Plattner M., Schreiber A., Friis U., Han P.L., Schweda F. |
| |
| Stimulation of vasculogenesis of embryonic stem cells by the acute-phase (AP) protein 2-macroglobulin (2M) |
| *Sauer H., Beldoch M., Sharifpanah F., Padmasekar M., Wartenberg M. |
| |
| Stimulation of vasculogenesis of embryonic stem cells by t-RNA |
| *Jayarathne S., Sharifpanah F., Behr S., Preissner K., Wartenberg M., Sauer H. |
| |
| Store operated calcium entry in pig retinal pigment epithelium in situ |
| *Mas N., Strauss O. |
| |
| Structural basis of TRPM1 inhibition by zinc ions |
| *Rizun O., Drews A., Lambert S., Oberwinkler J. |
| |
| Structural Injury after Lithium Treatment in Human and Rat Kidney involves Glycogen Synthase Kinase 3-positive Epithelium |
| *Kjaersgaard G., Madsen K., Marcussen N., Christensen S., Jensen B. |
| |
| Successful phagocytosis in microglial cells requires Cl- and Na+ conductance |
| *Schmlzer J., Kerschbaum H., Ritter M., Jakab M., Harl B. |
| |
| Sulforhodamine 101 labeling of hippocampus and brainstem astrocytes |
| *Schnell C., Scemes E., Hulsmann S. |
| |
| Suppression of kidney fibrosis by cGMP-dependent protein kinase I |
| *Schinner E., Kurtz A., Hofmann F., Schlossmann J. |
| |
| Systemic angiotensin II influences intraocular RAS through calcium signaling in the RPE |
| *Barro Soria R., Milenkovic V.M., Todorov V., Castrop H., Kurtz A., Strauss O. |
| |
| Systemic nitric oxide blockade inhibits recruitment of renin-producing cells induced by disruption of the renin-angiotensin system |
| *Kettl R., Machura K., Goedecke A., Kurtz A. |
| |