[:no]Dear Madam\/Sir;<\/p>\n
6. International Oxidative Stress and Calcium Signaling and TRP Channels World Congress will be held in Suleyman Demirel University at 24-27 May 2016 (http:\/\/www.cmos.org.tr\/2016\/t<\/a>). Abstract submission deadline is March 25, 2016. There are many famous scientists on Ca2+ signaling, oxidative stress and TRP channels in the congress (Please see the attached congress poster<\/a>). Speaker list of the congress is full but there are limited free places in oral and poster presentations. Isparta is famous with rose gardens and rose products. We look forward to seeing you in rose city, Isparta.<\/p>\n Sincerely yours<\/p>\n On behalf of the Organizing Committee Speakers and Titles<\/strong><\/span> Gregory MONTEITH (Queensland Australia) Jos\u00e9 Ram\u00f3n NARANJO (Madrid, Spain) Olaf PONGS (Homburg, Germany) Colin W TAYLOR (Cambridge, UK) Belma TURAN (Ankara, Turkey) TRP Channels David J BEECH (Leeds, UK) Heinrich BRINKMEIER (Karlsburg, Germany) Natalia PREVARSKAYA (Lille, France) Yasuo MORI (Kyoto, Japan) Mustafa NAZIRO\u011eLU (Isparta, Turkey) James W. PUTNEY (NC, USA) Mohamed TREBAK (Hershey, PA, USA) Xiaoqiang YAO (Hong Kong, China) Oxidative Stress and Antioxidants<\/p>\n Nazha HAMDANI (Bochum, Germany) Ruediger HARDELAND (G\u00f6ttingen, Germany) Ismail LAHER (Vancouver, Canada) Elisa LIEHN (Aachen, Germany) Pierre MAECHLER (Geneva, Switzerland) Jose A PARIENTE (Badajoz, Spain) Oral Presentations<\/strong><\/span><\/p>\n OP-3) Laszlo PECZE (Fribourg, Switzerland) OP-5) Nicolai E. SAVASKAN (Erlangen, Germany)<\/p>\n Tumor angiogenesis in the limelight: xCT-mediated glutamate signalling takes center stag[:en]Dear Madam\/Sir;<\/p>\n 6. International Oxidative Stress and Calcium Signaling and TRP Channels World Congress will be held in Suleyman Demirel University at 24-27 May 2016 (http:\/\/www.cmos.org.tr\/2016\/t<\/a>). Abstract submission deadline is March 25, 2016. There are many famous scientists on Ca2+ signaling, oxidative stress and TRP channels in the congress (Please see the attached congress poster<\/a>). Speaker list of the congress is full but there are limited free places in oral and poster presentations. Isparta is famous with rose gardens and rose products. We look forward to seeing you in rose city, Isparta.<\/p>\n Sincerely yours<\/p>\n On behalf of the Organizing Committee Speakers and Titles<\/strong><\/span> Gregory MONTEITH (Queensland Australia) Jos\u00e9 Ram\u00f3n NARANJO (Madrid, Spain) Olaf PONGS (Homburg, Germany) Colin W TAYLOR (Cambridge, UK) Belma TURAN (Ankara, Turkey) TRP Channels David J BEECH (Leeds, UK) Heinrich BRINKMEIER (Karlsburg, Germany) Natalia PREVARSKAYA (Lille, France) Yasuo MORI (Kyoto, Japan) Mustafa NAZIRO\u011eLU (Isparta, Turkey) James W. PUTNEY (NC, USA) Mohamed TREBAK (Hershey, PA, USA) Xiaoqiang YAO (Hong Kong, China) Oxidative Stress and Antioxidants<\/p>\n Nazha HAMDANI (Bochum, Germany) Ruediger HARDELAND (G\u00f6ttingen, Germany) Ismail LAHER (Vancouver, Canada) Elisa LIEHN (Aachen, Germany) Pierre MAECHLER (Geneva, Switzerland) Jose A PARIENTE (Badajoz, Spain) Oral Presentations<\/strong><\/span><\/p>\n OP-3) Laszlo PECZE (Fribourg, Switzerland) OP-5) Nicolai E. SAVASKAN (Erlangen, Germany)<\/p>\n Tumor angiogenesis in the limelight: xCT-mediated glutamate signalling takes center stage[:]<\/p>\n","protected":false},"excerpt":{"rendered":" [:no]Dear Madam\/Sir; 6. International Oxidative Stress and Calcium Signaling and TRP Channels World Congress will be held in Suleyman Demirel University at 24-27 May 2016 (http:\/\/www.cmos.org.tr\/2016\/t). Abstract submission deadline is March 25, 2016.<\/p>\n
\nProf. Dr. Mustafa NAZIRO\u011eLU (Chair)
\nProf. Dr. James W. PUTNEY (Vice Chair)
\nProf. Dr. Mohamed TREBAK (Vice Chair)<\/p>\n
\nCalcium Signaling
\nMaike GLITSCH (Oxford, UK)
\nProton sensing,TRPC channels and the cerebellum<\/p>\n
\nIon channel remodeling and the regulation of epithelial to mesenchymal transition in breast cancer cells<\/p>\n
\nCalcium homeostasis and neurodegeneration: the role of transcriptional repressor DREAM<\/p>\n
\nTRPM4 in stress and cardiac conduction disease<\/p>\n
\nSignalling to and from IP3 receptors<\/p>\n
\nA new intracellular signaling molecule free Zn2+ mediates endoplasmic reticulum stress in hyperglycemic cardiomyocytes<\/p>\n
\nRamazan BAL (Gaziantep, Turkey)
\nComparison of the oxidative stress-induced ionic currents with the other identified ionic currents in neurons of the ventral cochlear nucleus<\/p>\n
\nNon-selective cationic channels and calcium entry mechanisms in the cardiovascular system<\/p>\n
\nAbnormal calcium handling in Duchenne muscular dystrophy and the role of TRP channels<\/p>\n
\nCalcium and calcium channels in progression of prostate cancer
\nMakoto TOMINAGA (Okazaki, Japan)
\nRedox signal-mediated regulation of thermosensitive TRP channels<\/p>\n
\nTRP channels in oxygen and thermo biology<\/p>\n
\nRole of TRPM2 and TRPV1 channels in neurobiology of epilepsy<\/p>\n
\nMultiple roles of Orai calcium channels<\/p>\n
\nDiversity and specificity of Ca2+ entry pathways in the vascular system<\/p>\n
\nRole of TRPC5 in chemoresistance of cancer cells<\/p>\n
\nThe road to understanding titin phosphorylation and oxidation in heart failure with preserved ejection fraction<\/p>\n
\nThe attenuation of calcium-mediated oxidative stress by melatonin<\/p>\n
\nExercise reduces oxidative stress and improves coronary artery function in a mouse model of Type 2 diabetes: Some mechanisms<\/p>\n
\nPhospholipids reduce the oxidative stress and improve the heart function after myocardial infarction<\/p>\n
\nOxidative stress in insulin-secreting cells, a putative role in diabetes<\/p>\n
\nMelatonin and apoptosis induced by intracellular calcium overload<\/p>\n
\nCapsaicin and menthol-induced Ca2+ oscillations and Ca2+ waves in breast and prostate cancer cell lines<\/p>\n
\nProf. Dr. Mustafa NAZIRO\u011eLU (Chair)
\nProf. Dr. James W. PUTNEY (Vice Chair)
\nProf. Dr. Mohamed TREBAK (Vice Chair)<\/p>\n
\nCalcium Signaling
\nMaike GLITSCH (Oxford, UK)
\nProton sensing,TRPC channels and the cerebellum<\/p>\n
\nIon channel remodeling and the regulation of epithelial to mesenchymal transition in breast cancer cells<\/p>\n
\nCalcium homeostasis and neurodegeneration: the role of transcriptional repressor DREAM<\/p>\n
\nTRPM4 in stress and cardiac conduction disease<\/p>\n
\nSignalling to and from IP3 receptors<\/p>\n
\nA new intracellular signaling molecule free Zn2+ mediates endoplasmic reticulum stress in hyperglycemic cardiomyocytes<\/p>\n
\nRamazan BAL (Gaziantep, Turkey)
\nComparison of the oxidative stress-induced ionic currents with the other identified ionic currents in neurons of the ventral cochlear nucleus<\/p>\n
\nNon-selective cationic channels and calcium entry mechanisms in the cardiovascular system<\/p>\n
\nAbnormal calcium handling in Duchenne muscular dystrophy and the role of TRP channels<\/p>\n
\nCalcium and calcium channels in progression of prostate cancer
\nMakoto TOMINAGA (Okazaki, Japan)
\nRedox signal-mediated regulation of thermosensitive TRP channels<\/p>\n
\nTRP channels in oxygen and thermo biology<\/p>\n
\nRole of TRPM2 and TRPV1 channels in neurobiology of epilepsy<\/p>\n
\nMultiple roles of Orai calcium channels<\/p>\n
\nDiversity and specificity of Ca2+ entry pathways in the vascular system<\/p>\n
\nRole of TRPC5 in chemoresistance of cancer cells<\/p>\n
\nThe road to understanding titin phosphorylation and oxidation in heart failure with preserved ejection fraction<\/p>\n
\nThe attenuation of calcium-mediated oxidative stress by melatonin<\/p>\n
\nExercise reduces oxidative stress and improves coronary artery function in a mouse model of Type 2 diabetes: Some mechanisms<\/p>\n
\nPhospholipids reduce the oxidative stress and improve the heart function after myocardial infarction<\/p>\n
\nOxidative stress in insulin-secreting cells, a putative role in diabetes<\/p>\n
\nMelatonin and apoptosis induced by intracellular calcium overload<\/p>\n
\nCapsaicin and menthol-induced Ca2+ oscillations and Ca2+ waves in breast and prostate cancer cell lines<\/p>\n