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<title>Belogurov Lab: instrumentation</title>
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             <div id='intro' name='intro'
             style='position:relative;left:60px;top:0px; text-align:left;' align='left' valign='top'><br><br><br>

             <font class='verdana140FFFFFFtb'>RNA Polymerase Group: Molecular Mechanisms of Transcription<br></font><br><font class='verdana100FFFFFFtb'>University of
             Turku, Department of Life Technologies, Tykistökatu 6, 20520 Turku, Finland. </font><br><br>
             <font class='verdana120FFFFFFtb'>Instrumentation</font><br><br>
             
             
             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/sfm_3000_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>BioLogic SFM-3000/S Stopped Flow (double mixing and anizotropy)<br><br><br><br></font>

             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/qfm_4000_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>BioLogic QFM-4000 Four-syringe Microvolume Quench Flow (triple mixing capable)<br><br><br><br></font>


             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/rfq3_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>Kintek RQF 3 Quench Flow (extremely robust and consistent)<br><br><br><br></font>


             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/sx18mv_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>Applied Photophysics SX.18MV Stopped Flow (aquisition with logarithmic timebase and averaging)<br><br><br><br></font>


             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/licor_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>LI-COR Odyssey Infrared Imager (confocal optics, multiplexing: 700 and 800 nm lasers)<br><br><br><br></font>


             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/minitau_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>Edinburgh Instruments Mini-tau - Fluorescence Lifetime Spectrometer (375 nm picosecond pulsed diode laser and 560 nm picosecond pulsed LED). 
             More advanced lifetime istruments in <a href="http://web.abo.fi/fak/mnf/bkf/research/slotte/instrumentation.html">Laboratory of Lipid and Membrane Biochemistry</a><br><br><br><br></font>

      
             <img id='Picture1' name='Picture1' width=387px hight=259px src='instru/ls55_small.jpg' border='0'></img><br><br>
             <font class='verdana100FFFFFFt'>PerkinElmer LS-55 spectrofluorometer<br><br><br><br></font>

             <font class='verdana100FFFFFFt'>Contacts: Georgy Belogurov gebelo(at)utu.fi, Anssi Malinen ansmal(at)utu.fi<br><br></font>
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