(function(){var loadHandler=window['sl_{B79EBD42-FFB8-487C-9E75-015751280E88}'];loadHandler&&loadHandler(14, '<div id="spr0_1a1f41ce"><div id="spr1_1a1f41ce" class="kern slide"><img id="img0_1a1f41ce" src="data/img1.png" width="720px" height="540px" alt="" style="left:0px;top:0px;"/></div><div id="spr2_1a1f41ce" class="kern slide"><div id="spr3_1a1f41ce" style="left:36px;top:21.625px;"><div style="width:0px;"><span id="txt0_1a1f41ce" data-width="244.083984" style="left:204.14px;top:13.034px;">ATP synthesis</span></div></div><div id="spr4_1a1f41ce" style="left:36px;top:126px;"><div style="width:0px;"><span id="txt1_1a1f41ce" data-width="354.593750" style="left:7.205px;top:-0.448px;">Erythrocyte differentiation </span><span id="txt2_1a1f41ce" data-width="267.453125" style="left:359.565px;top:4.357px;">→ release nucleus &amp;</span></div><div style="width:0px;"><span id="txt3_1a1f41ce" data-width="205.250000" style="left:7.205px;top:43.704px;">other organelles</span></div><div style="width:0px;"><span id="txt4_1a1f41ce" data-width="266.156250" style="left:7.205px;top:84.032px;">Anaerobic Glycolysis</span><span id="txt5_1a1f41ce" style="left:272.1px;top:88.54px;">↑</span><span id="txt6_1a1f41ce" style="left:288.1px;top:84.032px;">:</span></div><div style="width:0px;"><span id="txt7_1a1f41ce" data-width="110.421875" style="left:7.205px;top:130.112px;">Glucose </span><span id="txt8_1a1f41ce" data-width="233.875000" style="left:117.44px;top:134.62px;">→ lactate + ATP</span></div><div style="width:0px;"><span id="txt9_1a1f41ce" data-width="167.171875" style="left:7.205px;top:181.864px;">Oxidative ↓:</span></div><div style="width:0px;"><span id="txt10_1a1f41ce" data-width="604.656250" style="left:7.205px;top:227.944px;">Catabolism of glucose → NADPH &amp; NADP</span></div><div style="width:0px;"><span id="txt11_1a1f41ce" style="left:7.205px;top:268.352px;"> </span></div></div></div></div>');})();