updated list bulleting

Author: khanspers

stages/met-1-first/index.html

@@ -51,7 +51,6 @@ <h2>Your Mission</h2>
           <ul>
             <li>Download the starter pathway here: <a href="https://academy.wikipathways.org/data/met-1-first-start.gpml">met-1-first-start.gpml</a>.</li>	
 	        <li>Launch PathVisio and open the dowloaded file via <b>File > Open</b>. The two metabolites, Acetyl-CoA and HMG-CoA, and the conversion between them have already been added. You will be adding the enzyme and the catalysis interaction.</li>
-          <ul>
 		<h4>Add the enzyme</h4>
 		<li>Select <b>GeneProduct</b> from the <b>Data Node</b> palette in the <b>Objects</b> tab.</li>
                 <li>Click on the canvas to place the node.</li>
@@ -66,10 +65,10 @@ <h4>Add and connect the catalysis arrow</h4>
                 <li>Drag the catalysis end (end) of the interaction over the anchor (small dot) on the conversion line.</li>
                 <li>(Optional) Align nodes using toolbar actions.</li>
                 <li>Done!</li>
-              </ul>
             <li>Save your work as a GPML file under <b>File > Save As</b>.</li>
             <li>Drag-and-drop the GPML file below to to check if it is correct.</li>
-          </ul>
+          
+            </ul>
 
           <div id="upload-target-container"></div>  
 	  <div id="next-button">

stages/met-1-indirect/index.html

@@ -53,7 +53,7 @@ <h2>Your Mission</h2>
           <ul>
             <li>Download the starter pathway here: <a href="https://academy.wikipathways.org/data/met-1-indirect-start.gpml">met-1-indirect-start.gpml</a>.</li>	
             <li>Launch PathVisio and open the dowloaded file via <b>File > Open</b>.</li>
-            <ul>
+            
 		<h4>Add the metabolite</h4>
 		<li>Select <b>Metabolite</b> from the <b>Data Node</b> palette in the <b>Objects</b> tab.</li>
                 <li>Click on the canvas to place the node.</li>
@@ -83,7 +83,7 @@ <h4>Add and connect the catalysis arrow</h4>
                 <li>Drag the catalysis end (end) of the interaction over the anchor on the conversion line.</li>
                 <li>(Optional) Align nodes using toolbar actions.</li>
                 <li>Done!</li>
-              </ul>
+              
               <li>Save your work as a GPML file under <b>File > Save As</b>.</li>
             <li>Drag-and-drop the GPML file below to check if it is correct.</li>
           </ul>

stages/met-1-last/index.html

@@ -51,7 +51,7 @@ <h2>Your Mission</h2>
           <ul>
             <li>Download the starter pathway here: <a href="https://academy.wikipathways.org/data/met-1-last-start.gpml">met-1-last-start.gpml</a>.</li>	
             <li>Launch PathVisio and open the dowloaded file via <b>File > Open</b>.</li>
-            <ul>            
+                        
             <h4>Add the metabolite node</h4>
 		        <li>Select <b>Metabolite</b> from the <b>Data Node</b> palette in the <b>Objects</b> tab. Click on the canvas to place the metabolite node.</li>
                 <li>Double-click on node to open its properties.</li>
@@ -82,7 +82,7 @@ <h4>Optimize layout</h4>
                         <li>Minimize white space by using a space efficient and compact layout.</li>
                         <li>Place the pathway diagram in the upper left of the pathway drawing board</li>
                         <li>Use consistent font size (12 or larger)</li>
-                    </ul>
+                    
                 <p>To see a showcase gallery of representative pathway models with efficient and clear layout, visit the <a href="https://www.wikipathways.org/gallery.html" target="_blank">WikiPathways Help page</a>.</p>
               </ul>
             <li>Save your work as a GPML file under <b>File > Save As</b>.</li>

stages/met-1-second/index.html

@@ -50,7 +50,7 @@ <h2>Your Mission</h2>
           <ul>
             <li>Download the starter pathway here: <a href="https://academy.wikipathways.org/data/met-1-second-start.gpml">met-1-second-start.gpml</a>.</li>	
             <li>Launch PathVisio and open the dowloaded file via <b>File > Open</b>.</li>
-            <ul>
+            
 		<h4>Add the metabolite</h4>
 		<li>Select <b>Metabolite</b> from the <b>Data Node</b> palette in the <b>Objects</b> tab.</li>
                 <li>Click on the canvas to place the node.</li>
@@ -76,7 +76,7 @@ <h4>Add and connect the catalysis arrow</h4>
                 <li>Drag the catalysis end (end) of the interaction over the anchor on the conversion line.</li>
                 <li>(Optional) Align nodes using toolbar actions.</li>
                 <li>Done!</li>
-              </ul>
+              
              <li>Save your work as a GPML file under <b>File > Save As</b>.</li>
             <li>Drag-and-drop the GPML file below to check if it is correct.</li>
           </ul>