Merge pull request #11 from virtual-labs/reducing-repo-size

fixed bullets in the list of experiment page
virtual-labs-archive · Dec 3, 2020 · 0d32617 · 0d32617
2 parents 9782b89 + e4cd5b2
commit 0d32617
Showing 1 changed file with 13 additions and 13 deletions.
diff --git a/src/lab/List of Experiments.html b/src/lab/List of Experiments.html
@@ -105,18 +105,18 @@ <h3 class="text-h3-darkblue" style="margin-top: 2px;">Feedback</h3>
                      <h1 class="text-h1-lightblue">Circular Dichroism Spectroscopy Lab</h1>
                      <div align="justify" class="content" id="lab-article-section-2-content">
                         <p>In this lab we will first carry out a few simple experiments to understand the principle working behind CD spectroscopy. We will then proceed with experiments involving the CD spectrophotometer, which is by far the most effective of the three methods.</p>
-                        <ul id="list-of-experiments">
-                           <li> <a href="exp1_specific_rotation/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 1 : To determine the specific rotation of a sugar using a polarimeter.</a> </li><br/>
-                           <li><a href="exp2_ppl_factors/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 2 : To understand the effect of chiral substances on plane polarized light as a function of wavelength.</a> </li><br/>
-                           <li><a href="exp3_chirality_ord_spectrum/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 3 : To study the Optical Rotatory Dispersion (ORD) of some chiral substances.</a> </li><br/>
-                           <li><a href="exp4_cs_with_chromophores/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 4 : To study the Circular Dichroism of some substances with chiral chromophores.</a> </li><br/>
-                           <li><a href="exp5_cd_spectrometer_details/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 5 : To Study the operational details of a CD spectrometer.</a> </li><br/>
-                           <li><a href="exp6_secondary_structure_elements/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 6 : To Study the effect of Secondary Structure elements on CD spectrum of proteins.</a> </li><br/>
-                           <li><a href="exp7_deconvolute_cd_spectrum/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 7 : To deconvolute the CD spectrum of a given protein solution and to classify it in terms of its secondary structure elements.</a> </li><br/>
-                           <li><a href="exp8_thermal_stablity_proteins/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 8 : To study the thermal stability of proteins.</a> </li><br/>
-                           <li><a href="exp9_chemical_denaturants/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 9 : To study the effect of chemical denaturants on protein stability.</a> </li><br/>
-                           <li><a href="exp10_protein_aggregation/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism">Experiment 10 : To study the comparison between protein unfolding and protein aggregation in the presence of chemical denaturing agents.</a> </li><br/>
-                        </ul>
+                        <ol id="list-of-experiments">
+                           <li> <a href="exp1_specific_rotation/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To determine the specific rotation of a sugar using a polarimeter.</a> </li><br/>
+                           <li><a href="exp2_ppl_factors/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To understand the effect of chiral substances on plane polarized light as a function of wavelength.</a> </li><br/>
+                           <li><a href="exp3_chirality_ord_spectrum/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To study the Optical Rotatory Dispersion (ORD) of some chiral substances.</a> </li><br/>
+                           <li><a href="exp4_cs_with_chromophores/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To study the Circular Dichroism of some substances with chiral chromophores.</a> </li><br/>
+                           <li><a href="exp5_cd_spectrometer_details/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To Study the operational details of a CD spectrometer.</a> </li><br/>
+                           <li><a href="exp6_secondary_structure_elements/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To Study the effect of Secondary Structure elements on CD spectrum of proteins.</a> </li><br/>
+                           <li><a href="exp7_deconvolute_cd_spectrum/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To deconvolute the CD spectrum of a given protein solution and to classify it in terms of its secondary structure elements.</a> </li><br/>
+                           <li><a href="exp8_thermal_stablity_proteins/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To study the thermal stability of proteins.</a> </li><br/>
+                           <li><a href="exp9_chemical_denaturants/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To study the effect of chemical denaturants on protein stability.</a> </li><br/>
+                           <li><a href="exp10_protein_aggregation/Introduction.html?domain= Chemical Sciences&amp;lab=Circular Dichroism"> To study the comparison between protein unfolding and protein aggregation in the presence of chemical denaturing agents.</a> </li><br/>
+                        </ol>
                         <br/><br/>
                      </div>
                   </div>
@@ -220,4 +220,4 @@ <h4>Follow Us</h4>
 
 
 
-</body><!-- jQuery --></html>
+</body><!-- jQuery --></html>