Merge pull request #2 from molstar/stories

Update to MVS stories

Author: dsehnal

docs/demos.md

@@ -2,13 +2,27 @@
 
 The following demos showcase how MolViewSpec helps with creating interactive stories and visualizations.
 
-## [Kinases Story](https://molstar.org/demos/mvs-kinase-story/)
+## [MolViewSpec Stories](https://molstar.org/demos/mvs-stories/)
+
+The combination of MolViewSpec and Mol* makes it easy to define engaging, interactive molecular stories, as showcased 
+with the following two examples.
+Their source code can be found
+[here](https://github.com/molstar/molstar/tree/master/src/examples/mvs-stories).
+
+### [MolViewSpec Story: ABL Kinase](https://molstar.org/demos/mvs-stories/?story=kinase)
 
 BCR-ABL is a classic case of how structural biology can drive drug discovery. This story will help you 
-understand the role of BCR-ABL in chronic myeloid leukemia and how the drug Imatinib works. The source code can be found
-[here](https://github.com/molstar/molstar/tree/master/src/examples/mvs-kinase-story).
+understand the role of BCR-ABL in chronic myeloid leukemia and how the drug Imatinib works.
+
+[![Kinases Story](./files/kinases.png 'Kinase Story')](https://molstar.org/demos/mvs-stories/?story=kinase)
+
+### [MolViewSpec Story: TATA-Binding Protein](https://molstar.org/demos/mvs-stories/?story=tata)
+
+Specialized DNA sequences next to genes, called promoters, define the proper start site and direction for transcription.
+In eukaryotic cells, a complex promoter system ensures that the proper RNA polymerase is targeted to each gene.
+The TATA-binding protein (TBP) is the central element of this system.
 
-[![Kinases Story](./files/kinases.png 'Kinases Story')](https://molstar.org/demos/mvs-kinase-story/)
+[![TBP Story](./files/tbp.png 'TBP Story')](https://molstar.org/demos/mvs-stories/?story=tata)
 
 ## [I/HM Restraints](https://molstar.org/demos/ihm-restraints/)