Release 2.6.1
First, of note, the blog has been migrated from the host site to utilize the full functionality of Blogger. The hope of this migration is a far more rich, interactive blog for the user. Please feel free to comment and add any suggestions for improvement!
Additionally, this update contains support for the inclusion of the rest of the molecules (coenzymes, non-organic molecules, etc) involved in reactions. Previously, for example, the reaction of the conversion of Isocitrate to Oxalosuccinate in the tricarboxylic acid cycle did not show the reduction of NAD+ to NADH and a resulting H+ ion. Now the entire reaction, including the reduction, can be seen. This is important both for visualizing the reaction in the interface and ultimately providing a more robust pathway search and analysis.
Finally, a brief display fix was made to keep the site footer at the bottom of the pathways page.
First, of note, the blog has been migrated from the host site to utilize the full functionality of Blogger. The hope of this migration is a far more rich, interactive blog for the user. Please feel free to comment and add any suggestions for improvement!
Additionally, this update contains support for the inclusion of the rest of the molecules (coenzymes, non-organic molecules, etc) involved in reactions. Previously, for example, the reaction of the conversion of Isocitrate to Oxalosuccinate in the tricarboxylic acid cycle did not show the reduction of NAD+ to NADH and a resulting H+ ion. Now the entire reaction, including the reduction, can be seen. This is important both for visualizing the reaction in the interface and ultimately providing a more robust pathway search and analysis.
Finally, a brief display fix was made to keep the site footer at the bottom of the pathways page.
