I'm not sure how well this metric works for Supercell and Clash of Clans. I sometimes play that game, and I can tell you that during the Superbowl, there was an in-app notification sent to all it's players to watch the youtube ad, which greatly increases the number of views of the ad beyond what the other company ads could do.
For any that are interested, Couchbase Mobile is essentially, in its current form, a NoSQL database in SQLite. They might port to ForestDB in the future though, but that's an implementation detail.
I started using NS_ENUM, but I noticed that if I used it in a header file, if I tried to make a property or variable of the enum type: @property (assign) EnumType, it would require this to prefaced with enum, i.e. @property (assign) enum EnumType.
If you just type typedef enum {...} EnumType, you could write @property (assign) EnumType. I prefer this format in my source code, so I quit using NS_ENUM.
I personally like to keep my bug and issue tracking, along with ToDos with my repository, like on Bitbucket, so that it is all well compartmentalized together. If the app would be able to synchronize with these online repos tracking systems, then I could see myself using this app. The synchronization is important as I have multiple systems that I use for development (desktop and laptop), and would want the issues automatically updated on both.
Love bitbucket - use it exclusively for private projects and small group shared projects. If you sign up with a .edu account, you get free lifetime unlimited collaboration, which is awesome.
Just to clarify, this is not whole organ decellularization. The brain tissue, with it's neurons, glia, ECM, are left all in tact, along with their proteins, mRNA, etc.
Now, instead of having to slice the brain into micrometer slices just to understand architecture at a localized level, you can understand the architecture of the whole brain's network down to the cellular level, as well as do both immunohistochemistry and in-situ hybridization to probe what kind of proteins and molecular markers are present throughout the brain. This is nothing short of a revolution in experimental technique not only for neuroscience, but all of pathology.