Score! Ultimate Scorekeeper vs Optogenetics Pro

A wonderfully clean and simple app for tracking scores in any game on your device. You can use the Basic scorepad to simply add scores for basic games, but we have custom scorekeepers to make it even easier in your favorite games! Custom scorekeepers include: - Hearts - Carcassonne (More coming soon. Email support+score@kudit.com if you have suggestions for specific score pads!) This app is also unique in that it allows using an external display to mirror the leaderboards so you can put your scores on a TV in the room where everyone can see! This feature also provides options to display the leaderboard in any orientation (supports portrait and upside-down leaderboards for custom rotated/vertical displays)! All user data is kept on-device or in iCloud. We do not have any access to your info unless you email us. Privacy data below is entirely for the free Ad-supported option. If you have a paid subscription or full unlock, none of the Ad framework will be loaded and no data will be shared or tracked. If you have any suggestions or feedback, please reach out to us at support+score@kudit.com or contact us from within the app. Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

Optogenetics Pro is a tool which aids an investigator in calculating the required optical power for a given in-vivo experiment involving optogenetics or any other experimental approach that includes light delivery to deep brain areas via optical fibers. Different brain areas have different optical properties, which determine how light scatters and distributes, once it exits the optical fiber. To estimate the amount of light required for a given experimental design, knowledge about the specific scattering properties of the brain region of choice, the specific opsin to be used, and the properties of the optical fiber are required. Once a user inputs these parameters into the APP, it calculates the maximal depth at which excitation of the opsin can be expected. The penetration depth is plotted as a function of optical power (mW), such that a user can see how light scatters in the brain tissue under the specific circumstances. For the scientific basis of this calculator, please see Al-Juboori, Dondzillo, Stubblefield, Felsen, Lei, and Klug: Light scattering properties vary across different regions of the adult mouse brain, PlosONE, e67626(8) 2013. For additional information, please see www.optogeneticsapp.com. The pro and regular versions of the app are identical.