Ratings & Reviews performance provides an overview of what users think of your app. Here are the key metrics to help you identify how your app is rated by users and how successful is your review management strategy.
With our new iOS Application caffe:ne you can store your personal caffeine consumption data into the Health App. Ingestion Statistics and safety limits will help you to manage your daily coffee. With a visual presentation of the day/week/month/year you can compare your graphs to your incidentally vital data. Features: + Maximum Daily Consumption + Current Consumption during the last 24 Hours + Quick Launch for recent Drinks + Statistical Evaluation for your Ingestion data + Half-Life calculation for consumed caffeine Check out the Settings: The decomposition of caffeine in your body can vary according to your bodyweight, height, sex and age. Check the Settings to personalise caffe:ne to your needs. Disclaimer: Although the amount of physical data our application gathers from your Smartphone it can never substitute the opinion of a trained specialist. See it as a helper to determine the personal limitation for your caffeine consumption, which should not be trespassed. For our calculations we have recourse to a great list of public and open access scientific documents on the caffeine half-life and it’s repercussions on the human body. With this we want to assure that the given advices are as accurately as possible. For users with a significant higher sensibility (e.g. pregnant woman, cardiacs, children) these calculations are inapplicable. Please contact a doctor regarding your recommended daily consumption limits. The Half Life of Caffeine in healthy adults is about 5.7 hours [1]. "However, at higher doses (e.g. 250–500mg single dose), the clearance of caffeine is significantly reduced and its elimination half-life is prolonged, indicating non-linearity" [2]. "The t1/2 (beta) was significantly prolonged in women on OCS (10.7 +/- 3.0 hr vs. 6.2 +/- 1.6)" [3] unrelated to weight or height of female participants. Sources: [1]: http://www.ncbi.nlm.nih.gov/pubmed/7361718?dopt=Abstract [2]: https://www.researchgate.net/publication/13850835_Dose-Dependent_Pharmacokinetics_and_Psychomotor_Effects_of_Caffeine_in_Humans [3]: http://www.ncbi.nlm.nih.gov/pubmed/7359014
