Divination 3 vs MalariaSpot

This app is a digital version of the authentic fortune-telling cards that were given to my grandmother by her colleagues when she retired. Now, this family ritual can become yours too. Immerse yourself in the magic of simplicity: 20 Treasured Cards: Exact replicas of the original, hand-drawn ones. An Engaging Ritual: Shuffle, lay out a row, and flip the cards, matching the symbol halves. The Wisdom of Predictions: After the layout, discover the secret meaning of each matching symbol. Room for Intuition: Interpretation is an art. Listen to yourself to piece together the bigger picture of your future. This divination won't give you clear-cut answers, but it will gift you moments of reflection, lightness, and a belief in miracles. Perfect for making a wish, getting a hint for the day, or simply spending time in pleasant meditation. "In the end, your future depends only on you. But isn't it sometimes nice to cast the cards and see—will it come true or not?"

Do you want to play hunting parasites in real blood samples? You only need one minute! MalariaSpot is a game developed by researchers who have gamified the process of diagnosing malaria. There are not enough specialists in the world to diagnose malaria... and you can help! We combine the results from several players to obtain an image analysis as reliable as the one made by a specialist. While playing you will hunt for "Plasmodiums", the parasites responsible for malaria. The best you do it, the higher your score will be and the furthest you will advance in the game. Your goal? Find all the parasites in real blood samples from malaria patients. You can find out more about the MalariaSpot Project at www.malariaspot.org Thanks for helping us by playing! :) *They have been kindly provided by Dr. John Frean from the National Institute for Communicable Diseases in Johannesburg (South Africa), and have been previously used to assess the possibility of using automated image processing systems to count the number of parasites in the research article "Reliable enumeration of malaria parasites in thick blood films using digital image analysis" (Malaria Journal 2009, 8:218).