Shorna B.: How Cell Jump Changes Blood Donation Education
Shorna B., Founding Director of Sickle Synced CIC, shared a post on LinkedIn:
“Ever thought that you can play and learn about blood donation all at once?
Cell Jump is the game for that.
I attended We Are Donors game launch Gala to be one of the first to try it out.
Cell jump tells a story that engages players, whilst you literally play to save a patients’ life.
Gamifying blood donation makes it universally easier to understand, which is important for blood donors.
Playing the game could encourage you to donate blood more than words otherwise could.
Many individuals need blood transfusions, but these groups were highlighted that evening:
- Some individuals with Sickle Cell need blood transfusions regularly to remain as well as possible.
- Some cancer patients need blood transfusions alongside their treatment.
You can be a part of saving their lives if you decide to donate your blood.
But before you do, you can now play Cell Jump to start the blood donation journey before you really donate!
Cell Jump is now available on the app store and google play.
Share this with your network so they can download the game too!”

Stay updated with Hemostasis Today.
-
Jul 1, 2026, 14:32Lutz Knabe: Connecting Leaders Across Europe in EHC Leadership Conference 2026
-
Jul 1, 2026, 14:19When Major Bleeding Extends Beyond Hospitalization – RPTH Journal
-
Jul 1, 2026, 14:04Sinju Thomas: Strengthening Apheresis Excellence Through Shared Learning
-
Jul 1, 2026, 14:02Nikola Pantic: Advances in Diagnosis and Treatment of Hematological Diseases
-
Jul 1, 2026, 13:55Omar Adwan: The Diagnostic Value of Schistocytes in Hemolytic Disorders
-
Jul 1, 2026, 13:47Mostafa Faisal: Advancing Care in β-Thalassemia With Luspatercept
-
Jul 1, 2026, 13:40Tran-Hai-Yen Nguyen: Connecting with the Global Blood Transfusion Community at ISBT 2026
-
Jul 1, 2026, 13:29Farjah Algahtani: Joining the Global Conversation at ISTH 2026
-
Jul 1, 2026, 12:14Ney Carter Borges: Simplifying Blood Pressure Control After Intracerebral Hemorrhage