Living Memory Home offers virtual and personal memorial space for mourners
When a loved one dies, memories of that person become particularly valuable in connecting the mourners with the deceased. A new Weill Cornell Medicine online application, called Living Memory Home, offers a virtual and personal memorial space that allows mourners to deposit their memories and feelings about their loss and honor their loved one.
Living Memory Home users are able to create a memorial space that they can personalize with photos and messages. They can customize a virtual cabin and choose an appropriate view. The curated set of questions prompt users to write memories and feelings about their loved one.
Credit: Living Memory Home
When a loved one dies, memories of that person become particularly valuable in connecting the mourners with the deceased. A new Weill Cornell Medicine online application, called Living Memory Home, offers a virtual and personal memorial space that allows mourners to deposit their memories and feelings about their loss and honor their loved one.
Living Memory Home users are able to create a memorial space that they can personalize with photos and messages. They can customize a virtual cabin and choose an appropriate view. The curated set of questions prompt users to write memories and feelings about their loved one. Users may write as if they are speaking to the person who died, which can help with the grieving process, said Dr. Wan Jou (Lavender) She, a postdoctoral research associate at Weill Cornell Medicine who co-designed Living Memory Home with researchers from the institution s Center for Research on End-of-Life Care. The center is co-directed Dr. H
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Researchers from the University of Kent have developed a computer algorithm that can identify differences in cancer cell lines based on microscopic images, a unique development towards ending misidentification of cells in laboratories.
Cancer cell lines are cells isolated and grown as cell cultures in laboratories for study and developing anti-cancer drugs. However, many cell lines are misidentified after being swapped or contaminated with others, meaning many researchers may work with incorrect cells.
This has been a persistent problem since work with cancer cell lines began. Short tandem repeat (STR) analysis is commonly used to identify cancer cell lines, but is expensive and time-consuming. Moreover, STR cannot discriminate between cells from the same person or animal.