OpenWorks @ MD Anderson
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Leather Journal Cover, 2025, close-up
No full textArtist(s): Brent Shumaker
Materials: Leather
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This is a used Ops & Maintenance leather tool holster reclaimed into a journal cover. The tool holster was broken down, thinned a bit, and cleaned up and used to create a journal cover that holds Field Notes journal or similar (3.5 x 5.5 ). It can also has a spot in the flap to store your pen. The spine is a scrap piece of full grain Italian leather. It was all hand stitched with Ritza Tiger Thread. The journal cover is perfect size for every day carry and use. Main Body: Reclaimed O&M Leather Tool Holster Spine: Badalassi Carlo - Waxy Full Grain Leather Thread: Ritza 25 Tiger Thread - 1.00mmhttps://openworks.mdanderson.org/recycledart2025/1008/thumbnail.jp
Truck Welcome Sign, with changing seasons, 2025
No full textArtist(s): John Powaserys, Jr.
Materials: Wooden shipping pallethttps://openworks.mdanderson.org/recycledart2025/1009/thumbnail.jp
License Plate Purse, 2025
No full textArtist(s): Tammy Farnsworth
Materials: Metal, plastic, felt
Expired license plates repurposed to make a unique crossbody purse, with a golf cart seatbelt as the strap, bottle cap snap closure and felt lining.https://openworks.mdanderson.org/recycledart2025/1017/thumbnail.jp
Time, 2025, video
No full textArtist(s): Vi Nguyen
Materials: Recycled computer parts
Time is a clock built from recycled computer parts - once tools of technology, now part of a story about progress and possibility. Inspired by the way innovation continues to shape medicine, this piece reflects how time and technology converge in our mission to end cancer.
Every minute moves us forward. Every second holds opportunity - not just for breakthroughs in medicine, but in how we choose to live, connect, and show up for one another. Time reminds us that change is always in motion - and that we are all part of the progress. Part of the mission.https://openworks.mdanderson.org/recycledart_media/1000/thumbnail.jp
Waterfall, 2025
No full textArtist(s): Nimmy Peter
Materials: Cardboard box for base, fence and bridge; Packing paper for rocks; Fillings from an easter egg basket for grass; Hot glue for waterfall.
Waterfall into a pond with a bridge, and surrouded by rocks a fence; Surrounded by a grassyfield.https://openworks.mdanderson.org/recycledart2025/1104/thumbnail.jp
出入口 (deiriguchi; exit and entrance), 2025
No full textArtist(s): Anthony Romo
Materials: Mixed media
During a recent vacation to Japan, the lack of public trash cans in Tokyo meant I had to carry my trash usually until I got back to my hotel for disposal. The quantity of material I brought back to the hotel daily was surprising, so I collected most of my receipts, ticket stubs, and other paper and plastic packaging. This collage became a meditation on the flow of trash into and out of my life and was born of reflection on how much recyclable material I dispose of. The kanji in the center of the piece designate an exit and entrance, i.e., one passage for both, and are used to depict this dynamic flow. The collage is composed solely of material I brought back from Japan and includes receipts, ticket stubs, shopping bags, napkins, paper bibs, stickers, flyers, newspaper, product labels, theme park wristbands, wrapping paper, paper fans, candy wrappers, gacha prize decals, ribbon, price tags, and street food packaging.https://openworks.mdanderson.org/recycledart2025/1055/thumbnail.jp
Building Hope, 2025, sideview
No full textArtist(s): Tonia Osberg, David Arriaga, Adrian Brilliantes, Josh Ramey
Materials: Glass, wood
David Arriaga used pallet wooden and glass bricks from the Donor wall to build this entry table. Adrian Brilliantes donated the stain. Tonia Osberg worked with FPDC to request bricks for an art project. Josh Ramey also helped to cut the bricks.https://openworks.mdanderson.org/recycledart2025/1038/thumbnail.jp
Embracing Artificial Intelligence and Digital Health in Cancer Care
Full text linkDigital health technologies like AI, telemedicine, and wearables are revolutionizing cancer care by enabling earlier detection, personalized treatment, and improved patient support and access