TS-004709 — To improve the accuracy of mental health diagnosis, this online toolkit will provide an evidence-based assessment for patients, clinicians and providers.

TS-004707 — This IP is a gene therapy designed to treat cystic fybrosis using variants to improve stability and channel conductivity.

TS-004618 — A reusable silicone model that utilizes temperature responsive pigments to mimic tissue reactions to heat. This model can be used in medical training simulations of procedures that involve heat, such as laser ablation therapy.

TS-004610 — This is a new approach to gene therapies in cells that are longer than 4.5 kb. By inhibiting DNA-PKcs and 53BP1, it allows the enrichment cassette in the second AAV to be replaced with genetic cargo, which consequently allows insertion for genes up to 6.5-7 kb.

TS-004608 —

TS-004602 — This mnemonic device condenses and standardizes clinical research processes by organizing responsibilities into five critical steps. Each task follows a consistent format found in the compact and portable reference guide.

TS-004600 — A device to mount simulation vitals tablets over monitors in actual patient rooms for use in in situ simulations.

TS-004595 — Accurate anatomical modeling for pediatric and neurosurgical training courses are limited and slow to develop, but this silicone model represents MMC and allows for fetoscopic or open surgical repair practice. To improve patient outcomes and provide visual and tactile feedback for surgeons, the model displays all releveant anatomical layers to provide dissection and closure practice.

TS-004522 — The hospital grade highcair has an adjustable seat, headrest, tray and footrest with an emphasis on security and durability.

TS-003427 — The proposed cell phone application, currently in the pre-prototype stage, is designed to address the issue of Sudden Unexplained Infant Deaths (SUIDs). Tailored for parents, especially those with high-risk infants, the app integrates interactive features like safe sleep education, a daily checklist, and a secure photo submission mechanism for monitoring a baby’s safe sleep environment. There are devices on the market that parents can purchase, but they are not affordable or accessible. The proposed app would be a free alternative to the current expensive devices—with an incentivization feature for consistent household application following birthing center discharge. Beyond this, it serves as a tool to increase knowledge, instill safe sleep practices into caregivers’ daily routines, and directly shape safe behaviors. Aligned with Nationwide Children’s Hospital’s Safe Sleep Initiative taught in the Neonatal Intensive Care Unit (NICU), the app is not only educational, but also interactive, enhancing learning retainability. The device is marketable on a global scale, catering to every birthing center, NICU, and family worldwide. Emblazoned with the Nationwide Children’s logo, it sends a message that “Everyone Matters,” contributing to the publicization and awareness-building for Nationwide Children’s Hospital. In addition, the app aligns seamlessly with NCH’s inclusion and diversity initiatives by providing incentives, such as discount diapers and baby supplies, to all babies up to one year of age, irrespective of race, ethnicity, or gender identity. This comprehensive approach positions the app as not just a potential life-saving solution but also a valuable asset for companies interested in licensing products related to infant safety and well-being.