Jaqueline Gomes Nua _hot_ Jun 2026
| Pillar | Representative Works | Core Contributions | |--------|----------------------|--------------------| | | – Nua, J.G. et al., “Low‑Cost ECG Wearable for Rural Clinics”, IEEE TBME (2018). – Patent BR‑10 2020 023456 (non‑invasive SpO₂ sensor). | • Design of ultra‑low‑power wearable nodes (< 5 g). • Validation in 1 200 patients across three Brazilian states. | | 2. AI‑Assisted Clinical Decision Support (CDS) | – Nua, J.G. & Silva, P. , “Deep Learning for Diabetic Retinopathy Screening in Mobile Settings”, Nature Digital Medicine (2020). – Open‑source library HealthAI‑Lite (2021). | • Convolutional networks achieving 92 % AUC on local datasets. • Edge‑deployment framework enabling inference on smartphones. | | 3. Open‑Source Health‑Tech Entrepreneurship | – Nua, J.G. (Founder), “PulseSense: From Lab to Market”, Harvard Business Review (2022). – Startup PulseHealth acquisition (2023). | • Creation of a sustainable business model based on SaaS licensing of open‑source core. • Demonstrated 30 % cost reduction vs. proprietary alternatives. |
." However, several notable women named (or Jaqueline Gomes de Jesus) have established significant careers in academia, health, and activism: Notable Figures named Jaqueline Gomes Dr. Jaqueline Gomes de Jesus Jaqueline Gomes Nua
There are several Brazilian athletes with this name, most notably a soccer player. Jaqueline Gomes (Recanto) : A 22-year-old forward who has played for clubs like in the Brasileiro A2 Women's league. Social Media | Pillar | Representative Works | Core Contributions
On February 13, 2026, authorities received reports of a woman walking along a busy highway, reportedly having discarded her clothing. Witnesses at the scene described the situation as both alarming and confusing, as Gomes appeared to be in a state of distress. Video footage from Instagram reels showed Gomes near the road as motorists passed by, some stopping to offer assistance while others filmed the event. Public Reaction and Concerns | • Design of ultra‑low‑power wearable nodes (<