How Triall is using AI 🤖 Electronic health records (EHRs) have long remained underutilised in clinical research. Manual data entry of EHRs in the clinical trial database can quickly turn into an administrative burden for research sites who are often already short on time. Our AI module automates this process using Machine Learning. It enables researchers to directly access, structure, and import EHR data into their database, transforming unstructured EHR data into structured EDC data entries. This removes the need for manual and duplicate data entry, saving significant time and resources, all while reducing the chance of transcription errors. 👉 More info: triall.io/products/ai ⚡️ Trade $TRL at bit.ly/tradeTRL 🗣 Help us spread the news on Twitter: https://twitter.com/triallofficial/status/1623658997516578816?s=20&t=dlN8vlmw_A2aGpAA3-aukQ #blockchainforhealth #TRL

How Triall is using AI 🤖 Electronic health records (EHRs) have long remained underutilised in clinical research. Manual data entry of EHRs in the clinical trial database can quickly turn into an administrative burden for research sites who are often already short on time. Our AI module automates this process using Machine Learning. It enables researchers to directly access, structure, and import EHR data into their database, transforming unstructured EHR data into structured EDC data entries. This removes the need for manual and duplicate data entry, saving significant time and resources, all while reducing the chance of transcription errors. 👉 More info: triall.io/products/ai ⚡️ Trade $TRL at bit.ly/tradeTRL 🗣 Help us spread the news on Twitter: https://twitter.com/triallofficial/status/1623658997516578816?s=20&t=dlN8vlmw_A2aGpAA3-aukQ #blockchainforhealth #TRL