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Digital Health Near Term Predictions for AI-driven Healthcare Published

Telehealth and Medicine Today (THMT) peer reviewed journal has published the annual predictions article for 2024. Nine international subject matter experts unveil their market forecast for technologies and trends expected to change healthcare near-term., , , , The future of digital healthcare includes the profound impact of artificial intelligence. The integration of AI in healthcare necessitates a comprehensive approach to ensure accuracy and safety to avoid risks to patient care and safety. ....

United States , Seth Dobrin , Bilal Naved , Aditiu Joshi , Sarah Bell , Jeffersong Fernandes , William Cherniak , Geoffrey Rutledge , Calvind Lawrence , Aexa Aerospace , Division Of Emergency Medicine , University Of Toronto , Nagamed Digital Health Consulting , Partners In Digital Health , Paulh Chook Department Of Information Systems , Northwestern University , Digital Health Near Term Predictions , Medicine Today , Vice President , Clinical Evaluation , Distinguished Engineer , Adjunct Assistant Professor , Information Systems , Rocket Doctor , Assistant Professor , Emergency Medicine ,

"Soil environmental DNA metabarcoding in low-biomass regions requires p" by Pamela Olmedo-Rojas, Gert Jan Jeunen et al.

Environmental DNA is a powerful tool for monitoring biodiversity. Although environmental DNA surveys have successfully been implemented in various environments, protocol choice has been shown to affect results and inferences. Thus far, few method comparison studies for soil have been undertaken. Here, we optimized the workflow for soil metabarcoding through a comparative study encompassing variation in sampling strategy (individual and combined samples), DNA extraction (PowerSoil®, NucleoSpin® Soil, PowerSoil® + phosphate buffer and NucleoSpin® Soil + phosphate buffer) and library preparation (one-step and two-step quantitative polymerase chain reaction methods). Using a partial 18S rRNA marker, a total of 309 eukaryotic taxa across 21 phyla were identified from Antarctic soil from one site in the Larsemann Hills. Our optimized workflow was effective with no notable reduction in data quality for a considerable increase in time and cost efficiency. The NucleoSpin® Soil + phosphate ....

Operational Taxonomic Unit , Remote Environments ,