We had a great time at #BAARN2023! Thanks for attending our talk and stopping by our posters. If you have any follow-up questions, DM us, and we can always set up a meeting. 🧬🧪🧫 Looking forward to next year! #AMR Harvard Microbial Sciences Initiative (MSI)

It's been a wild couple of weeks as we've transitioned to the new #DZD HQ at 250 Arsenal. Dangerously popping bottles of champagne with our CSO's sword is the only way we know how to celebrate. 😉Cheers to #NewBeginnings #TheDZDWay #Growth #DreamTeam 🥳🎉🍾(more photos to come!)

According to World Health Organization (WHO), #AMR could result in $1 trillion additional healthcare costs worldwide by 2050 and between $1 trillion and $3.4 trillion gross domestic product (GDP) losses per year by 2030: buff.ly/33Zl6nU

Emergence of unusual resistance patterns across different bacterial strains and species might call for the challenging detection of #plasmids as a transmission source. Find out why, and how #ONT Long-read #WGS can help in our latest blog article. #AMR#HAI dayzerolab.com/2023/12/21/pla…

An exciting year-end at #DZD with our product engineering team celebrating a significant milestone to close it out! #HappyHolidays to you and your loved ones!🍾🧪🧬🎉❄️

Happy New Year from #DZD! We've set some significant goals for 2024 and are excited to get to work. 🎉🧪🦾 Enjoy your year, and this dad joke: "Why don't #bacteria need New Year's resolutions? Because they're already so good at multiplying their successes!" #Sepsis #AMR #WGS

The global health community faces a daunting challenge: the rise of #superbugs in war zones. This article highlights the urgency of developing rapid #diagnostic tools and new treatments for bacterial, fungal, and viral pathogens. 🧪🔬 #AMR #DZD #WGS harvardpublichealth.org/conflict-healt…

"...When testing is based solely on cultures, there is no opportunity to adjust a patient’s treatment... Not only does it lead to poorer patient outcomes, but it also contributes to the growing epidemic of antibiotic resistance." ow.ly/1ttK50QtH7k? #Genomics #WGS #AMR

Analysis of both patient and environmental samples is often essential when it comes to #bacterial & #fungal outbreak investigations. This interview from Infection Control Today explains why... #WGS #HAI #CDiff #InfectionControl ow.ly/ZivE50QxWKk

Great #GroundTrouths article by Eric Topol ! We agree... there's no way to avoid integration of #AI into #Diagnostics. These two will go hand and hand in improving the accuracy and validity of tools our medical systems are coming to rely on. #ML ow.ly/UOPc50QyRNy

📣 PUBLISHED TODAY: CARB-X’s 2023 Annual Report is out! The report highlights key takeaways from the portfolio strategy review, funding round results, our work in low- and middle-income countries, new CARB-X funders, & more: bit.ly/49YZjOx

Attending ASM Microbe 2024 in Atlanta? Come check-out Jason Wittenbach’s talk on Friday, June 14. Jason will talk about Direct-from-Blood Predictive AST from Clinical Samples at the Rapid AST and Diagnostic Methods session. #DZD #WGS #rapiddiagnostics #antimicrobialresistance

Are you planning to attend ASM Microbe this year? Jason Wittenbach will be presenting #DZD’s Large-Scale Predictive AST using #MachineLearning and #WGS study on Saturday, June 15. Come check it out. #rapiddiagnostics #antimicrobialresistance

If you happen to be around at ASM Microbe on Saturday, June 15, we invite you to visit our poster: Rapid Species ID and AST Direct from Whole Blood: Initial Results from a Feasibility Study in Patients with Suspected Blood Stream Infection presented by Nicole Billings. #sepsis

Honored to be featured in a press release by #ASMMicrobe. Great presentation by Jason Wittenbach. AI Enables Faster, More Effective Antibiotic Treatment of Sepsis | ASM.org

We had an exceptional conference at ASM Microbe 2024, where we presented 3 studies focusing on rapid AST using machine learning. Kudos to the #DZD team Jason Wittenbach and Nicole Billings for outstanding presentations. prnewswire.com/news-releases/…

This paper has been a long time coming: We looked at the genomes of historical bacterial samples over a century to look for trends of antibiotic resistance genes, finding multiple instances of them in infections before the age of antibiotics...