NexaBiome
@NexaBiome
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NexaBiome leads the design, development and commercialisation of applications, which use stabilised phage to solve bacterial challenges.
Glasgow
Joined March 2017
The WHO warns 1 in 6 infections are antibiotic-resistant, heightening the global AMR crisis – as reported by Ian Sample in The Guardian. 📚 #AMR #PhageTherapy
https://t.co/4M1roOZ41a
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Today we say a heartfelt farewell and thank you to Senior Scientist Daniel Rosner. 👋 He's made an incredible impact on our science and culture since joining us in 2015. We wish you every success in your new chapter!🌟 #TeamNexaBiome
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AMR is often framed as a human health issue, but animal health plays a huge role too. Read more about how the farming industry is combatting #AMR
https://t.co/P4OO8htit7
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An insightful piece from physorg featuring Professor Alexander Harms on the promise of phage therapy and the need for clear legal frameworks to bring it to more patients:
phys.org
It is not only antibiotics but also certain viruses—known as bacteriophages—that can kill off pathogenic bacteria. However, Switzerland lacks the legal framework for the use of these viruses in...
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How are phages being used today? Phages are being adapted in new ways, from natural antibacterial agents to modified delivery systems that precisely target non-infectious diseases like cancer. #PhageTherapy #AMR #Cancer
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#PhageCocktails aren’t new but research continues to validate what we know: diverse, well-designed combinations can deliver precise, potent responses to resistant pathogens. 🧫 Read more https://t.co/OmQ9O6AfZZ
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Quality and consistency are key at NexaBiome. From identifying and isolating the most relevant #phages to producing them at the right scale, our processes are built for reliability. We promise to meet demand efficiently while maintaining high standards. 🌟
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Diabetic foot infections affect 1 in 3 with diabetes worldwide. Phage therapy shows promise, preventing amputations in early studies. At NexaBiome, we’re moving towards clinical trials - read how: https://t.co/AyKCA3fjUD
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Did you know bacteriophages help keep oceans alive? By recycling nutrients, they fuel phytoplankton and support marine life from microbes to whales. 🐋 Tiny viruses, huge impact. #Phages
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We’re using AI and machine learning to transform phage therapy. By combining large-scale genomic sequencing with predictive models, we can identify the best phages faster and design more effective, personalised therapies for resistant infections. #PhageTherapy #MachineLearning
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How do ‘pirate’ #bacteriophages spread #antibioticresistance? ImperialCollege research reveals how phage satellites hijack “tails” to infect new bacteria in this read: https://t.co/Fnpcdu8UoW
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10M lives are lost to cancer each year. From drug delivery to vaccine carriers, research shows phage therapy offers huge oncology potential. Here’s how. 👉 https://t.co/eOhe0GgFMo
#Oncology #PhageTherapy
nexabiome.com
Bacteriophages have emerged as an innovative solution for the delivery of genes and drugs in cancer therapy.
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From discovery to delivery, NexaBiome is building a complete phage platform: 🔬library 🧪selection ⚙️production 💡formulation. Together, we’re making phage therapy a clinical reality. #AMR #PhageTherapy
https://t.co/RkEZxaaXpD
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Tiny. Ancient. Everywhere. 🌍 Phages are nature’s bacterial predators and a powerful weapon against antibiotic resistance. Swipe to see why these microscopic assassins matter. #AMR #PhageTherapy #Innovation
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Today is #InternationalMicroorganismDay, the perfect moment to shine a light on the tiniest players shaping our world. 🌍🦠
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🌐 How are we integrating machine learning into our phage selection process – and how is it helping to design smarter cocktails and personalised therapies? Find out in our latest blog. 👇 https://t.co/2HzfoQzwOn
#AMR #PhageTherapy
nexabiome.com
NexaBiome Life Sciences LTD is developing phages as human pharmaceuticals. The Company has a patented technology that allows them to deliver phages in a commercially viable way is working towards...
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✈️ Aircraft toilets may hold clues to the global spread of AMR. Researchers found superbugs in flight wastewater, an early-warning tool against AMR: https://t.co/cYmCbA5YCm
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Personalised #PhageTherapy offers a targeted way to fight AMR, killing harmful bacteria while sparing the rest. Studies show its potential for hard-to-treat infections. Read more: https://t.co/5hkay2KyIj
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#AMR could cause 39M deaths by 2050. #YoungPeople are leading the fight, shaping policy & driving science. At NexaBiome, we’re proud to support the next generation of phage researchers. https://t.co/RWjzHWIduS
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