NexaBiome
@NexaBiome
Followers
334
Following
38
Media
287
Statuses
486
NexaBiome leads the design, development and commercialisation of applications, which use stabilised phage to solve bacterial challenges.
Glasgow
Joined March 2017
#AI is revolutionising pharma & biotech by speeding up drug discovery, optimising trials, and personalising medicine. But what about its role in phage therapy? . Head to our blog to learn more. 👇:
1
0
2
Dr Ayoade Alakija in The Telegraph compares the rise of #AntimicrobialResistance to an apocalypse, imploring further diagnostics & innovation to address this escalating threat:
0
0
0
Meet the ultimate bacterial #TopTrump: the #bacteriophage. 🧬 Age: Billions of years . 🔬 Abundance: 10³¹ . 🎯 Precision: Only targets bacteria . 💥 Daily kill count: 20% of all bacteria
0
0
0
Phages aren’t about replacing antibiotics, they’re teaming up. 🧬Phage Antibiotic Synergy could be a game-changer against drug-resistant infections. Here’s why it matters:
nexabiome.com
Antibiotic resistance develops when bacteria become less sensitive to antibiotics, rendering them less effective or ineffective at killing bacteria and treating infections.
0
0
2
1 in 3 diabetics will face foot infections, and antibiotics are increasingly ineffective. But #phages have proven successful in treating infection and even saving limbs. More here:
nexabiome.com
Diabetic foot infections (DFIs) are a serious and often overlooked complication of diabetes, affecting up to a third of all diabetic patients globally.
0
0
0
Antimicrobial resistance is one of the biggest threats to global health. At NexaBiome, our scientists are pioneering phage-based solutions to restore hope where antibiotics fail. Here’s why it matters 👇 . #AMR #PhageTherapy
0
0
1
Our CSO Dr Jason Clark joined UKRI’s recent workshop in London to explore how targeted infrastructure investment can unlock potential world-leading sectors. Discussions across biotech, AI & more underscored the need to invest in key areas to accelerate innovation. #PhageTherapy
0
0
1
💬 “We have the science. Now we need the strategy.” .A quick recap of when our CSO Dr Jason Clark spoke to the House of Lords on the future of #PhageTherapy .Interested? Read more: . #AMR #Biotech #Innovation.
nexabiome.com
On January 14, Dr Jason Clark had the privilege of giving evidence to a Lords Science and Technology Select Committee hearing on the antimicrobial potential of phages.
0
0
0
📜 Ever wondered how NexaBiome’s journey began? . From innovation to impact. Swipe through for a quick trip down memory lane. #PhageTherapy #NexaBiome #BiotechInnovation #AntimicrobialResistance
1
0
0
🚨 New global study links livestock manure to antibiotic resistance genes. TL;DR . 🌐 4,000+ samples, 26 countries . 💡 Bans on growth-promoting antibiotics are helping lower resistance levels . . #AMR
0
0
1
Did you know? . 🌍 Phages kill ~20% of Earth’s bacteria daily . 🦠 They’ve been around for billions of years . 🔭 There are 10³¹ phages – 10 million× more than stars in the universe. Microscopic, but monumental. #PhageFacts #Science #Microbiome
0
0
1
How do we combat #AMR? An article from Pharmaceutical Manufacturer sets out new solutions, including #phage:
pharmaceuticalmanufacturer.media
Despite its growing threat to global health, research aimed at tackling antimicrobial resistance (AMR) has been constrained for many years, most likely due to the rapid evolution of resistance in...
0
0
3
#Cancer claims millions of lives annually. Phages are emerging as precise, powerful and promising tools for targeted cancer therapy and immune boosting. More in our blog:
nexabiome.com
Bacteriophages have emerged as an innovative solution for the delivery of genes and drugs in cancer therapy.
0
1
5
At NexaBiome, we put patients first and drive innovation with integrity. Swipe through our values and see how we’re shaping healthcare’s future, one step at a time! 👉 . #NexaBiome #CompanyValues #Innovation #PatientFirst #DiversityAndInclusion
0
0
0
Phages fight antimicrobial resistance by targeting harmful bacteria without harming beneficial ones. As outlined in this new WHO report 👉 . #AMR #PhageTherapy #GlobalHealth.
who.int
0
0
1
Phages target & infect harmful bacteria, multiply inside and then burst them, clearing infections. Precise, natural, and antibiotic-friendly, phages are key to beating resistance. 🔬 Contact us to learn more. #PhageTherapy #AMR #Microbiome
0
0
0