Researchers at the London School of Hygiene & Tropical Medicine (LSHTM) have achieved complete assemblies of Klebsiella pneumoniae genomes, providing new insights into pathogenicity and significant improvements in antimicrobial resistance (AMR) detection. Additionally, Tang and his team have utilized nanopore technology to sequence multiple genes associated with antibacterial resistance in drug-resistant tuberculosis (TB) with rapid turnaround times, aiding in TB infection control. Moreover, new studies suggest that sepsis patients could receive targeted treatment based on their immune response, not just their symptoms.
This case study shows how nanopore sequencing can link pathogen genotypes with clinical data, offering deeper insights. The collaboration between @GSTTnhs & @nanopore also highlights the importance of partnerships in advancing healthcare research: https://t.co/UpGBWvbnb4 #WYMM https://t.co/9YqsNb243h
Out now @NatureMedicine π₯π₯ #genomic NBS: the challenges are daunting But we have a responsibility to lead research in public health systems π¬π§π¦πΊ @RDExeter @Rich_Genomics @smbanka @LouiseFish1 @swynn_unique @NeonatalEthics @jbuchanan_ox @dgmacarthur https://t.co/GakK209knx
New study uses genetics to identify best sepsis treatment https://t.co/tPl73Dl7yF #Sepsis @sangerinstitute @UniofOxford https://t.co/6XVmC8LwuC
This collaboration was highly successful, enabling us to answer intriguing biological questions through advancements in the @nanopore platform, which now allows for precise base- and modification calling even in the repetitive telomeric regions https://t.co/MtpWLRe2Qq
We are excited that our study on telomere sequencing in collaboration with @nanopore is published https://t.co/CZvLmrIONf We developed Telo-seq, a method to determine the length and composition of entire human telomeres in bulk, chromosome arm and in some cases allelic resolution
Sepsis patients could receive targeted treatment based on their immune response, not their symptoms. Read more π https://t.co/9UFfWoyfxn #sepsis #personalisedtreatment #genetics https://t.co/NnyOoQAbSk
#Opinion | Breakthroughs using machine learning have identified nearly 900,000 genetic sequences with antibiotic potential, providing a path forward in combating superbugs βπ»Anirban Mahapatra | #HTPremium https://t.co/rjgp2mkJNJ
Drug-resistant TB is an urgent health problem. Read how Tang & team used #nanopore technology to simultaneously sequence multiple genes associated with antibacterial resistance β with a rapid turnaround time β to aid in TB infection control: https://t.co/TgLMq5jSpU https://t.co/To8ykoeG0h
Fragmented genomes miss key #AMR genes. Discover how @LSHTM researchers achieved complete assemblies of Klebsiella pneumoniae providing new insights into pathogenicity and significant improvements in AMR detection. Learn more: https://t.co/1cLsYtZ3EE #WYMM https://t.co/GV3Ad6D43q