A new paper from @chinantoinette & colleagues shows Xoo phage vB_XORNC02 is strongly lytic, environmentally stable, and >95% identical to Tsukubavirus XPP1. A promising biocontrol option for bacterial leaf blight.
Read more: https://t.co/eHNqQuRGF9
@jbancla
🧬 New paper: SARS‑CoV‑2 doesn’t just disrupt the microbiome: it reshapes the phageome.
@siddharthstomar & @CsirEvc share their findings showing phage richness skyrockets in infected individuals (79 vs. 28 genera), bacterial diversity drops. Read more: https://t.co/a5q4clT3ux
New paper🧬
This review summarises recent advancements in the field of holins and spanins, membrane-disrupting lysis proteins that essentially act as the “clock” of the phage infection cycle, and potential next-gen therapeutics.
Read the full review here: https://t.co/beSArzjj60
New paper🧫
This paper characterises a novel lytic phage, ɸKP-C01, against a carbapenem-resistant Klebsiella pneumoniae strain , a major threat to global public health and potential for an epidemic.
Read in full here: https://t.co/c5uMMdpkGv
✨New paper
K. pneumoniae persists up to 24 h on hospital surfaces, with persistence at 24°C. Osorio et al. from Columbia show a 3‑phage cocktail delivers ~5‑log killing in 6 h and prevents disinfectant‑linked regrowth.
Read more here: https://t.co/9WSqeIHmUA
New article🔎🥼
The efforts of Soviet scientist, Prof M.I. Lurie, towards phage therapy mechanisms in the 1930s.
This article would be greatly beneficial to anyone interested in the history of phage therapy and bacteriophages.
Read here:
https://t.co/RwjLQUjV7g
New paper 🌟 from @DrPrasanthM & team on:
Revising SP6’s lysis genes uncovers holin–endolysin–spanin strategies long missed in GenBank—showing how updated phage annotations can drive the next wave of antibacterial innovation.
Find more here: https://t.co/GPfU1HDLSP
New paper 🌟 from @DrPrasanthM & team on:
Revising SP6’s lysis genes uncovers holin–endolysin–spanin strategies long missed in GenBank—showing how updated phage annotations can drive the next wave of antibacterial innovation.
Find more here: https://t.co/GPfU1HDLSP
New paper🧪🥼
Dr Mohammed Imam offers a summary of the current landscape of phage therapy research - its hurdles, along with proposed solutions, encouraging case studies, and finally the future of phage therapy.
@Mohammed1imam
Read the full review here:
https://t.co/Mgg3uzR81q
New paper 🌟 🔬 🧫
This paper presents a new episomal genus of Pseudomonas aeruginosa phage isolated from freshwater in Texas, and highlights potential issues with current lysogeny predicting software.
Read the full paper here:
https://t.co/iv7JIxYpM8
Read our spring issue now!
˚⋆🔬🧪🧫 ⋆˚
Includes:
🥼 A forgotten phage thinker – MI Lurie
🔬 Challenges and solutions in Phage Therapy
🧼Phage as disinfectants against MDR Klebsiella
🦠 COVID-19 and its effect on the Phageome
https://t.co/BtYMy9GHSp
Pleased to see #taxMyPhage updated to reflect the ICTV Master Species List taxonomy.
More details: https://t.co/4H4rDrv2bJ
Standalone tool: https://t.co/JosCQVx2YK
Webserver: https://t.co/kB7LHeE6FC
Thanks @milja001 & @TSPKU for keeping us updated!
#phagetaxonomy
Our spring issue is out now!
This includes amazing content & findings such as
• A forgotten phage thinker – MI Lurie
• Challenges and solutions in Phage Therapy
• Phages as disinfectants against MDR Klebsiella.
Explore further here: https://t.co/aScdmIyzbt
Pleased to see #taxMyPhage updated to reflect the ICTV Master Species List taxonomy.
More details: https://t.co/4H4rDrv2bJ
Standalone tool: https://t.co/JosCQVx2YK
Webserver: https://t.co/kB7LHeE6FC
Thanks @milja001 & @TSPKU for keeping us updated!
#phagetaxonomy
Our spring issue is out now!
This includes amazing content & findings such as
• A forgotten phage thinker – MI Lurie
• Challenges and solutions in Phage Therapy
• Phages as disinfectants against MDR Klebsiella.
Explore further here: https://t.co/aScdmIyzbt