RT @up2047688: Does targeting bacterial adherence reduce multidrug-resistant P.Aeruginosa infection following burn injury? @RA_Baldock http…
RT @CharsleyEmily: As antibiotic resistance becomes ever more prevalent within our society, could changing the way we treat infected wounds…
@RA_Baldock New strategies for combating pathogens in deep tissue burns are provided by MAM7 and GST-MAM7 were highly effective. This does not interfere with normal wound healing process making it an ideal treatment. https://t.co/IFyudAbLnM
GST-MAM7 bids an enhanced approach to treat burns, and especially to prevent the ghastly effects of a P.a infection. Increasing its dose or combining with present antibiotics could further decelerate bacterial colonisation 🚫🦠. LINK TO ARTICLE: https://t.
Burn is thought to be the cause of 180 000 fatalities by WHO annually. Over a million burn injuries occur every year in the United States alone, resulting in 100,000 hospital admissions according to the study: https://t.co/UlePJHZllx.
Isn’t it shocking that an anti-infective strategy via MAMS has the prospect to treat multidrug-resistant infections? 🦠 This thread will explore deeper into how this extraordinary protein influences P.A following burn injury. https://t.co/ZiANOpD1SV @RA_Ba
RT @CharsleyEmily: As antibiotic resistance becomes ever more prevalent within our society, could changing the way we treat infected wounds…
RT @CharsleyEmily: As antibiotic resistance becomes ever more prevalent within our society, could changing the way we treat infected wounds…
RT @CharsleyEmily: As antibiotic resistance becomes ever more prevalent within our society, could changing the way we treat infected wounds…
Targeting bacterial virulence has the potential to inhibit infection from multidrug-resistant Pseudomonas aeruginosa (P.a.). What is P.a. and how can we target its bacterial virulence? A thread… 🧪https://t.co/9hyNtw0DEn
As antibiotic resistance becomes ever more prevalent within our society, could changing the way we treat infected wounds by targeting bacterial adhesion be the solution for this deadly problem? https://t.co/oupI187veJ.
@RA_Baldock Want to know more about a tiny protein doing big things? Follow this thread to delve deeper into the world of multi adhesion molecules (MAMs) and its potentially life saving qualities. See the full article here: https://t.co/Kh89JDTYPK
Does targeting bacterial adherence reduce multidrug-resistant P.Aeruginosa infection following burn injury? @RA_Baldock https://t.co/2K5VbLDeuT Why burns? Burns = Large % of trauma injuries ⬆️75% of burn casualties are due to infection in patients (w/ 40%
1/ Why is using GST-MAM7 microbeads a potentially effective treatment for Pseudomonas aeruginosa (PA) in burn patients? What is PA, and how do the microbeads work? Let's explore the treatment down below: (Paper: https://t.co/cW1XM5j7ZP) @RA_Baldo
Multivalent Adhesion Molecule 7: not an antibiotic but effective against MDR bacteria infection after burn injury. https://t.co/W7ESmAlXsf https://t.co/OTWVM1EHMS
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @pawankrpoonia: A new target to inhibit MDR P. aeruginosa #Infection following #burn injury @SciReports #AntibioticResistance https://t.…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
This is cool... https://t.co/31crwz39Da
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
Stopping pseudomonas sticking #AMR #Infection https://t.co/qtmZkaWJPQ
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
Super cool! Congrats! https://t.co/ULzvdmxcyy
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
A new target to inhibit MDR P. aeruginosa #Infection following #burn injury @SciReports #AntibioticResistance https://t.co/Jyz74tzCgo https://t.co/lTcI8xksWv
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
RT @krachlerlab: Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https:…
Our article on using adhesion inhibition to suppress drug-resistant Pseudomonas burn wound infections is out today! https://t.co/es1HEs2tjD