Tag

Pseudomonas

All articles tagged with #pseudomonas

Six-hand-soap recall spans 15 states, including Ingles, over antibiotic-resistant bacteria risk
health24 days ago

Six-hand-soap recall spans 15 states, including Ingles, over antibiotic-resistant bacteria risk

Six hand soaps distributed to 15 states and Ingles are recalled due to potential contamination with antibiotic-resistant bacteria (Pseudomonas and Serratia). Recalled products include Laura Lynn Honey Apple Crisp 8-ounce and Laura Lynn Foaming Pear Scent Hand Soap (sold at Ingles), plus Summit 150 Foaming Hand Soap and Vestis Foaming Hand Soap; UPCs, lot codes, and best-by dates are listed. Stop using these products immediately and consult a doctor if you develop symptoms. States affected include California, Georgia, Illinois, Iowa, Maryland, Mississippi, Nebraska, New York, North Carolina, North Dakota, Pennsylvania, South Carolina, Texas, Washington, and Wisconsin.

Costco Recalls Topo Chico Mineral Water Over Bacterial Contamination
health1 year ago

Costco Recalls Topo Chico Mineral Water Over Bacterial Contamination

Costco has voluntarily recalled certain bottles of Topo Chico mineral water sold in Texas and Louisiana due to potential bacterial contamination with Pseudomonas, which poses a low health risk to healthy individuals but can be serious for those with weakened immune systems. Consumers are advised to return the affected products for a refund and seek medical attention if they experience symptoms after consumption.

Unveiling Antibiotic Discovery Breakthroughs in Pseudomonas
science-and-technology2 years ago

Unveiling Antibiotic Discovery Breakthroughs in Pseudomonas

Researchers have discovered a porin-independent accumulation mechanism in Pseudomonas bacteria that enables the discovery of new antibiotics. Porins are outer membrane proteins that regulate the entry of molecules into the bacterial cell, and their presence has been a major barrier to developing effective antibiotics. By bypassing the need for porins, the researchers were able to identify compounds that accumulate in Pseudomonas cells and exhibit broad-spectrum antibacterial activity. This discovery opens up new possibilities for combating drug-resistant Gram-negative bacteria.