Tl;dr: Scientists used seed extracts to synthesize MgONPs with strong anti-oxidant and anti-microbial properties, potentially revolutionizing nanostructure formation. Important for developing new materials and medicines.
Researchers investigated the potential of Chinese gall leaven as a treatment for H. pylori infections. CGL showed anti-inflammatory and enzyme-inhibitory activities, suggesting it could be effective in treating this global health challenge. Further research is needed to understand the exact mechanisms involved.
Study shows green-synthesized ZnO nanostructures degrade pollutants efficiently under UV/visible radiation. Strong potential for environmental remediation. Nanostructures crucial for stability and radiation absorption in various scientific fields.
Study looked at Cymbopogon for antimicrobial properties. Found potential compounds for treatment of antimicrobial resistance. Important for fighting drug-resistant infections.
PT22, a compound from an endophytic fungus, inhibits quorum sensing in multidrug-resistant bacteria, making antibiotics more effective against biofilm-forming pathogens like . Use of PT22 with gentamycin or piperacillin improves treatment outcomes and reduces antibiotic resistance.
Scientists studied Litsea cubeba's essential oil (LCEO) for its antimicrobial and antioxidant properties, ideal for food industry use. Further research can improve food preservation and packaging with LCEO.
Researchers synthesized novel potassium nanoparticles (KO NPs) using flower extract, showing antibacterial and anti-biofilm activity against multidrug-resistant bacteria. KO NPs could enhance conventional antibiotics, offering potential for pharmaceutical and medical applications.
Study on Buddleja polystachya shows potential for treating ocular diseases and cancer. Stem extracts have high cytotoxic effects on cancer cells. Leaf extracts are effective against ocular infections. Important for developing new treatments.