This study examined changes in the solid endosperm of tender coconuts during storage. Results showed increased thickness and density, elevated protein and fat contents, and decreased sugars. These findings help in managing the quality of tender coconuts during storage.
The essential oil from Tenore leaves in Brazil contains substances like methyl N-methyl-anthranilate which has antifungal properties against yeast and inhibits biofilm production. It may be useful for treating yeast infections like candidiasis and cryptococcosis.
Bixin, a pigment found in seed arils, has potential anti-cancer activity. It may inhibit BRAF, MMP9, TNF expression, enhance TP53 expression, and interact with skin cancer targets with low binding energy. Bixin is stable and shows promise for skin cancer treatment.
Scientists cloned and expressed a gene encoding an enzyme that converts ginsenoside Rb1 into gypenoside XVII, a compound with improved anti-inflammatory activity. This method has potential for large-scale production of gypenoside XVII as a new anti-inflammatory drug.
Chestnut bur polyphenol extract (CBPE) disrupts cell structure and decreases activity in bacteria, increasing cell membrane permeability. Analysis reveals CBPE inhibits bacteria through multiple pathways, making it a potential treatment for infection.
Researchers synthesized a novel nanosystem consisting of nano-essential oil and gold nanoparticles to promote wound healing and combat bacterial infection. The nanosystem showed potent antibacterial activity and accelerated wound closure, suggesting its potential in healthcare settings.
Researchers identified aloeresin-A as a potential inhibitor for bacterial and host targets in contact lens-mediated microbial keratitis. It demonstrated strong binding energies and stable interactions, making it a promising candidate for inhibiting keratitis. Further research is needed for integration into lens care solutions.