Common Names: African basil
Essential oils from Aloysia citrodora, Cymbopogon winterianus, and Ocimum gratissimum showed potential in killing Acanthamoeba polyphaga. Microemulsions with these oils were effective. Relevant for potential anti-amoebic treatments.
Study compared anti-inflammatory effects of commercial vs nanocomposite oral rinse in vitro. Results may help in developing improved oral care products for inflammation management.
Researchers studied economically damaging phytopathogens in Mauritius due to importance of agriculture, and interest in organic farming as alternative to fungicides. Results could inform sustainable pest management strategies.
Flavonoid-rich extracts from O. gratissimum improved antioxidant levels and gene expressions in diabetic rats, suggesting potential for treating diabetes. Further research on active compounds is needed.
Researchers synthesized silver nanoparticles using herbal extracts from ginger and onion, showing significant anti-inflammatory and antidiabetic effects in vitro. This green synthesis method could lead to new pharmaceutical treatments for diabetes and inflammation.
Researchers computationally investigated phytochemicals in plant for breast cancer treatment. Isovitexin, vitexin, rosmarinic acid, nepetoidin A, and luteolin show strong anti-cancer properties with good safety profiles for oral administration. Important for developing potential breast cancer treatments.
Researchers utilized herbal extracts from and to synthesize silver nanoparticles with antimicrobial properties against oral pathogens. Results showed high efficacy against certain bacteria, suggesting potential for dental applications and improved oral healthcare.
TL;DR: Scientists used green methods to create zinc oxide nanoparticles that effectively inhibited oral pathogens. Candida albicans was most sensitive, indicating potential selectivity. This research shows promise for using these nanoparticles in oral health.
This study investigated the effects of the chloroform fraction of (L.) leaf (CFOG) in reversing tissue wastage in diabetes. CFOG reduced insulin resistance, improved pancreatic cell regeneration, and inhibited mitochondrial dysfunction. The main active compound in CFOG was lupanol. This suggests the potential use of CFOG as an alternative therapy for diabetes.
Ocimum gratissimum extract reduced colorectal cancer (CRC) tumor load. Continuous administration was more effective than separated administration. OGE also reduced severe colitis, suggesting potential for preventing CRC by inhibiting inflammation.
This study identified key compounds in L. plant that target protein molecules of Diabetes Mellitus. These compounds have potential therapeutic effects in managing DM through multiple mechanisms.
The study found that L. essential oil inhibits the growth of S. putrefaciens by disrupting biofilm formation and cell membranes, potentially offering a new method to prevent food spoilage.
Researchers have observed a worldwide increase in the use of natural remedies, including Chinese herbal medicine and local plants, in response to COVID-19. This alternative approach to traditional medicine aims to strengthen immunity and prevent the spread of the disease. While the broader implications of these remedies and their effectiveness in treating COVID-19 remain unclear, these findings suggest the need for further exploration of alternative therapeutic solutions.