Dedicated online tutor with two years of experience in non-math subjects, currently working at QLive after a tenure at Focus Edumatics. Delivers customized virtual tutoring sessions that prioritize clarity of concepts and student confidence. Honored with the Star Performer Award for consistent excellence in building meaningful educational connections. Expertise in digital learning tools enhances the effectiveness of remote teaching.
* Natural Clube: Assisted in the growth and recognition of Natural Clube, an organization that focuses on wellness, ecological beauty, and natural products.
*Operation and Maintenance: Cold and hot extraction, Microscopic evaluation, Organaoleptic evaluation, Preliminary photochemical screening, gas chromatography-mass spectrometry, UV-VIS spectrophotometer, FT-IR, DPPH, Thin layer chromatography, Herbarium, pH meter, Centrifuge, Compound microscope, Weighing machine.
Floriculture and Landscaping involves the cultivation of flowering plants and the artistic design of outdoor spaces. It combines plant science with aesthetics to create visually appealing and sustainable environments. This field plays a vital role in enhancing urban and residential spaces through garden design, plant selection, and maintenance. It promotes ecological balance while adding beauty and value to thesurroundings.
This study aimed to identify potential novel inhibitors against the Nipah virus glycoprotein using phytocompounds from Leucas aspera (Lamiaceae), collected in Kozhikode, Kerala. Five compounds—Dihexyverine, Humulene, Dodecanoic acid, 2-methoxy-4-vinylphenol, and Spiro[2.4]heptane—demonstrated strong binding affinity to the viral glycoprotein with some showing comparable or better results than synthetic drugs like Chloroquine. Pharmacokinetic properties were evaluated using ADMET tools, suggesting these compounds hold promise as antiviral agents against Nipah virus.
*EFFECT OF EXTRACTION METHODS ON THE PHYTOCONSTITUENTS OF DIFFERENT PARTS OF MURRAYA KOENIGII (L.) SPRENG. - THE AROMATIC SPICE PLANT
This study investigated the impact of hot and cold extraction methods on the phytochemical content of the leaf, stem, and root of Murraya koenigii. TLC analysis revealed that hot extraction yielded more phytochemical bands, especially in leaf samples, indicating a higher concentration of active compounds. The research concludes that hot extraction is more effective for this plant, though no single extraction method is universally ideal. Optimizing extraction methods can enhance raw material yield, supporting more efficient medicinal plant use.