id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
biomedich-354	Lestari, Tiffany Hanik; Susandarini, Ratna	Identification of Primary and Secondary Metabolites of Apis cerana Honey using FTIR-ATR Diamond Spectroscopy and Their Botanical Origin	2023	10	.pdf	application/pdf	5765	294	59	Wave number (cm-1) Vibrations 1000-1200 C–O and C–C stretching vibrations 1200-1350 N–H deformation and C–N stretching vibrations from amide III 1370-1420 C–H deformation vibrations of lipids and cellulose 1540 N–H deformation and C–N stretching vibrations from amide II 1650 C=O stretching vibrations from amide I 1740 C=O stretching vibrations from lipids 2850-3000 C–H stretching vibrations from cellulose and lipids 3250 O–H stretching vibrations from water 3300-3500 N–H stretching vibrations from protein RESULTS AND DISCUSSION Visual observations on honey samples and vegetation surrounding A. cerana nests Honey samples from nine districts in three provinces in Java Island were all classified as multifloral honey based on the composition of pollen types identified using melissopalynological analysis (Lestari, 2019). Variation on primary and secondary metabolites in honey samples was strongly affected by the botanical origin, geographical origin, and the local condition around beekeeping areas where the honeycombs were placed.	cache/biomedich-354.pdf	txt/biomedich-354.txt