Table 2.

Identification of active compounds in S. cumini leaves water extract by LCMS

S. No	Rt [min]	MolWt	ESI mode	Monoisotropic mass	Chemical formula	Compounds	References
1	6.14	386	[M+H]+	386.100168	C20H18O8	diferulic acid	Ramya et al., 2012
2	8.58	184	[M+H]+	184.037173	C8H8O5	methylgallate	Ramya et al., 2012
3	2.18	290	[M+H]+	290.079038	C10H12O4	cianidanol	Chhikara et al., 2018
4	9.42	273	[M+H]+	272.068473	C15H12O5	butin	Ramya et al., 2012
5	15.82	300	[M+H]+	300.063388	C16H12O6	kaempferide	Ramya et al., 2012
6	3.27	226	[M+H]+	226.09938	C15H14O2	4′-hydroxyflavan	Bijauliya et al., 2017
7	20.07	304	[M+H]+	304.058303	C15H12O7	taxifolin	Singh et al., 2018
8	10.63	257	[M+H]+	256.24023	C16H32O2	palmitic acid	Ayyanar et al., 2012
9	22.28	278	[M+H]+	278.224580204	C18H30O2	punicic acid	Chagas et al., 2015
10	14.50	222	[M+H]+	222.198365	C15H26O	cedrol	Satpute et al., 2018
11	1.67	180	[M+H]-	180.042259	C9H8O4	caffeic acid	Ramya et al., 2012
12	1.74	166	[M+H]-	166.062994	C9H10O3	3(3-hydroxyphenyl)propanoic acid	Singh et al., 2018
13	1.92	196	[M+H]-	196.073559	C10H12O4	xanthoxylin	Chagas et al., 2015
14	2.50	194	[M+H]-	194.057909	C10H10O4	ferulic acid	Chhikara et al., 2018
15	2.82	192	[M+H]-	192.063388	C7H12O6	quinic acid	Singh et al., 2018
16	7.93	448	[M+H]-	448.100561	C21H20O11	astragalin	Bijauliya et al., 2017
17	3.52	356	[M+H]-	356.1107	C16H20O9	6-O-feruloyl-D-glucose	Ramya et al., 2012
18	3.18	170	[M+H]+/[M+H]-	170.021523	C7H6O5	gallic acid	Timbola et al., 2002
19	7.21	464	[M+H]+/[M+H]-	464.095476	C21H20O12	isoquercetin	Jagetia, 2017
20	7.33	372	[M+H]+/[M+H]-	372.120903	C20H20O7	3,5,7,4′-tetrahydroxy-6-(3-hydroxy-3-methylbutyl)flavone	Chagas et al., 2015