Antimicrobial Potential of Pithecellobium dulce Seed Extract against Pathogenic Bacteria: In Silico and In Vitro Evaluation

Table 1

Phytochemical profile of Pithecellobium dulce seed extract.

No.	Compound name	Intensity (%)	Retention time (min)	Molecular weight (g/mol)	Chemical formula
1	D-Turanose	55.82	25.97	342.30	C12H22O11
2	Hexadecanoic acid	11.56	20.99	256.42	C16H32O2
3	Indole-1-acetic acid	11.42	22.63	175.18	C10H9NO2
4	Inositol	5.78	19.97	180.16	C6H12O6
5	Octadecanoic acid	4.36	22.8	284.50	C18H36O2
6	Dihydroxyacetone	1.58	26.39	90.08	C3H6O3
7	Methyl heptadecanoate	1.36	19.76	284.50	C18H36O2
8	D-gluco-hexodialdose	0.83	19.06	178.14	C6H10O6
10	Myo-inositol	0.74	21.31	180	C6H12O6
119	Altronic acid	0.65	25	196.16	C6H12O7
10	11-Eicosenoic acid	0.37	24.19	310.50	C20H38O2
11	9-Octadecenoic acid	0.33	26.64	282.50	C18H34O2
12	Methyl elaidate	0.31	21.51	296.50	C19H36O2
13	Hexanoic acid	0.24	8.08	116.16	C6H12O2
14	2-Deoxy-galactopyranose	0.24	28.5	164.16	C6H12O5
15	Ribitol	0.2	19.68	152.15	C5H12O5
16	2-Phenyl-1,2-propanediol	0.17	17.4	152.19	C9H12O2
17	Monomethyl phosphate	0.16	9.66	112.02	CH5O4P
18	9,10-Dihydrooctadecanoic acid	0.16	23.32	353.40	C18H34Cl2O2
19	2,3-Butandiol	0.14	7.4	90.12	C4H10O2
20	D-Mannose	0.14	19.54	180.16	C6H12O6
21	Lyxose	0.12	28	150.13	C5H10O5
22	Azelaic acid	0.11	18.3	188.22	C9H16O4
23	Methyl octadecanoic acid	0.09	25.2	298.50	C19H38O2
24	9,12-Octadecadienoic acid	0.07	21.44	280.40	C18H32O2