Comparative physiological and full-length transcriptome analyses reveal the molecular mechanism of melatonin-mediated salt tolerance in okra (Abelmoschus esculentus L.)

Table 1 Illumina-seq output statistics of 12 samples

Sample	Raw Reads	Clean Reads	Clean Bases	Error rate	Q20	Q30	GC content
Mock 1	48,740,818	47,658,684	7.15G	0.03	97.49	92.82	45.04
Mock 2	40,016,058	39,357,798	5.9G	0.02	98.58	95.39	45.28
Mock 3	41,104,166	40,212,232	6.03G	0.02	98.45	95.05	45.23
MT 1	42,853,158	42,126,744	6.32G	0.02	98.49	95.14	44.9
MT 2	43,534,578	42,646,676	6.4G	0.02	98.56	95.35	45.08
MT 3	51,433,522	50,463,954	7.57G	0.03	97.46	92.78	44.89
NaCl 1	47,646,666	46,232,152	6.93G	0.02	98.28	94.68	44.77
NaCl 2	53,066,422	51,991,448	7.8G	0.03	97.37	92.55	44.71
NaCl 3	52,611,268	51,249,888	7.69G	0.03	97.16	92.13	44.98
MT + NaCl 1	41,437,382	39,586,328	5.94G	0.02	98.42	95.01	44.95
MT + NaCl 2	41,476,226	40,860,808	6.13G	0.02	98.46	95.07	45.03
MT + NaCl 3	47,951,092	46,907,964	7.04G	0.02	98.15	94.36	44.89

ISSN: 1471-2229