Genome-wide transcriptome analysis reveals the molecular mechanism of high temperature-induced floral abortion in Litchi chinensis

Table 1 Throughput and quality of RNA-seq of the litchi floral buds

Treatments	Raw reads	Clean reads	Clean reads/ raw reads (%)	Unique match reads	Mapping rate (%)
DP1	9,265,430	8,966,317	96.77	5,239,915	58.44%
DP2	6,289,671	6,000,114	95.40	3,304,262	55.07%
DP3	3,119,925	3,073,896	98.52	1,908,274	62.08%
SP1	7,928,755	7,776,894	98.08	4,413,387	56.75%
SP2	5,887,516	5,814,604	98.76	3,428,290	58.96%
SP3	8,117,449	7,922,273	97.60	4,738,311	59.81%

‘Nuomici’ litchi trees with panicle primordia were transferred to a growth chamber at 12-h photoperiod with a temperature of 18 °C (LT) to encourage panicle development, or a growth chamber at the same photoperiod with a temperature of 26 °C (HT) to induced abortion of floral buds. The treatments in the first column of the table indicate three replicates of DP and SP, respectively

ISSN: 1471-2164