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. 2016 Apr 14;11(4):e0152943. doi: 10.1371/journal.pone.0152943

Table 4. Genes involved in ovary abortion.

Gene Biological Process References BLAST best matcha EST IDb Length (bp) E-valuec
β-amylase (BAM1) Starch and sucrose metabolism [42, 43] [N. tabacum] AAY89374.1 unigene01162* 1,600 0.0
unigene10049 284 1e-132
unigene13639 280 1e-126
F7KHMQ102EZ5BY 147 1e-34
F7KHMQ102EYM72 131 8e-30
F7KHMQ102D1LWV 117 1e-25
Cell-wall invertase (Inv-CW) Starch and sucrose metabolism [44, 45] [O. ramosa] ADF27781.1 unigene02494* 879 1e-166
Soluble acid invertase 1 (Inv-V) Starch and sucrose metabolism [45, 46] [O. ramosa] ADF27779.1 unigene01665* 1,283 1e-151
F7KHMQ102DGVGZ 478 6e-40
Granule bound starch synthase I (GBSSI) Starch and sucrose metabolism [47] [N. tabacum] AGH30272.1 unigene00185* 1,834 0.0
F7KHMQ102C5WN5 225 3e-18
Sucrose synthase (SuSy) Starch and sucrose metabolism [48] [S. lycopersicum] AAO67719.1 unigene02089* 1,311 0.0
unigene00331 971 0.0
unigene04915 937 8e-161
unigene03893 896 2e-144
N-carbamoylputrescine amidase (NLP1) Polyamine biosynthesis [49] [A. thaliana] Q8VYF5.1 unigene03141* 1,103 0.0
Spermidine synthase (SPDS) Polyamine biosynthesis [50] [O. europaea] ACZ73829.1 unigene01420* 1,424 0.0
unigene01406 1,105 0.0
unigene01897 716 1e-151
Spermine synthase (SPMS) Polyamine biosynthesis [51] [A. thaliana] NP_851178.1 unigene06009* 1,223 0.0
F7KHMQ101B5AWP 496 1e-65
Arginine decarboxylase (ADC) Polyamine biosynthesis [52] [S. lycopersicum] CAI39242.1 unigene00039* 3,02 0.0
unigene05970 744 1e-163
F7KHMQ104H5U8P 323 3e-87
F7KHMQ102EIJ8S 270 3e-71
Transcription factor (MYBPA1) Flavonoid pathway [53] [V. vinifera] CAJ90831 unigene0379 100 5e-6
F7KHMQ104JBLBN 504 9e-45
F7KHMQ102DYFKF 491 1e-27
F7KHMQ102DY898 313 2e-22
Transcription repressor MYB (MYBC2) Flavonoid pathway [54] [V. vinifera] XP_002278222.1 unigene04022* 981 1e-91
F7KHMQ104H6D9V 93 2e-17

Olive candidate genes putatively involved in ovary abortion. The genes were confirmed by RT-qPCR experiments.

aSpecies and accession number of the genes that were used as reference sequences for the tBLASTx search.

bBest hits of the olive transcripts, as identified using a bi-directional BLAST search.

cE-value of the best hit identified by the BLASTX search.

*Transcripts selected for the RT-qPCR analyses.