Table 5.8 Secondary metabolites produced by application of phytohormones to several plant
species
Plant species/Reference
Elicitor
Secondary metabolite
Solanum tuberosum/Egamberdieva et al. (2017)
ABA
Antioxidant enzyme
peroxidase
Zea mays/Egamberdieva et al. (2017)
ABA
Ethylene
Calotropis gigantean/Halder et al. (2019)
JA
Cardenolide
Stevia rebaudiana/Vazquez-Hernandez et al.
(2019)
SA
Steviol glycosides
Levisticum officinale Koch cv. Elsbetha/Złotek
et al. (2020)
JA
Chlorophylls, vitamin C
and phenolic compounds
Artemisia annua/Qi et al. (2018)
JA
Artemisinin
Mentha canadensis L./Qi et al. (2018)
JA
Mentol
Ajuga bracteosa / (Saeed et al. 2017)
MeJA
Phenolic content and
flavonoid conten
Bacopa monnieri/Singh and Dwivedi (2018)
MeJa
Bacoside A
Hyoscyamus niger Vitis vinífera/Ramirez-Estrada
et al. (2016)
MeJa
Scopolamine,
hyoscyamine
Stilbenes and t-resveratrol
Corylus avellana, T. chinensis, T. bacccata/
Ramirez-Estrada et al. (2016)
SA
placlitaxel
Brassica oleracea I. var. Italica/Villarreal-García
et al. (2016)
Etilene,
MeJA
Glucosinolate
Phenolic compounds
Rhazya stricta/Akhgari et al. (2019)
MeJA
Terpenoid índole alkaloids
(vindoline
Juniperus virginiana/Kašparová et al. (2018)
CA
Podophyllotoxin
ncRNAs
Linear ncRNAs
hk ncRNAs
Regulatory
ncRNAs
lncRNAs
sRNAs
siRNAs
miRNAs
cncRNAs
Fig. 5.1 Clasification of
plant noncoding RNAs
(ncRNAs). Linear noncoding
RNAs (Linear ncRNAs),
circular noncoding RNAs
(cncRNAs), HouseKeeping
noncoding RNAs (hk
ncRNAs), Regulatory
noncoding RNAs (Regulatory
ncRNAs), long noncoding
RNAs (lncRNAs), small
RNAs (sRNAs), small
interfering RNAs (siRNAs),
micro RNAs (miRNAs)
180
H. Aguirre-Becerra et al.