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. 2022 May 6;13:863521. doi: 10.3389/fpls.2022.863521

TABLE 7.

Traits related to yield enhancement in sesame under normal and stress conditions.

Traits Gene/genotype/molecules Condition References
Drought stress tolerance Silica, molybdenum, boron Stress Rana et al., 2020
Drought stress tolerance Selenium Stress Thuc et al., 2021a
Drought stress tolerance Salicylic acid and kinetin Stress Hussein et al., 2015
Drought stress tolerance Sesame mutants “ML2-5” and “ML2-10” Stress Kouighat et al., 2021
Waterlogging stress tolerance SibZIP03, SibZIP04, SibZIP30, SibZIP44, and SibZIP62 Stress Wang et al., 2018
Waterlogging, drought stress tolerance WRKY TFs (Transcription factors) Stress Li et al., 2017
Waterlogging stress tolerance Cultivar Zhongzhi No. 13 Stress Wang et al., 2016
Heat stress tolerance JCS 2846, JCS 2892, JCS 3102, and JCS 3258 Stress Rani and Kiranbabu, 2017
Salinity stress tolerance TS-5 genotype Stress Mhadhbi et al., 2013
Drought stress tolerance SI-1025, SI-205, SI2138-2, KM-13 genotypes Stress Hota et al., 2019
Waterlogging stress tolerance SSR marker (ZM428) Stress Wang et al., 2012
Waterlogging stress tolerance QTL (qEZ10CHL07, qEZ10ZCL07, qWH10CHL09, qWH10ZCL09, qEZ09ZCL13, qWH09CHL15) Normal
Non-shattering Paloma, SW 16, SW17, Baco, and UCR3 Normal Myint et al., 2020
Early maturity (60-80 d) Ye-Kyaw, Pat-Le-War-Hmyaung, Man-Shwe-Wa, She-Ka-lay, Mai-Thi-hla Normal
Monostem Victoria, Aida, Valya, and Nevena Normal
3 capsule/1 capsule Zhongzhi13/Baizhima Normal Wei et al., 2015
Oil content SiACNA, SiDGAT2, SiFATA, SiFATB and SiSAD Normal