Table 3. The list of papers complies with the selection criteria used in the literature review.
| Authors | Country | Rice cultivar | Plant material | Mutagen | Dosage | Mutated characters |
|---|---|---|---|---|---|---|
| Herwibawa, Sakhidin & Dwi Haryanto (2019) | Indonesia | Inpago Unsoed 1 (aromatic upland) | Seed | Gamma ray | 100 Gy | Plant development and abiotic stress |
| Rojolele (aromatic lowland) | 150 Gy | Plant development | ||||
| Inpari 13 (non-aromatic lowland) | 150 Gy | Plant development and abiotic stress | ||||
| Cirata (non-aromatic upland) | 150 Gy | |||||
| Pratiwi et al. (2020) | Mentik Wangi | 150 Gy | Plant development | |||
| 200 Gy | ||||||
| 250 Gy | ||||||
| Sri Suliartini et al. (2020) | G10 Line | 200 Gy | ||||
| G16 Line | ||||||
| Baas Selem | ||||||
| Inpago Unram-1 | 500 Gy | |||||
| Efendi et al. (2017) | Inpari 10 | 250 Gy | Plant development and abiotic stress | |||
| IR 64 | ||||||
| Unsyiah-1 Simeulu | ||||||
| Unsyiah-3 Sanberasi | ||||||
| Unsyiah-5 Sibahak | ||||||
| Amsal & Ishak-Ishak (2018) | Mira-1 | 25 & 50 Gy | Abiotic stress | |||
| Purwanto et al. (2019) | Cempo Ireng | Gamma ray (Cobalt-60) |
100 Gy 200 Gy |
Plant development Biochemical properties |
||
| Cempo Melik | 300 Gy | Biochemical properties | ||||
| Melik | 100 Gy | Plant development | ||||
| Efendi et al. (2017) | Sigupai | 250 Gy | ||||
| Cantek Manis | 500 Gy | |||||
| Rom Mokot | 500 Gy | |||||
| Ramos Mirah | 250 Gy | |||||
| Sanbei | 500 Gy | |||||
| Kurniawati, Chaniago & Suliansyah (2019) | Sigah (Brown rice) | 200 Gy | ||||
| Masruroh et al. (2016) | Ciherang | 200 Gy | Plant development and nutritional quality | |||
| Cempo Ireng | Plant development | |||||
| Ishak (2016) | Sintanur | Gamma ray (Caesium-137) |
100 Gy | Biochemical properties | ||
| Sjahril et al. (2018) | Pare Ambok | Ion beam (Argon) |
10 Gy | Plant development | ||
| Pare Lea | ||||||
| Yunita et al. (2020) | Situpatenggang | Callus | Gamma ray | 24.68 Gy | Abiotic stress | |
| Batutegi | 22.15 Gy | |||||
| Meesook, Pongtongkam & Poeaim (2018) | Thailand | Riceberry rice | Seed | Gamma ray (Caesium-137) | 28 Krad | Abiotic stress |
| Sansenya et al. (2019) | KDML 105 | 20, 40, 60, 80, 100, 150, 300 & 500 Gy | Biochemical properties | |||
| Techarang et al. (2018) | RD6 | Ion-beam | 4 × 1016 ions/cm2 (50 kV) | Plant development and biochemical properties | ||
| Sangyod | 4 × 1016 ions/cm2 (30 kV) | |||||
| Promnart et al. (2017) | RD31 | Electron beam | 440 Gy | Abiotic stress | ||
| Semsang et al. (2018) | KDML 105 | Low-energy ion beam | 150-kV | Plant development and Industry quality | ||
| Kongmon et al. (2020) | KDML 105 | Ion-beam (N+ + N+2) |
2 × 1016 ions/cm2 (60 kV) | Biochemical properties | ||
| Techarang et al. (2019) | Sangyod Phatthalung | Ion beam (N+) | 4 × 1016 ions/cm2 (50 kV) | Plant development and biochemical properties | ||
| Malumpong et al. (2019) | JHN | Fast Neutron | 33 Gy | Abiotic stress | ||
| Che Mohd Zain et al. (2016) | Malaysia | MRQ74 | Seed | Gamma ray | 350 Gy | Abiotic stress |
| Ahmad Zainuri et al. (2020) | Rice flour | Gamma ray (Cobalt-60) |
8 kGy | Industrial quality | ||
| Kadhimi et al. (2016a) | MR269 | Seed | Gamma ray (Caesium-137) | 350 Gy | Abiotic stress | |
| Kadhimi et al. (2016b) | MRQ74 | 100 Gy | Plant development | |||
| MR269 | ||||||
| Yasmine et al. (2019) | Binadhan-8 | 162 Gy | ||||
| NMR-152 | 286 Gy | |||||
| Pongsu Seribu-2 | 67 Gy | |||||
| Hasan et al. (2020) | MR284 | 100 Gy | ||||
| Tapic et al. (2016) | Philippines | NSIC Rc144 | Seed | Gamma ray | 250 Gy | Plant development |
| Aung, Khai & Minn, 2016 | Myanmar | Ayarmin | Seed | Gamma ray (Cobalt-60) |
300 Gy 400 Gy |
Plant development |
| 350 Gy | Biochemical properties |