Table 1 The featured BBM and BBM-related genes in different plants and their functions related to growth and development
Plant | Gene | Gene origin | Function | Rate | Reference |
|---|---|---|---|---|---|
Brassicaceae | |||||
 Arabidopsis thaliana | AtBBM | Arabidopsis thaliana | Somatic embryogenesis, cell differentiation, cell growth, plant regeneration | *ng | Boutilier et al. 2002; Passarinho et al. 2008; |
 Brassica napus | BnBBM | Brassica napus | Somatic embryogenesis | *ng | Boutilier et al. 2002 |
Fabaceae | |||||
 Glycine max | GmBBM1 | Glycine max | Somatic embryogenesis | 2%∼28% incr. | El Ouakfaoui et al. 2010 |
Malvaceae | |||||
 Theobroma cacao | TcBBM | Theobroma cacao | Somatic embryogenesis (faster), biomarker for developmental process | 5.5-fold incr. | Florez et al. 2015 |
Musaceae | |||||
 Musa acuminata | MaBBM1, MaBBM2 | Musa acuminata | Somatic embryogenesis | *ng | Awasthi et al. 2017 |
Poaceae | |||||
 Oryza sativa | OsBBM1 | Oryza sativa | Haploid induction, parthenogenesis | 5–29% incr. | Khanday et al. 2019 |
 Oryza sativa | PsASGR-BBML | Pennisetum squamulatum | Haploid induction | 25–89% incr. | Conner et al. 2017 |
 Oryza sativa | ZmBBM | Zea mays | Transformation efficiency | 15-fold incr. | Lowe et al. 2016 |
 Pennisetum glaucum | PsASGR-BBML | Pennisetum squamulatum | Apomixis | 35–36% incr. | Conner et al. 2015 |
 Saccharum officinarum | ZmBBM | Zea mays | Transformation efficiency | 130–440-fold incr. | Lowe et al. 2016 |
 Sorghum bicolor | ZmBBM | Zea mays | Transformation efficiency | 9-fold incr. | Lowe et al. 2016; Mookan et al. 2017 |
 Zea mays | PsASGR-BBML | Pennisetum squamulatum | Haploid induction | 47–80% incr. | Conner et al. 2017 |
 Zea mays | ZmBBM2 | Zea mays | Bigger callus induction, proliferation, transformation efficiency (TE) | 3.5∼6.6-fold incr. (20–21% TE) | Du et al. 2019 |
Zea mays | ZmBBM, ZmWUS2 | Zea mays | Transformation efficiency | 4–14% incr. | Masters et al. 2020 |
 L. kaempferi x L. olgensis | LkBBM2 | L. kaempferi x L. olgensis | Number of adventitious root formation | 100% incr. | Li et al. 2014 |
Pteridaceae | |||||
 Ceratopteris richardii | BnBBM | Brassica napus | Promote apogamy | 44.8% incr. | Bui et al. 2017 |
Rosaceae | |||||
 Rosa canina | RcBBM1, RcBBM2 | Rosa canina | Shoot regeneration | 20% incr. | Yang et al. 2014 |
Rubiaceae | |||||
 Coffea arabica | CaBBM | Coffea arabica | Developmental process | *ng | Silva et al. 2015 |
Salicaceae | |||||
 Populus tomentosa | PtBBM | Populus tomentosa | Somatic embryogenesis (SE), transformation efficiency | 39% incr. (SE), 29% incr. (TE) | Deng et al. 2009 |
Solanaceae | |||||
 Capsicum annuum | BnBBM | Brassica napus | Transformation efficiency | 0.6–1.1% incr. | Heidmann et al. 2011 |
 Nicotiana tabacum | BnBBM, AtBBM | Brassica napus, Arabidopsis thaliana | Promote regeneration ability | *ng | Srinivasan et al. 2007 |