Closing the Gap in the “ABC” Model in Legumes: A Review
M Hidalgo, C Ramos… - Legume Research-An …, 2022 - indianjournals.com
Legume Research-An International Journal, 2022•indianjournals.com
From the ancestral bisexual flower (BC model) with radial symmetry to Fabaceae flower with
bilateral symmetry and a keel petal, it is critical to understand ABC model because high
seed yield and food safety depend on flower bud development. Thus, we summarize the
information of the genetic mechanism that explains the identity of the floral organs for
Sophoreae, Phaseoleae, Dalbergieae and Genisteae tribes. Moreover, we examine the role
of non-coding RNAs on floral development at Cajaninae subtribe, Dalbergieae and …
bilateral symmetry and a keel petal, it is critical to understand ABC model because high
seed yield and food safety depend on flower bud development. Thus, we summarize the
information of the genetic mechanism that explains the identity of the floral organs for
Sophoreae, Phaseoleae, Dalbergieae and Genisteae tribes. Moreover, we examine the role
of non-coding RNAs on floral development at Cajaninae subtribe, Dalbergieae and …
From the ancestral bisexual flower (BC model) with radial symmetry to Fabaceae flower with bilateral symmetry and a keel petal, it is critical to understand ABC model because high seed yield and food safety depend on flower bud development. Thus, we summarize the information of the genetic mechanism that explains the identity of the floral organs for Sophoreae, Phaseoleae, Dalbergieae and Genisteae tribes. Moreover, we examine the role of non-coding RNAs on floral development at Cajaninae subtribe, Dalbergieae and Genisteae tribes.
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