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Rubisco small subunits (RBCS) are encoded by a nuclear rbcS multigene family   in higher plants and green algae. However, owing to the lack of rbcS   sequences in lycophytes, the characteristics of rbcS genes in lycophytes is   unclear. Recently, the complete genome sequence of the lycophyte Selaginella   moellendorffii provided the first insight into the rbcS gene family in   lycophytes. To understand further the characteristics of rbcS genes in other   Selaginella, the full length of rbcS genes (rbcS1 and rbcS2) from two other   Selaginella species were isolated. Both rbcS1 and rbcS2 genes shared more   than 97% identity among three Selaginella species. RBCS proteins from   Selaginella contained the Pfam RBCS domain F00101, which was a major domain   of other plant RBCS proteins. To explore the evolution of the rbcS gene   family across Selaginella and other plants, we identified and performed   comparative analysis of the rbcS gene family among 16 model plants based on a   genome-wide analysis. The results showed that (i) two rbcS genes were   obtained in Selaginella, which is the second fewest number of rbcS genes   among the 16 representative plants; (ii) an expansion of rbcS genes occurred   in the moss Physcomitrella patens; (iii) only RBCS proteins from angiosperms   contained the Pfam PF12338 domains, and (iv) a pattern of concerted evolution   existed in the rbcS gene family. Our study provides new insights into the   evolution of the rbcS gene family in Selaginella and other plants

Molecular cloning of RBCS genes in Selaginella and the evolution of the rbcS gene family