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. 2017 Oct 27;7(12):3967–3969. doi: 10.1534/g3.117.300189

Table 1. Features of 10 conserved IR and related ionotropic GluR genes and proteins in E. affinis.

Gene Scaffold# Length (bp) Exons Models Amino Acids GA/GG Donors
IR8aF 68 33,279 (26,505) 33 (23) 3 874 (569) 5/0
IR21a 3 33,150 (16,252) 23 (13) 2 763 (493) 4/1
IR25aF 269 90,005 (90,005) 34 (34) 5 907 (907) 4/2
IR76bF 532 18,715 (27,613) 19 (15) 2 480 (417) 1/0
IR93a 35 18,850 (15,580) 20 (19) 1 942 (935) 0/1
GluR1 77 69,907 (30,397) 25 (13) 2 960 (449) 3/0
GluR2 5 24,096 (14,472) 23 (14) 2 923 (615) 2/0
NMDAR1F 43 63,037 (31,051) 36 (20) 4 1095 (736) 2/0
NMDAR2-1 101 123,322 (102,094) 37 (28) 8 1055 (847) 6/1
NMDAR2-2F 141 86,450 (76,362) 47 (38) 4 1030 (823) 4/0

Lengths are from start to stop codon in large scaffolds, excluding exons present on short separate scaffolds or those that were built de novo, both of which presumably belong in sequence gaps in the large scaffolds, the lengths of which are included in these counts. Only coding exons are included (IR76b and NMDAR2-2 have single noncoding 5′ exons). Models are the number of models in the automated gene set available at the i5k Workspace@NAL genome browser (EAFF_v0.5.3), and usually not all exons are modeled. Numbers in parentheses are for the proteins reported in Eyun et al. (2017). Suffix “F” after gene name indicates that the genome assembly had to be repaired for a complete gene model to be built (details of each gene model are provided in File S1).