Additional file 3: Figure S3. Domain-based classification of T. aestivum RING-zf proteins. a Additional TM domain contained in the RING-zf protein. b Additional IBR domain contained in the RING-zf protein. c Additional coiled coil domain contained in the RING-zf protein. d Additional RPT1 domain contained in the RING-zf protein. e Additional RING-ZnF-CHY, RING-Zinc_ribbon_6 and pfam Lon-substr-bdg domains contained in the RING-zf protein. f Additional DEXDc, HIRAN and HELICc domains contained in the RING-zf protein. g...

Additional file 3: Figure S3. Domain-based classification of T. aestivum RING-zf proteins. a Additional TM domain contained in the RING-zf protein. b Additional IBR domain contained in the RING-zf protein. c Additional coiled coil domain contained in the RING-zf protein. d Additional RPT1 domain contained in the RING-zf protein. e Additional RING-ZnF-CHY, RING-Zinc_ribbon_6 and pfam Lon-substr-bdg domains contained in the RING-zf protein. f Additional DEXDc, HIRAN and HELICc domains contained in the RING-zf protein. g...

Additional file 1.

Additional file 2: Figure S2. Phylogenetic relationships, gene structure and architecture of conserved protein motifs in 138 TaRING-zfs from T. aestivum. a The name of 138 TaRING-zf genes. b Exon, intron, and UTR structure of 138 TaRING-zf genes. Yellow boxes indicate untranslated 5’ and 3’ regions, green boxes indicate exon, and black lines indicate introns. The gene full length and protein length can be estimated by using the scale at the bottom. c The motif...

Additional file 1.

Additional file 1: Figure S1.Changes in the metabolic indicators in each group of mice during the experiment. a In step 1 of the animal experiment, the blood glucose level of diabetic mice increased significantly after modelling. It then showed a downward trend in the later stage of the experiment but remained higher than 16.7 mmol/L (random blood glucose). b Changes in the body weight of mice in step 1 of the animal experiment. c Changes...

Additional file 1: Figure S1.Changes in the metabolic indicators in each group of mice during the experiment. a In step 1 of the animal experiment, the blood glucose level of diabetic mice increased significantly after modelling. It then showed a downward trend in the later stage of the experiment but remained higher than 16.7 mmol/L (random blood glucose). b Changes in the body weight of mice in step 1 of the animal experiment. c Changes...

Additional file 1: Figure S1. The alignment of 138 TaRING-zf protein sequences.

Additional file 3.

Additional file 3.

Additional file 1: Figure S1. The alignment of 138 TaRING-zf protein sequences.

Additional file 2: Figure S2. Phylogenetic relationships, gene structure and architecture of conserved protein motifs in 138 TaRING-zfs from T. aestivum. a The name of 138 TaRING-zf genes. b Exon, intron, and UTR structure of 138 TaRING-zf genes. Yellow boxes indicate untranslated 5’ and 3’ regions, green boxes indicate exon, and black lines indicate introns. The gene full length and protein length can be estimated by using the scale at the bottom. c The motif...