Table 2.
Structural classification of TCTP from plants.
| Organism | AtTCTP1-like | CmTCTP-like |
|---|---|---|
| C. subellipsoidea | C-169_65285 | |
| C. meroleae | CMQ113C | |
| P. patens | XP_001757363; XP_001758666 | |
| S. moellendorffi | 179722 | |
| O. sativa | Os11g43900 | |
| B. distachyon | Bradi4g10920 | |
| S. bicolor | XP_002453140 | |
| Z. mays | GRMZM2G108474_T01 | |
| S. italica | Si026772m | |
| A. coerulea | Aquca_003_00740 | Aquca_017_00176; Aquca_035_00202 |
| P. virgatum | Pavirv00039226m | |
| S. tuberosum | PGSC0003DMT400063579 | |
| S. lycopersicum | Solyc01g099780.2 | |
| M. guttatus | Migut.G00151; Migut.N02086 | |
| V. vinífera | GSVIVT01017723001; GSVIVT01031135001 | |
| C. sinensis | 1.1g030941m | |
| C. clementina | Ciclev10006071m | Ciclev10002699m |
| G. raimondii | Gorai.005G060700 | Gorai.007G300300; Gorai.013G126000 |
| T. halophila | BAJ33998 | 10022380m |
| B. rapa | Bra022172 | Bra001637; Bra021187 |
| A. lyrata | XP_002885160 | XP_002884515 |
| G. max | Glyma10g29240; Glyma09g04950 | |
| P. vulgaris | Phvul.007G197200; Phvul.009G248700 | |
| M. truncatula | Medtr1g083350; Medtr6g071090 | |
| F. vesca | mRNA06814.1-v1.0-hybrid | |
| M. domestica | MDP0000164046 | |
| P. persica | ppa009639m | |
| C. sativus | Cucsa.253020 | Cucsa.181820 |
| C. melo | Melo3c006670p1 | Melo3C015297P1 |
| C. lanatus | Cla021747 | Cla005200 |
| C. maxima | N.D. | ABC02401 |
| P. trichocarpa | Potri.005G024800; Potri.008G226500 | Potri.010G013400 |
| L. usitatissimum | Lus10033959 | |
| R. communis | 29726.m004052; 30128.m008835 | |
| M. esculenta | cassava4.1_025245m | cassava4.1_017738m; cassava4.1_017756m |
| C. rubella | EOA33129.1 | EOA31592.1 |
| C. papaya | evm.model.supercontig_1597.1; evm.model.supercontig_327.3 |
Modeling of predictive 3D protein structure for each plant TCTP was carried out (Figure S4) and structure comparison was assessed to classify each plant TCTP based on their predictive structural relationship to either Arabidopsis thaliana AtTCTP1 or the Cucurbita maxima CmTCTP.