Table 1:
Estimates on the total number of phosphoproteins and p-sites for the various species, based on different analyses.
| Human | Mouse | Arabidopsis | Yeast | ||
|---|---|---|---|---|---|
| Proteins | current | 10 456 | 6512 | 4930 | 2587 |
| current_3X | 6683 | 3827 | 1815 | 1630 | |
| Rcapture_HTP_vs_LTP | 12 844 | 11 190 | NA | 2951 | |
| Rcapture_1 %_noise | 10 239 | 8346 | 6531 | 2772 | |
| CF_1 %_noise | 9160 | 7213 | 4292 | 2373 | |
| CF_3X | 7582 | 6789 | NA | 2297 | |
| CF_best_start_1 %_noise | 8803 | 7167 | 4558 | 2328 | |
| CF_best_end_1 %_noise | 8775 | 7099 | 4292 | 2304 | |
| CF_half_exp_1 %_noise | 7885 | 6329 | 2373 | 2257 | |
| P-sites | current | 86 181 | 36 438 | 14 796 | 13244 |
| current_3X | 27 110 | 10 384 | 3078 | 4156 | |
| Rcapture_HTP_vs_LTP | 229 616 | 155 668 | NA | 40350 | |
| Rcapture_1 %_noise | 124 985 | 71 456 | 27 815 | 21343 | |
| CF_1 %_noise | 94 670 | 54 031 | 23 531 | 14533 | |
| CF_3X | 91 500 | NA | 34 457 | NA | |
| CF_best_start_1 %_noise | 82 092 | 45 797 | 15 122 | 12962 | |
| CF_best_end_1 %_noise | 86 723 | 49 122 | 23 531 | 14496 | |
| CF_half_exp_1 %_noise | 89 639 | 36 615 | 6016 | 11980 |
Second column denotes the analysis and datasets: current: experimentally identified; current_3X: experimentally identified in three or more experiments; Rcapture_HTP_vs_LTP: The Capture-Recapture analysis that used the HTP compendium and the LTP compendium (shown in bold as the most reliable estimate); Rcapture_1 %_noise: The Capture-Recapture analysis assuming 1 % noise in each dataset; CF_1 %_noise: The Curve-Fitting analysis assuming 1 % noise; CF_3X: The Curve-Fitting analysis based on the datasets that have been identified in three or more experiments. CF_best_start_1 %_noise: The Curve-Fitting analysis assuming 1 % noise and changing the order of the largest experiment as first; CF_best_end_1 %_noise: The Curve-Fitting analysis assuming 1 % noise and changing the order of the largest experiment as last; CF_half_exp_1 %_noise: The Curve-Fitting analysis assuming 1 % noise and using only the first half of experiments.