Results
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| Property | Organism | Value | Units | ID | Details |
|---|---|---|---|---|---|
| Affinity of Allolactose and LacI | Bacteria Escherichia coli | 6 (Table - link) | μM | 100743 | Cost–benefit theory and... |
| Association constant of lac repressor to operator | Bacteria Escherichia coli | 7e+9 | M^-1×Sec^-1 | 104607 | Riggs AD, Bourgeois S... |
| Arrhenius activation energy for association reaction of lac repressor-operator [RO] complex | Bacteria Escherichia coli | ~8.5 | kcal/mole | 114353 | Riggs AD, Bourgeois S... |
| Equilibrium association constant of lac repressor to operator and entropy change (ΔS) for the binding reaction | Bacteria Escherichia coli | 1e+13 M^-1 equilibrium constant: ΔS for binding reaction + 90cal/mole/deg | N/A | 114355 | Riggs AD, Bourgeois S... |
| Duration for which tsr domain appears stationary | Bacteria Escherichia coli | 50 - 100 | msec | 112059 | Ullman G, Wallden M,... |
| Generation time with and without amino acids in the medium | Bacteria Escherichia coli | with amino acids 26.4±7.2 without amino acids 46.8±17.0 | min | 112060 | Ullman G, Wallden M,... |
| Number of Tsr–Venus molecules expressed from the lacY gene & number of expression events per cell cycle | Bacteria Escherichia coli | molecules per expression event 1.5±0.1 expression events per cell cycle 1.7±0.1 | N/A | 112061 | Ullman G, Wallden M,... |
| Number of LacI–Venus molecules expressed and number of expression events per cell cycle | Bacteria Escherichia coli | molecules per expression event 2.2±0.05 expression events per cell cycle 2.5±0.04 | N/A | 112062 | Ullman G, Wallden M,... |
| Affinity of Allolactose and LacZ | Bacteria Escherichia coli | 1.9 (Table - link) | mM | 100744 | Cost–benefit theory and... |
| Velocity of pumping by LacY | Bacteria Escherichia coli | 3000 | Molecules/minute | 100748 | Cost–benefit theory and... |
| Velocity of allolactose hydrolysis by LacZ | Bacteria Escherichia coli | 20000 (Table - link) | Molecules/minute | 100742 | Kalisky T, Dekel E, Alon... |
| Composition and energy content of milk | Mammals | Table - link | N/A | 109498 | Kleiber M. The fire of... |
| Doubling time at 30°C on complex medium (CM) with galactose | Bacteria Lactococcus lactis | 52 | Minutes | 105681 | LeBlanc DJ, Crow VL, Lee LN... |
| Turnover rate of the glucose transporter ptsI (Subunit of enzyme II glc: PTS enzyme I) | Bacteria Escherichia coli | 95 ((≈210 molecules/sec)) | µmol/min/mg | 102931 | BRENDA (BRaunschweig... |
| Halflife of lac repressor-operator [RO] complex | Bacteria Escherichia coli | 19 (±4) | min | 114338 | Riggs AD, Bourgeois S... |
| Rate of transport of Glucose transporter in erythrocyte | Mammals | 300 (Table - link) | sec^-1 | 103160 | Gennis, R. B. Biomembranes:... |
| Volumes for milk secreted | Human Homo sapiens | 850 (500-1,000) | ml/day | 110333 | Snyder WS, Cook MJ, Nasset ES... |
| Concentrations of Nitrogen and Proteins in Human Milk | Human Homo sapiens | Table - link | N/A | 102915 | Bo Lonnerdal and Stephanie... |
| Burst size of Lac permease when the repressors completely dissociate from the Lac operon | Bacteria Escherichia coli | ~100 | monomers/burst | 111012 | Teng SW. et al., Measurement... |
| Maximal amount of LacZ | Bacteria Escherichia coli | 50 (Table - link) | µM | 100735 | Cost–benefit theory and... |