Results
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| Property | Organism | Value | Units | ID | Details |
|---|---|---|---|---|---|
| Synthesis and degradation rate constant of 3OHC14-HSL (3OHC14-homo-serine lactone) | Bacteria Rhizobium leguminosarum | synthesis rate 3,000nM/hr: degradation rate 0.017/hour | N/A | 112010 | Pai A, You L: Optimal... |
| Concentration of 3OHC14-HSL (3OHC14-homo-serine lactone) for starvation response | Bacteria Rhizobium leguminosarum | 300 - 600 | nM | 112011 | Pai A, You L: Optimal... |
| Half maximal induction of quorum sensing by C4-HSL (C4-homo-serine lactone) | Bacteria Pseudomonas aeruginosa | 2.5 | µM | 112009 | Pai A, You L: Optimal... |
| Typical signal peptide length in Gram positive bacteria | bacteria | <100 | amino acids/peptide | 112000 | Pai A, You L: Optimal... |
| Transport rate constant of AHL (acyl homo-serine lactone) | Bacteria Vibrio fischeri | 0.05 | 1/sec | 112003 | Pai A, You L: Optimal... |
| Synthesis and degradation rate constant of C8-HSL (C8-homo-serine lactone) in the ain system | Bacteria Vibrio fischeri | synthesis rate 7,100nM/hr: degradation rate 0.53/hour | N/A | 112004 | Pai A, You L: Optimal... |
| Synthesis and degradation rate constant of 3OC6-HSL (3OC6-homo-serine lactone) in the lux system | Bacteria Vibrio fischeri | synthesis rate 3,300nM/hr: degradation rate 0.108/hour | N/A | 112005 | Pai A, You L: Optimal... |
| Synthesis and degradation rate constant of C4-HSL (C4-homo-serine lactone) | Bacteria Pseudomonas aeruginosa | synthesis rate 48,000nM/hr: degradation rate 0.0133/hour | N/A | 112008 | Pai A, You L: Optimal... |
| Generation time under optimal conditions of growth | Bacteria Rhizobium japonicum | 344-461 | Minutes | 100424 | http://textbookofbac... |
| Percent of trehalose out of total mono-and disaccharides in slow growing strains | Rhizobia | >=80 | % | 102433 | Streeter JG. Accumulation... |
| Average nitrogen fixation rate by rhizobium associated with leguminous forages (e.g., alfalfa, clover) | Biosphere | 10,000 - 20,000 | mg N/m^2/yr | 110426 | Galloway et al., Nitrogen... |
| Nitrogen fixation rate by rhizobium associated with seed legumes (e.g., peas and beans) | Biosphere | 300 - 30,000 | mg N/m^2/yr | 110425 | Galloway et al., Nitrogen... |
| Half maximal induction of quorum sensing by 3OC6-HSL (3OC6-homo-serine lactone) | Bacteria Vibrio fischeri | 25 - 50 | nM | 112007 | Pai A, You L: Optimal... |
| Degradation rate of the homoserine lactone 3-Oxo-C6-AHL in vivo | bacteria | ~0.005 - ~0.02 | 1/min | 111995 | Weber M, Buceta J. Noise... |
| Critical concentration of autoinducer needed for the activation of the quorum sensing (QS) genes in most bacterial species | bacteria | 10 - 50 | nM | 111993 | Weber M, Buceta J. Noise... |
| Nitrogen fixation rate of non-rhizobium N-fixing organisms associated with some crops (e.g., cereals) and trees | Biosphere | 500 - 2,000 | mg N/m^2/yr | 110427 | Galloway et al., Nitrogen... |
| Examples of long-term survival of bacteria | bacteria | Table - link | Years | 109516 | Editors Madilyn Fletcher... |
| Increase in crop yield following 10 fold increase of inoculation rate | Rhizobia | 2 | Fold | 102434 | Streeter JG. Accumulation... |
| Maximum speed of marine bacteria | bacteria | maximum community speed 144µm/sec: maximum individual burst velocity 407µm/sec | µm/sec | 112302 | Mitchell JG, Pearson L... |
| Number of bacteria in ocean | Biosphere | 1E+29 | Bacteria | 108286 | Lawrence R . Pomeroy... |