alkali lignin
Compound Overview
| Name | alkali lignin |
|---|---|
| IUPAC Name | - |
| Formula | - |
| Carbon Number | - |
| Molecular Weight | - |
| Polymer Type | lignin |
External Databases
Empirical Data
Organisms that can utilize this substrate (20) Empirical
| Organism ▲ ▼ | Strain ▲ ▼ | Reference ▲ ▼ | Comment ▲ ▼ |
|---|---|---|---|
| Amycolatopsis sp. | 75iv2 (ATCC 39116) | Salvachúa et al (2015) | (from corn stover; ~30% lignin conversion, including Klason lignin and monomers) |
| Acinetobacter baylyi | ADP1 | Salvachúa et al (2015) | (from corn stover; ~20% lignin conversion, including Klason lignin and monomers) |
| Emericella nidulans | APF4 | Barapatre et al (2017) | (from Acacia niliotica; 21% lingin loss after 21 days) |
| Ochrobactrum oryzae | BMP03 | Tsegaye et al (2018) | - |
| Tolumonas lignolytica | BRL6-1 | Billings et al (2015) | - |
| Klebsiella sp. | BRL6-2 | Woo et al (2014) | - |
| Rhodococcus pyridinivorans | CCZU-B16 | Rhoads et al (1995) | - |
| Bacillus sp. | CS-1 | Chang et al (2014) | - |
| Aspergillus sp. | F-3 | Yang et al (2011) | - |
| Streptomyces sp. | F-6 | Yang et al (2012) | - |
| Aspergillus flavus | F10 | Barapatre et al (2017) | (from Acacia niliotica; 21% lingin loss after 21 days) |
| Burkholderia sp. | H1 | Yang et al (2017) | - |
| Trabulsiella sp. | IIPTG13 | Suman et al (2016) | - |
| Pseudomonas putida | KT2440 | Salvachúa et al (2015) | (from corn stover; ~25% lignin conversion, including Klason lignin and monomers) |
| Bacillus ligniniphilus | L1 | Zhu et al (2017) | (Sigma-Aldrich) |
| Burkholderia sp. | LIG30 | Woo et al (2014) | - |
| Rhodococcus jostii | RHA1 | Salvachúa et al (2015) | (from corn stover; ~25% lignin conversion, including Klason lignin and monomers) |
| Enterobacter lignolyticus | SCF1 | DeAngelis et al (2013) | - |
| Rhizobium sp. | YS-1r | Jackson et al (2017) | - |
| Pseudomonas putida | mt-2 | Salvachúa et al (2015) | (from corn stover; ~25% lignin conversion, including Klason lignin and monomers) |
Pathways Empirical
No pathways are currently linked to this substrate.
Predicted Relationships
Hide predicted
The sections below contain relationships inferred from the empirical data above. They are computationally predicted and have not been independently verified. Learn more about data assumptions →
Organisms predicted to process alkali lignin through a pathway Predicted
For each pathway where alkali lignin enters as a reactant, organisms recorded as being able to utilise it but not yet confirmed for that pathway are listed as predicted. Not experimentally verified. What does this mean?
No organisms predicted for this compound based on current pathway and substrate data.
Reactions involving alkali lignin
No reactions are currently linked to this substrate.
Transporters
No transporters are currently linked to this substrate.