Closed hgscott closed 7 months ago
I need to make media files for glucose, acetate, and 3-hydroxybutyrate.
I found existing media files from my original pass at gap filling:
I tried gap filling for all three and none of them worked- I must be missing some essential components.
Based on the blocked biomass components that MEMOTE found, I decided what I should add to the media.
ID | Name | Already in (Glucose) Media? | Add to Media? |
---|---|---|---|
cpd00220_c0 | Riboflavin [c0] | No | Yes- but check with Mary Ann/Rogier |
cpd00201_c0 | 10-Formyltetrahydrofolate [c0] | No | No |
cpd15352_c0 | 2-Demethylmenaquinone 8 [c0] | No | No |
cpd00056_c0 | TPP [c0] | No | No |
cpd00345_c0 | 5-Methyltetrahydrofolate [c0] | No | No |
cpd00010_c0 | CoA [c0] | No | No |
cpd00118_c0 | Putrescine [c0] | No | No |
cpd00254_c0 | Mg [c0] | Yes | - |
cpd00099_c0 | Cl- [c0] | Yes | - |
cpd15500_c0 | Menaquinone 8 [c0] | No | No |
cpd00149_c0 | Co2+ [c0] | Yes | - |
cpd15793_c0 | Stearoylcardiolipin (B. subtilis) [c0] | No | No |
cpd00557_c0 | Siroheme [c0] | No | No |
cpd11493_c0 | ACP [c0] | No | No |
cpd10515_c0 | Fe2+ [c0] | Yes | - |
cpd00087_c0 | Tetrahydrofolate [c0] | No | No |
cpd11463_c0 | Protein [c0] | No | Definitely not |
cpd02229_c0 | Bactoprenyl diphosphate [c0] | No | No |
cpd15665_c0 | Peptidoglycan polymer (n subunits) [c0] | No | Definitely not |
cpd00264_c0 | Spermidine [c0] | No | No |
cpd15560_c0 | Ubiquinone-8 [c0] | No | No |
cpd00015_c0 | FAD [c0] | No | No |
I tried just adding Riboflavin, and that wasn't enough to get growth.
I also tried a different minimal glucose media, and that also failed at gap filling.
Osnat's PROMM acetate media also failed:
But it did work with the old gapfilling app:
When I tried the old app with C-D-Glucose, I got an error:
Got the same error with the C-acetate media and the C-3-hydroxybutanoate media.
I tried the new app but with the model before I remove the K+ transport reaction, and I got the same comment as before ("Gapfilling failed for media C-D-Glucose. Database lacks reactions to grow on media or media is missing essential nutrients.").
I want to make a complete media with all of the blocked biomass components in it directly to check that it works.
So I need to add:
I made a new media with adding all of those components:
But when I ran the model in that media, it still didn't grow:
But that isn't surprising- even though all those things are in the media, there aren't transporters for all of those things.
Gapfilling on my complete media failed.
Osnat says to:
Ilija says to:
Daniel says to:
DSher says to:
Look what is in the KBase logs (ChatGPT may help) before opening a KBase ticket.
Daniel says to stop using KBase and instead use our own code for gap filling, including trying Shany's ReFill algorithm (https://github.com/C-CoMP-STC/GEM-mit1002/issues/52).
Or I could manually add reactions?
The KBase "Complete" Media, seems to be totally empty:
But gap filling with it still added 66 reactions:
Here are all the reactions that were added.
Reaction ID | Reaction Name | Media | Direction | Target | Gapfilling Sensitivity ID | Gapfilling Sensitivity Name |
---|---|---|---|---|---|---|
EX_cpd00149_e0 | Exchange for Co2+ [e0] | Complete | < | bio1 | cpd00149_c0 | Co2+ [c0] |
EX_cpd00137_e0 | Exchange for Citrate [e0] | Complete | < | bio1 | cpd00149_c0; cpd00254_c0; cpd03422_c0 | Co2+ [c0]; Mg [c0]; Cobinamide [c0] |
EX_cpd00254_e0 | Exchange for Mg [e0] | Complete | < | bio1 | cpd00254_c0; cpd03422_c0 | Mg [c0]; Cobinamide [c0] |
EX_cpd00099_e0 | Exchange for Cl- [e0] | Complete | < | bio1 | cpd00099_c0; cpd03422_c0; cpd11493_c0 | Cl- [c0]; Cobinamide [c0]; ACP [c0] |
rxn08333_c0 | 1,4-dihydroxy-2-naphthoate octaprenyltransferase | Complete | > | bio1 | cpd15352_c0; cpd15500_c0 | 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0] |
rxn02898_c0 | O-Succinylbenzoyl-CoA 1,4-dihydroxy-2-naphthoate-lyase | Complete | > | bio1 | cpd11493_c0; cpd15352_c0; cpd15500_c0; cpd15665_c0 | ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; Peptidoglycan polymer (n subunits) [c0] |
rxn10336_c0 | stearoyl-cardiolipin synthase | Complete | > | bio1 | cpd15665_c0; cpd15793_c0 | Peptidoglycan polymer (n subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0] |
rxn00068_c0 | Fe2+:NAD+ oxidoreductase | Complete | < | bio1 | cpd00557_c0; cpd10515_c0 | Siroheme [c0]; Fe2+ [c0] |
rxn05522_c0 | citrate transport in via Co complex | Complete | > | bio1 | cpd00149_c0; cpd03422_c0; cpd15666_c0 | Co2+ [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn05039_c0 | R07280 | Complete | > | bio1 | cpd00015_c0; cpd00220_c0; cpd03422_c0; cpd15666_c0 | FAD [c0]; Riboflavin [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn03536_c0 | R05221 | Complete | > | bio1 | cpd01997_c0; cpd03422_c0; cpd15666_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn03397_c0 | UDP-L-rhamnose:flavonol-3-O-D-glucoside L-rhamnosyltransferase | Complete | > | bio1 | cpd15560_c0 | Ubiquinone-8 [c0] |
rxn00979_c0 | glycolaldehyde:NAD+ oxidoreductase | Complete | > | bio1 | cpd00087_c0; cpd00201_c0; cpd00345_c0; cpd03422_c0 | Tetrahydrofolate [c0]; 10-Formyltetrahydrofolate [c0]; 5-Methyltetrahydrofolate [c0]; Cobinamide [c0] |
rxn11703_c0 | 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase | Complete | > | bio1 | cpd03422_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15666_c0 | Cobinamide [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn03537_c0 | R05222 | Complete | > | bio1 | cpd01997_c0; cpd03422_c0; cpd15665_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0]; Peptidoglycan polymer (n subunits) [c0] |
rxn10094_c0 | S-adenosylmethione:2-demethylmenaquinone methyltransferase | Complete | > | bio1 | cpd15500_c0 | Menaquinone 8 [c0] |
rxn00333_c0 | Glycolate:oxygen 2-oxidoreductase | Complete | > | bio1 | cpd00087_c0; cpd00201_c0; cpd00345_c0; cpd03422_c0 | Tetrahydrofolate [c0]; 10-Formyltetrahydrofolate [c0]; 5-Methyltetrahydrofolate [c0]; Cobinamide [c0] |
rxn03150_c0 | R04594 | Complete | > | bio1 | cpd01997_c0; cpd03422_c0; cpd15666_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn03087_c0 | N-Succinyl-L-2,6-diaminoheptanedioate:2-oxoglutarate amino-transferase | Complete | < | bio1 | cpd15665_c0; cpd15666_c0; cpd00039_c0 | Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; L-Lysine [c0] |
rxn03538_c0 | R05223 | Complete | > | bio1 | cpd01997_c0; cpd03422_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0] |
rxn01213_c0 | GPPSYN-RXN | Complete | > | bio1 | cpd02229_c0; cpd15352_c0; cpd15500_c0; cpd15560_c0 | Bactoprenyl diphosphate [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; Ubiquinone-8 [c0] |
rxn01265_c0 | Nicotinate D-ribonucleotide:diphosphate phosphoribosyltransferase | Complete | < | bio1 | cpd01997_c0; cpd03422_c0; cpd15666_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn00599_c0 | succinyl-CoA:glycine C-succinyltransferase (decarboxylating) | Complete | > | bio1 | cpd00557_c0 | Siroheme [c0] |
rxn11702_c0 | 2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthase | Complete | > | bio1 | cpd03422_c0; cpd15352_c0; cpd15500_c0 | Cobinamide [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0] |
rxn05214_c0 | Citrate-Mg2+:H+ symporter | Complete | > | bio1 | cpd00254_c0; cpd11493_c0 | Mg [c0]; ACP [c0] |
rxn00346_c0 | L-aspartate 1-carboxy-lyase (beta-alanine-forming) | Complete | > | bio1 | cpd00010_c0; cpd03422_c0; cpd11493_c0; cpd12370_c0; cpd15666_c0 | CoA [c0]; Cobinamide [c0]; ACP [c0]; apo-ACP [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn02897_c0 | Nicotinate-nucleotide:dimethylbenzimidazole phospho-D-ribosyltransferase | Complete | > | bio1 | cpd01997_c0; cpd03422_c0; cpd15666_c0 | Dimethylbenzimidazole [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn02831_c0 | O-Succinylbenzoate:CoA ligase (AMP-forming) | Complete | > | bio1 | cpd15352_c0; cpd15500_c0 | 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0] |
rxn01258_c0 | chorismate hydroxymutase | Complete | > | bio1 | cpd15352_c0; cpd15500_c0; cpd15666_c0 | 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn01538_c0 | ATP:thiamine phosphotransferase | Complete | > | bio1 | cpd00056_c0; cpd12370_c0; cpd15665_c0 | TPP [c0]; apo-ACP [c0]; Peptidoglycan polymer (n subunits) [c0] |
rxn02832_c0 | (1R,6R)-6-hydroxy-2-succinylcyclohexa-2,4-diene-1-carboxylate hydrolyase (2-succinylbenzoate-forming) | Complete | < | bio1 | cpd15352_c0; cpd15500_c0 | 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0] |
rxn00467_c0 | L-Ornithine:2-oxo-acid aminotransferase | Complete | < | bio1 | cpd00118_c0; cpd00264_c0; cpd03422_c0; cpd15666_c0; cpd00051_c0 | Putrescine [c0]; Spermidine [c0]; Cobinamide [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; L-Arginine [c0] |
rxn08234_c0 | chloride (Cl-1) transport via diffusion (extracellular to periplasm) | Complete | > | bio1 | cpd00099_c0; cpd03422_c0 | Cl- [c0]; Cobinamide [c0] |
I tested how that gapfilled model runs on my 3 media files:
It does not grow on C-D-Glucose:
Or acetate:
Or on 3-hydroxybutyrate:
Per KBase's suggestion- I tried gapfilling and not selecting for "ATP Safe", but I still got the same message.
But if I gapfill for glucose after gapfilling for complete media it works!
It added these reactions (on top of what was added for the complete media):
Reaction ID | Reaction Name | Media | Direction | Target | Gapfilling Sensitivity ID | Gapfilling Sensitivity Name |
---|---|---|---|---|---|---|
rxn05211_c0 | Transport of citrate, extracellular | C-D-Glucose | < | bio1 | cpd00149_c0; cpd00254_c0 | Co2+ [c0]; Mg [c0] |
rxn09429_c0 | fatty acid synthase (n-C18:0) | C-D-Glucose | > | bio1 | cpd15533_c0; cpd15540_c0; cpd15793_c0 | phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Stearoylcardiolipin (B. subtilis) [c0] |
rxn12376_c0 | transport of 4-hydroxybenzyl alcohol extraorganism-cytosol | C-D-Glucose | < | bio1 | cpd00056_c0 | TPP [c0] |
rxn09310_c0 | thiazole phosphate synthesis | C-D-Glucose | > | bio1 | cpd00056_c0; cpd03422_c0; cpd15665_c0 | TPP [c0]; Cobinamide [c0]; Peptidoglycan polymer (n subunits) [c0] |
rxn02304_c0 | protoporphyrinogen-IX:oxygen oxidoreductase | C-D-Glucose | > | bio1 | cpd00028_c0; cpd03422_c0; cpd11493_c0; cpd15666_c0 | Heme [c0]; Cobinamide [c0]; ACP [c0]; Peptidoglycan polymer (n-1 subunits) [c0] |
rxn02185_c0 | 2-Acetolactate pyruvate-lyase (carboxylating) | C-D-Glucose | < | bio1 | cpd00010_c0; cpd03422_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0 | CoA [c0]; Cobinamide [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0] |
Then I gapfilled the complete gapfilled model with all three media at once:
Which got growth on all three:
With the following reactions added:
Reaction ID | Reaction Name | Media | Direction | Target | Gapfilling Sensitivity ID | Gapfilling Sensitivity Name |
---|---|---|---|---|---|---|
rxn05211_c0 | Transport of citrate, extracellular | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | < | bio1 | cpd00149_c0; cpd00254_c0 | Co2+ [c0]; Mg [c0] |
rxn09429_c0 | fatty acid synthase (n-C18:0) | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | > | bio1 | cpd15533_c0; cpd15540_c0; cpd15793_c0 | phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Stearoylcardiolipin (B. subtilis) [c0] |
rxn12376_c0 | transport of 4-hydroxybenzyl alcohol extraorganism-cytosol | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | < | bio1 | cpd00056_c0 | TPP [c0] |
rxn09310_c0 | thiazole phosphate synthesis | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | > | bio1 | cpd00056_c0 | TPP [c0] |
rxn02304_c0 | protoporphyrinogen-IX:oxygen oxidoreductase | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | > | bio1 | cpd00028_c0; cpd12370_c0 | Heme [c0]; apo-ACP [c0] |
rxn02185_c0 | 2-Acetolactate pyruvate-lyase (carboxylating) | C-D-Glucose; C-acetate; C-3-hydroxy-butyrate | < | bio1 | cpd00010_c0; cpd00166_c0; cpd03422_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0 | CoA [c0]; Calomide [c0]; Cobinamide [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0] |
rxn04656_c0 | rxn04656 | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn04657_c0 | N2-acetyl-L-aminoadipate kinase | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn04659_c0 | RXN-5184.c | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn02226_c0 | L-2-Aminoadipate-6-semialdehyde:NAD+ 6-oxidoreductase | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn04660_c0 | RXN-5185.c | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn04658_c0 | RXN-5183.c | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
rxn00317_c0 | L-Lysine:2-oxoglutarate 6-aminotransferase | C-3-hydroxy-butyrate | > | bio1 | cpd00003_c0; cpd00006_c0; cpd00010_c0; cpd00015_c0; cpd00016_c0; cpd00017_c0; cpd00028_c0; cpd00042_c0; cpd00056_c0; cpd00058_c0; cpd00087_c0; cpd00118_c0; cpd00166_c0; cpd00201_c0; cpd00220_c0; cpd00264_c0; cpd00345_c0; cpd00557_c0; cpd01997_c0; cpd02229_c0; cpd03422_c0; cpd03736_c0; cpd10515_c0; cpd10516_c0; cpd11462_c0; cpd11463_c0; cpd11493_c0; cpd12370_c0; cpd15352_c0; cpd15500_c0; cpd15533_c0; cpd15540_c0; cpd15560_c0; cpd15665_c0; cpd15666_c0; cpd15793_c0; cpd00115_c0; cpd00241_c0; cpd00356_c0; cpd00357_c0; cpd11461_c0; cpd00084_c0 | NAD [c0]; NADP [c0]; CoA [c0]; FAD [c0]; Pyridoxal phosphate [c0]; S-Adenosyl-L-methionine [c0]; Heme [c0]; GSH [c0]; TPP [c0]; Cu2+ [c0]; Tetrahydrofolate [c0]; Putrescine [c0]; Calomide [c0]; 10-Formyltetrahydrofolate [c0]; Riboflavin [c0]; Spermidine [c0]; 5-Methyltetrahydrofolate [c0]; Siroheme [c0]; Dimethylbenzimidazole [c0]; Bactoprenyl diphosphate [c0]; Cobinamide [c0]; Lauroyl-KDO2-lipid IV(A) [c0]; Fe2+ [c0]; fe3 [c0]; mRNA [c0]; Protein [c0]; ACP [c0]; apo-ACP [c0]; 2-Demethylmenaquinone 8 [c0]; Menaquinone 8 [c0]; phosphatidylethanolamine dioctadecanoyl [c0]; Phosphatidylglycerol dioctadecanoyl [c0]; Ubiquinone-8 [c0]; Peptidoglycan polymer (n subunits) [c0]; Peptidoglycan polymer (n-1 subunits) [c0]; Stearoylcardiolipin (B. subtilis) [c0]; dATP [c0]; dGTP [c0]; dCTP [c0]; TTP [c0]; DNA [c0]; L-Cysteine [c0] |
Even though KBase saw growth on 3-hydroxybutyrate, when I downloaded the model, and ran it in COBRApy, I got that there was no exchange reaction for it.
I also, saw growth on a lot of things where there isn't supposed to be any growth:
And I got growth when there is no C in the media.
With that, I am going to close this issue and try to tackle those three issues in #12, #53, #54.
We just want the model to grow so that we can estimate CUE again.