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methionine catabolic process to 3-methylthiopropanoate (GO:0000954)
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Parent Terms Term With Siblings Child Terms
3'-phosphoadenosine 5'-phosphosulfate biosynthetic process  
4-amino-3-isothiazolidinone biosynthetic process 
alkanesulfonate biosynthetic process +   
aromatic amino acid family catabolic process to carboxylic acid via Ehrlich pathway 
bacillithiol biosynthetic process 
bacteriocin biosynthetic process 
biotin biosynthetic process 
branched-chain amino acid catabolic process to carboxylic acid via Ehrlich pathway 
butyryl-CoA biosynthetic process +  
camalexin biosynthetic process +  
cephalosporin biosynthetic process +  
cephamycin C biosynthetic process 
chondroitin sulfate biosynthetic process  
coenzyme M biosynthetic process 
dermatan sulfate biosynthetic process  
epothilone biosynthetic process 
fatty acid elongation +   
gliotoxin biosynthetic process +  
glutathione biosynthetic process +   
glutathione derivative biosynthetic process +   
heparin biosynthetic process  
hercynylcysteine sulfoxide biosynthetic process 
hydrogen sulfide biosynthetic process +   
keratan sulfate biosynthetic process  
leukotriene D4 biosynthetic process  
lipoate biosynthetic process  
long-chain fatty acid biosynthetic process +   
medium-chain fatty acid biosynthetic process  
methionine catabolic process to 3-methylthiopropanoate 
The chemical reactions and pathways involving the catabolism of amino acids to produce carboxylic acids with one carbon less than the starting amino acid. In S. cerevisiae, this is known to occur for leucine, isoleucine, valine, methionine, phenylalanine, tyrosine, or tryptophan. When methionine is used as the substrate, 3-methylthiopropanoate is produced. Often referred to as the Ehrlich pathway, these reactions generally occur during fermentation to produce a variety of carboxylic acids, sometimes collectively referred to as fusel acids. Depending on the redox state of the cells, alcohol derivatives may be produced instead of carboxylic acids.
methionine catabolic process to 3-methylthiopropanol 
methionine catabolic process to succinyl-CoA 
methionine catabolic process via 2-oxobutanoate 
methyl-branched fatty acid biosynthetic process +  
mycolic acid biosynthetic process 
mycothiol biosynthetic process 
mycotoxin biosynthetic process +  
negative regulation of fatty acid biosynthetic process +   
oxylipin biosynthetic process +   
p-cresol biosynthetic process 
penicillin biosynthetic process +  
phytoalexin biosynthetic process +  
positive regulation of fatty acid biosynthetic process +   
pyochelin biosynthetic process 
pyocyanine biosynthetic process +  
regulation of fatty acid biosynthetic process +   
S-adenosylmethioninamine biosynthetic process  
S-adenosylmethionine biosynthetic process  
S-glycoside biosynthetic process +  
S-methylmethionine biosynthetic process 
short-chain fatty acid biosynthetic process +   
sulfolipid biosynthetic process 
sulfur amino acid biosynthetic process +   
thiamine diphosphate biosynthetic process +   
thiamine-containing compound biosynthetic process +  
thiazole biosynthetic process 
thioester biosynthetic process +   
tobramycin biosynthetic process 
unsaturated fatty acid biosynthetic process +   
very long-chain fatty acid biosynthetic process  
vistamycin biosynthetic process 

Definition Sources: GOC:krc, PMID:18281432

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RGD is funded by grant HL64541 from the National Heart, Lung, and Blood Institute on behalf of the NIH.