TH67946A - A new enzyme that catalyzes peptide formation and the microorganisms that produce it. And how this microorganism is produced - Google Patents

Abstract

DC60 (02/10/46) This invention involves a new enzyme. That can easily form peptides, with high yield and low cost. Without the need for complicated processes In detail is Is a type of enzyme New that catalyzes peptide production from Carboxy assembly And amine composition And also involved in microorganisms that produce this enzyme As well as how the enzyme or microorganisms can be used to produce low-cost dipeptides, the inventor has discovered a new enzyme derived from bacteria in genus. MPDB, which can Production of peptides efficiently, as well as finding a way to make such peptides cheap and easy, the invention involved a new enzyme. That can easily form peptides, with high yield and low cost. Without the need for a complicated process. In detail is Is a type of enzyme New that catalyzes peptide production from Carboxy assembly And amine composition And also involved in microorganisms that produce this enzyme As well as how the enzyme or microorganisms can be used to produce low-cost dipeptides, the inventor has discovered a new enzyme derived from bacteria in genus. MPDB, which can Efficiently produced peptides, and found a method for making such peptides cheap and easy.

Claims (2)

1. an enzyme obtained from bacteria in genus empedobactor or Sphingobactenium. Capable of Creating a peptide containing Carboxylic constituents and amine constituents 2. An enzyme capable of making peptides from the elements. Carboxy and amine constituents With the state of the reaction The dipeptides (i) - (iv) below were produced and had a rapid rate of L-alany-L-glutamine 0.03 mM / min. I) The carboxy elements were L-alaninemethylester hydrochloride (100 mM) ii) amine composition.