摘要:
The present invention provides a method for producing the peptides comprising: cultivating in medium the microorganisms wherein at least one gene selected from the group consisting of a gene encoding; aminoacylhistidine peptidase; a gene encoding leucylaminopeptidase; and a gene encoding isoaspartyldipeptidase, respectively; has been disrupted on the chromosome and wherein preferably transformed with the recombinant DNA, comprising polynucleotide encoding the proteins having peptide-synthesizing activity, mixing at least one of the cultivated microorganisms and the disrupted cells of the microorganisms with the carboxy and amine components for the peptide synthesis.
摘要:
The present invention provides a method for producing the peptides comprising: cultivating in medium the microorganisms wherein at least one gene selected from the group consisting of a gene encoding; aminoacylhistidine peptidase; a gene encoding leucylaminopeptidase; and a gene encoding isoaspartyldipeptidase, respectively; has been disrupted on the chromosome and wherein preferably transformed with the recombinant DNA, comprising polynucleotide encoding the proteins having peptide-synthesizing activity, mixing at least one of the cultivated microorganisms and the disrupted cells of the microorganisms with the carboxy and amine components for the peptide synthesis.
摘要:
A process for industrially advantageously producing a dipeptide via a convenient pathway starting with less expensive and easily available materials is provided. A dipeptide is produced from an L-amino acid amide and an L-amino acid by using a culture of a microbe capable of synthesizing the dipeptide from the L-amino acid amide and the L-amino acid, microbial cells separated from the culture or a treated microbial cell product from the microbe. An L-amino acid amide hydrolase is obtained from a microbe belonging to the genus erwinia, genus Rhodococcus, genus Chryseobacterium, genus Micrococcus, genus Cryptococcus, genus Trichosporion, genus Rhodosporidium, genus Sporobolomyces, genus Tremela, genus Torulaspora, genus Sterigmatomyces or genus Rhodotorula. The hydrolase catalyzes a reaction that produces a dipeptide from an L-amino acid amide and an L-amino acid.
摘要:
A process for industrially advantageously producing a dipeptide via a convenient pathway starting with less expensive and easily available materials is provided. A dipeptide is produced from an L-amino acid amide and an L-amino acid by using a culture of a microbe capable of synthesizing the dipeptide from the L-amino acid amide and the L-amino acid, microbial cells separated from the culture or a treated microbial cell product from the microbe. An L-amino acid amide hydrolase is obtained from a microbe belonging to the genus erwinia, genus Rhodococcus, genus Chryseobacterium, genus Micrococcus, genus Cryptococcus, genus Trichosporion, genus Rhodosporidium, genus Sporobolomyces, genus Tremela, genus Torulaspora, genus Sterigmatomyces or genus Rhodotorula. The hydrolase catalyzes a reaction that produces a dipeptide from an L-amino acid amide and an L-amino acid.
摘要:
A process for industrially advantageously producing a dipeptide via a convenient pathway starting with less expensive and easily available materials is provided. A dipeptide is produced from an L-amino acid amide and an L-amino acid by using a culture of a microbe capable of synthesizing the dipeptide from the L-amino acid amide and the L-amino acid, microbial cells separated from the culture or a treated microbial cell product from the microbe. An L-amino acid amide hydrolase is obtained from a microbe belonging to the genus erwinia, genus Rhodococcus, genus Chryseobacterium, genus Micrococcus, genus Cryptococcus, genus Trichosporion, genus Rhodosporidium, genus Sporobolomyces, genus Tremela, genus Torulaspora, genus Sterigmatomyces or genus Rhodotorula. The hydrolase catalyzes a reaction that produces a dipeptide from an L-amino acid amide and an L-amino acid.
摘要:
A method is disclosed that allows the production of peptides having three or more amino acid residues easily, inexpensively and at high yield without going through a complex synthesis method. A novel enzyme that efficiently produces a peptide from bacteria belonging to the genus Empedobacter or the genus Sphingobacterium is provided. The enzyme acts on a carboxy component and an amine component to form peptides having three or more amino acid residues by acting on a carboxy component and an amine component.
摘要:
The present invention provides a method for producing dipeptide using inexpensively acquirable starting materials by an industrially advantageous and simple pathway. Dipeptide is produced from L-amino acid ester and L-amino acid using a culture of microbes having the ability to produce a dipeptide from an L-amino acid ester and an L-amino acid, using microbial cells isolated from the culture, or a treated microbial cell product of the microbe.
摘要:
The present invention provides a method for producing dipeptide using inexpensively acquirable starting materials by an industrially advantageous and simple pathway. Dipeptide is produced from L-amino acid ester and L-amino acid using a culture of microbes having the ability to produce a dipeptide from an L-amino acid ester and an L-amino acid, using microbial cells isolated from the culture, or a treated microbial cell product of the microbe.
摘要:
The present invention provides a method of producing a dipeptide from starting materials that are available at low costs through a route industrially advantageous and simple. Dipeptides are produced from amino acid esters and amino acids by using a culture of a microbe having an ability to produce a dipeptide from an amino acid ester and an amino acid, microbial cells separated from the culture, or treated microbial cell product.
摘要:
A method is disclosed that allows the production of peptides having three or more amino acid residues easily, inexpensively and at high yield without going through a complex synthesis method. A novel enzyme that efficiently produces a peptide from bacteria belonging to the genus Empedobacter or the genus Sphingobacterium is provided. The enzyme acts on a carboxy component and an amine component to form peptides having three or more amino acid residues by acting on a carboxy component and an amine component.