Add to ORKGAn enormous diversity of molecular functions in living organisms is carried out by proteins. Our studies have focussed on the functional analysis of a starch-converting enzyme, cyclodextrin glycosyltransferase (CGTase) from Bacillus circulans strain 251. Zie: Summar
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
All living organisms need energy from their environment for maintenance and growth. The carbohydrate...
Cyclodextrin glycosyltransferases (CGTase) (EC;2.4.1.19) are extracellular bacterial enzymes that ge...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
All living organisms need energy from their environment for maintenance and growth. The carbohydrate...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
All living organisms need energy from their environment for maintenance and growth. The carbohydrate...
Cyclodextrin glycosyltransferases (CGTase) (EC;2.4.1.19) are extracellular bacterial enzymes that ge...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
An enormous diversity of molecular functions in living organisms is carried out by proteins. Our stu...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
Tyrosine 195 is located in the center of the active site cleft of cyclodextrin glycosyltransferase (...
All living organisms need energy from their environment for maintenance and growth. The carbohydrate...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
Asp-229, Glu-257, and Asp-328 constitute the catalytic residues in cyclodextrin glycosyl transferase...
All living organisms need energy from their environment for maintenance and growth. The carbohydrate...
Cyclodextrin glycosyltransferases (CGTase) (EC;2.4.1.19) are extracellular bacterial enzymes that ge...