Amy lose brushes were synthesized by enzymatic polymerization with glucose-l-phosphate as monomer and rabbit muscle phosphorylase b as catalyst on gold-covered surfaces of a quartz crystal microbalance. Fourier transform infrared (FT-IR) spectra confirmed the presence of the characteristic absorption peaks of amylose between 3100 cm(-1) and 3500 cm(-1). The thickness of the amylose brushes-measured by Spectroscopic Ellipsometry-can be tailored from 4 to 20 nm, depending on the reaction time. The contour length of the stretched amylose chains on gold surfaces has been evaluated by single molecule force spectroscopy, and a total chain length of about 20 nm for 16.2 nm thick amylose brushes was estimated. X-ray photoelectron spectroscopy (XPS)...
Starch is a major carbon and energy source throughout all kingdoms of life. It consists of two carbo...
The propensity of protein molecules to self-assemble into highly ordered, fibrillar aggregates lies ...
The molecular dynamics simulation technique was used to study the folding and complexation process o...
Amy lose brushes were synthesized by enzymatic polymerization with glucose-l-phosphate as monomer an...
ABSTRACT: Amylose brushes were synthesized by enzymatic polymerization with glucose-1-phosphate as m...
Amylose brushes were synthesized by enzymatic polymerization with glucose-1-phosphate as monomer and...
Amylose-fatty acid inclusion complexes can be easily prepared by simple mixing in hot aqueous soluti...
The successful synthesis of amylose brushes via enzymatic ‘‘grafting from’’ polymerization and the d...
An important polysaccharide, amylose crystallizes as a regular single left-handed helix from a propa...
Inclusion complex formation between lipophilic dye molecules and amylose polymers in starch granules...
The tendency of amylose to form inclusion complexes with guest molecules has been an object of wide ...
Amylose inclusion complexes were prepared in aqueous solution with the amphiphilic moiety 3-pentadec...
Amylose and polytetrahydrofuran (PTHF) are mixed in an aqueous solution to form inclusion complexes....
Starch is a major carbon and energy source throughout all kingdoms of life. It consists of two carbo...
The propensity of protein molecules to self-assemble into highly ordered, fibrillar aggregates lies ...
The molecular dynamics simulation technique was used to study the folding and complexation process o...
Amy lose brushes were synthesized by enzymatic polymerization with glucose-l-phosphate as monomer an...
ABSTRACT: Amylose brushes were synthesized by enzymatic polymerization with glucose-1-phosphate as m...
Amylose brushes were synthesized by enzymatic polymerization with glucose-1-phosphate as monomer and...
Amylose-fatty acid inclusion complexes can be easily prepared by simple mixing in hot aqueous soluti...
The successful synthesis of amylose brushes via enzymatic ‘‘grafting from’’ polymerization and the d...
An important polysaccharide, amylose crystallizes as a regular single left-handed helix from a propa...
Inclusion complex formation between lipophilic dye molecules and amylose polymers in starch granules...
The tendency of amylose to form inclusion complexes with guest molecules has been an object of wide ...
Amylose inclusion complexes were prepared in aqueous solution with the amphiphilic moiety 3-pentadec...
Amylose and polytetrahydrofuran (PTHF) are mixed in an aqueous solution to form inclusion complexes....
Starch is a major carbon and energy source throughout all kingdoms of life. It consists of two carbo...
The propensity of protein molecules to self-assemble into highly ordered, fibrillar aggregates lies ...
The molecular dynamics simulation technique was used to study the folding and complexation process o...