The development of microminiaturized biosensors requires techniques for immobilizing biomolecules on solid substrates, in an ordered fashion, and techniques for the subsequent visualization of these patterns. Scanning force microscopy (SFM) is a useful technique for visualizing ordered patterns, but it requires suitable substrates and attachment techniques. Here we present a photolithographic method which gives ordered patterns of biomolecules. Both SFM topographic and lateral force images of these patterns are shown and discussed
AbstractPhotolyase DNA interactions and the annealing of restriction fragment ends are directly visu...
Photolyase DNA interactions and the annealing of restriction fragment ends are directly visualized w...
Here we discuss the experimental approaches that have allowed high resolution atomic force microscop...
The development of microminiaturized biosensors requires techniques for immobilizing biomolecules on...
We describe here a method for constructing ordered molecular arrays and for detecting binding of bio...
HUBER W, RICHMOND T, Anselmetti D, et al. LOCAL-DISTRIBUTION OF BIOMOLECULES ON BIOSENSING SURFACES ...
Before biomolecules can become common components in hybrid bio-electronic/semiconductor integrated c...
Many biologists have dreamt of physically touching and manipulating the biomolecules they were inves...
in bionanotechnology Atomic force microscopy is extensively used for imaging surfaces ranging from m...
AbstractA new methodology is introduced to produce nanometer-sized protein patterns. The approach in...
Biomolecules, such as DNA and cytoskeleton proteins, self-assemble in long-range-ordered nano-aggreg...
During the past year, scanning probe microscopy, especially atomic force microscopy (AFM), has taken...
peer reviewedWith the purpose of developing biosensors, the reliable proof of the biological activit...
textabstractCombining scanning force and fluorescent microscopy allows simultaneous identification o...
AbstractWe present a method for simultaneously recording topography images and localizing specific b...
AbstractPhotolyase DNA interactions and the annealing of restriction fragment ends are directly visu...
Photolyase DNA interactions and the annealing of restriction fragment ends are directly visualized w...
Here we discuss the experimental approaches that have allowed high resolution atomic force microscop...
The development of microminiaturized biosensors requires techniques for immobilizing biomolecules on...
We describe here a method for constructing ordered molecular arrays and for detecting binding of bio...
HUBER W, RICHMOND T, Anselmetti D, et al. LOCAL-DISTRIBUTION OF BIOMOLECULES ON BIOSENSING SURFACES ...
Before biomolecules can become common components in hybrid bio-electronic/semiconductor integrated c...
Many biologists have dreamt of physically touching and manipulating the biomolecules they were inves...
in bionanotechnology Atomic force microscopy is extensively used for imaging surfaces ranging from m...
AbstractA new methodology is introduced to produce nanometer-sized protein patterns. The approach in...
Biomolecules, such as DNA and cytoskeleton proteins, self-assemble in long-range-ordered nano-aggreg...
During the past year, scanning probe microscopy, especially atomic force microscopy (AFM), has taken...
peer reviewedWith the purpose of developing biosensors, the reliable proof of the biological activit...
textabstractCombining scanning force and fluorescent microscopy allows simultaneous identification o...
AbstractWe present a method for simultaneously recording topography images and localizing specific b...
AbstractPhotolyase DNA interactions and the annealing of restriction fragment ends are directly visu...
Photolyase DNA interactions and the annealing of restriction fragment ends are directly visualized w...
Here we discuss the experimental approaches that have allowed high resolution atomic force microscop...