Since its introduction 70 years ago electron microscopy has become an invaluable tool for microbiology and the study of bacterial interaction. Technological development over the past decades has enabled researchers to resolve smaller and smaller details in bacterial samples, while new preparation techniques like cryo preparation now allow to investigate bacteria even closer to their natural state. In this chapter we give a brief overview of electron microscopy techniques suitable for the investigation of bacterial adhesion at molecular as well as cellular level and a short outlook on future technologies relevant to the field
Microbial adhesion and biofilm formation are usually studied using molecular and cellular biology as...
Electron cryotomography (ECT) delivers 3D images of native structures inside intact cells with resol...
A profound understanding of bacterial adhesion on abiotic substrates is of great importance for heal...
Since its introduction 70 years ago electron microscopy has become an invaluable tool for microbiolo...
Some bacteria are amongst the most important model organisms for biology and medicine. Here we revie...
Some bacteria are amongst the most important model organisms for biology and medicine. Here we revi...
A variety of adhesive support-films were tested for their ability to adhere various biological speci...
Microbial biofilms are a matrix of cells and exopolymeric substances attached to a wet and solid sur...
This chapter examines how researchers from a diverse range of scientific disciplines have investigat...
Microbes interact with their surroundings through a variety of mechanisms, ranging from extracellula...
Theoretically, electron microscopy and scanning probe microscopy offer information on a scale beyond...
Corrosion studies of materials on the micro or even nano-scale level are cumbersome due to instrumen...
The ongoing interest in bacterial interactions with various surfaces, followed by attachment and sub...
Bacterial transport and attachment to surfaces is of considerable importance to engineered and natur...
Background. Adhesion is the main property of microorganisms that determines its pathogenicity. Labor...
Microbial adhesion and biofilm formation are usually studied using molecular and cellular biology as...
Electron cryotomography (ECT) delivers 3D images of native structures inside intact cells with resol...
A profound understanding of bacterial adhesion on abiotic substrates is of great importance for heal...
Since its introduction 70 years ago electron microscopy has become an invaluable tool for microbiolo...
Some bacteria are amongst the most important model organisms for biology and medicine. Here we revie...
Some bacteria are amongst the most important model organisms for biology and medicine. Here we revi...
A variety of adhesive support-films were tested for their ability to adhere various biological speci...
Microbial biofilms are a matrix of cells and exopolymeric substances attached to a wet and solid sur...
This chapter examines how researchers from a diverse range of scientific disciplines have investigat...
Microbes interact with their surroundings through a variety of mechanisms, ranging from extracellula...
Theoretically, electron microscopy and scanning probe microscopy offer information on a scale beyond...
Corrosion studies of materials on the micro or even nano-scale level are cumbersome due to instrumen...
The ongoing interest in bacterial interactions with various surfaces, followed by attachment and sub...
Bacterial transport and attachment to surfaces is of considerable importance to engineered and natur...
Background. Adhesion is the main property of microorganisms that determines its pathogenicity. Labor...
Microbial adhesion and biofilm formation are usually studied using molecular and cellular biology as...
Electron cryotomography (ECT) delivers 3D images of native structures inside intact cells with resol...
A profound understanding of bacterial adhesion on abiotic substrates is of great importance for heal...